初创公司尽调
尽调报告 Climate / Energy (Advanced Nuclear) Private / pre-commercial 2026-06-03

Newcleo

欧洲先进核能平台已经跑出真实动能,但融资、客户与估值证据仍落后于野心

Newcleo 的技术深度和监管牵引强于许多欧洲先进核能同业;但公开投资逻辑仍依赖持续融资、未来客户转化和里程碑兑现,而当前估值已经计入了相当多成功。

封面要素

拟议投前估值 01
2.4 USD bn [CV001]
累计融资可见度 02
487-780 USDm / EURm range [CO024]
2024 收入信号 03
~80 USDm [CV003]
商业客户 04
0 disclosed [CU001]
总部 / 运营版图 05
Paris-led / Europe-wide [CO002, CO046]
首座商业反应堆 06
post-2033 target [CV008, CO042]

公司概况

Newcleo 成立于 2021 年,目标是把一套闭式燃料循环先进核能模式推向商业化:以铅冷快堆为核心,配套 MOX 燃料制造,并垂直整合核工程能力。公司的重心已从伦敦转向巴黎,但运营版图仍有意保持泛欧洲属性:英国实体继续运作,意大利是 PRECURSOR 研发核心,斯洛伐克进入部署路线图,美国许可和燃料制造规划也在推进。公开证据支持其监管和产业动能真实存在,包括英国 GDA 受理、美国 NRC 预申请工作、ENEA 支持的前驱项目,以及不断增加的产业合作方。即便如此,就反应堆而言,公司仍处于商业化前阶段,没有披露付费反应堆客户,财务披露明显不完整,估值叙事已经预设了相当大的未来执行成功。

官网
www.newcleo.com
成立时间
2021-03-18
创始人
Stefano Buono, Elisabeth Rizzotti, Luciano Cinotti
创立地点
London, United Kingdom
总部
Paris, France (with active UK entities)
产品
Newcleo 的产品栈把 LFR-AS-200 铅冷快堆路线图、较小规模的前驱与示范步骤,以及未来 MOX 燃料制造结合起来,使公司能够向重工业、数据中心和其他难减排场景出售或开发可调度低碳热能和电力。
客户
未来目标客户是钢铁、化工、海上能源、数据中心等需要工业热能和电力的大型能源用户;公开点名的合作方仍处于可行性或示范阶段,还不是付费反应堆客户。
商业模式
近期经济性依赖供应链、工程和运营公司收入,以及持续融资;长期价值取决于反应堆项目、燃料制造,以及定制化电力或热能承购合同。
阶段
Private / pre-commercial reactor platform
融资情况
公开报道显示,融资额从 2024 年报道的 €487m 和 €535m,推进到 2026 年公司相关材料中约 $750m-$780m;如果拟议的 NewHold 交易完成,将提供更清晰的外部定价参照。
[CO001, CO002, CO005, CO006, CO007, CO023, CO024, CO032]

执行摘要

主要优势

  • Newcleo 把差异化铅冷快堆设计、MOX 燃料和供应链整合放在一起,平台故事比许多单资产同业更完整。
  • 公司具备真实的监管和产业动能,包括 UK GDA 受理、U.S. NRC 预申请活动、ENEA 支持的前期工作,以及广泛产业合作网络。
  • 收购带来的供应链收入、多国运营,以及越来越适配大额融资的财务团队,共同支撑了公司当前规模。

主要风险

  • 公司所需资本远高于目前公开披露资金;在核心反应堆里程碑验证前,稀释或融资摩擦都可能重置估值。
  • 付费反应堆客户、PPA 或长期商业承购合同均未公开披露,客户证据明显落后于产业叙事。
  • 累计融资、员工数、收入质量和商业化时间表等公开指标不够一致,精确公允价值承销仍不安全。

未决问题

  • 拟议公开市场交易的完整股权结构表、promote、赎回和稀释机制公开信息不清。
  • 合并现金、月度烧钱速度、债务、营运资本情况,以及反应堆或 MOX 单位经济性仍未披露。
  • 公开客户证据止步于可行性合作伙伴、示范项目承载方和目标行业,而不是有约束力的长期承购合同。
  • 现有证据还不能把今天的供应链收入,清晰衔接到未来反应堆和燃料现金流。

目录

Chapter 01

01公司概况

1.1 身份、版图与商业模式

Newcleo 更准确的定位不是单一反应堆设计初创公司,而是一家打造闭式燃料循环方案的先进核能公司。当前公开材料把它描述为一家创立于 2021 年的铅冷快堆开发商,同时还想制造混合氧化物燃料,并掌握更多周边产业供应链。关键就在这里:它的经济叙事不只依赖反应堆 IP,公司试图把反应堆部署、燃料制造和工程执行整合成一个平台。地理图景也不只是一个总部地址那么简单。报道现在把 Newcleo 描述为从伦敦迁至巴黎后的法国总部公司,但英国法律实体仍在运作,意大利仍是前驱工作的核心,美国或英国监管路径也还在搭建。后续章节可复用的底层事实是:Newcleo 的身份带有泛欧洲属性,刻意押注燃料循环,工业客户逻辑则锚定难减排行业的热能和电力,而不是单纯的商用电网发电。[CO001, CO002, CO003, CO004, CO005, CO006]

快照 KPI 表
指标数值 / 状态日期 / 期间置信度备注
成立时间 / 当前总部2021 年成立;总部现表述为法国巴黎2021 年启动;当前表述多个来源均指向 2021 年启动和巴黎总部,但公司仍保留活跃的英国实体。
核心产品铅冷快堆,加 MOX / 回收燃料策略当前产品故事不只是一个反应堆壳,燃料循环一体化是叙事核心。
活跃英国实体NEWCLEO LTD 和 NEWCLEO GENERATION (UK) LTD 仍处于活跃状态2026 Companies House 检索巴黎迁址没有清除英国法律架构,这一点对尽调有用。
公开披露资本中证据最扎实的口径2024 年报道为 €487m 至 €535m;2026 年公司材料为 $750m+ 至 $780m2024-2026时间戳和披露口径不同,无法安全给出一个标准累计融资数字。
最新轮次信号2026 年 2 月 €75m / $88m;公司相关报道称 2025 年募集 $124m2025-2026可作为近况证据,但仍无法完全勾稽终身融资栈。
收入披露质量$80m 的 2024 年收入只在公司演示稿和上市材料中披露2024 年数字于 2026 年披露已审查来源中没有找到完整合并公开财务报表。
估值可见度隐含独角兽身份;没有干净的当前定价估值支撑当前拟议 SPAC 本身不能确立已完成的市场估值。
员工数 / 地点850+ 名员工 / 19 个地点;900+ 名员工 / 7 个国家;1,200+ 名员工 / 19 个欧洲地点2024-2025 年披露规模明显有意义,但还不够稳定,无法作为单一精确封面指标。
客户 / 积压订单未按封面指标标准公开披露当前已审查来源强调合作伙伴和部署计划,而不是确定客户数量或已签约反应堆订单。
监管进展美国 NRC 预申请已启动;英国 GDA 已受理2025-2026在公开记录中,监管势头是最清楚的概览优势之一。

汇总独立报道、监管机构托管材料、伙伴公告和英国备案;类似 null 的状态表示封面指标无支撑或内部不一致,而不是零值。

[CO001, CO002, CO003, CO004, CO005, CO006]
FO002: 公司概况逻辑

newcleo 的概况逻辑把反应堆和燃料平台,与工业客户、供应链执行以及不同地域的监管通道连在一起。

[CO005, CO006, CO007, CO011, CO028, CO032]

1.2 领导层厚度与治理可见度

这家公司仍然由创始人塑形。Stefano Buono 不只是台前 CEO,也是 Newcleo 当前商业化计划与过去几十年铅反应堆研究之间的主要桥梁,这让这家先进核能初创公司拥有少见的深度创始人-市场匹配。2026 年联合创始人 Elisabeth Rizzotti 晋升,以及 Jon Stranske 出任集团 CFO,说明公司在准备承受更重的工业化和公共市场审视时,已经开始扩充运营与财务班底。技术可信度也不只靠 Buono,联合创始人兼首席科学官 Luciano Cinotti 同样支撑公开技术叙事。即便如此,公开记录对具名高管的呈现仍强于对治理细节的披露。英国高管登记确认公司有更广的董事池,并且董事会仍在更新,但没有说明委员会结构、内部决策权或接班安排。投资判断的要点是:Newcleo 看起来比纯创始人载体更机构化,但关键人物集中和披露不对称仍是重要的概览层面问题。[CO012, CO013, CO014, CO015, CO016, CO017]

领导层与创始人表
人物角色 / 状态有证据支持的背景覆盖范围 / 依赖含义尽调要求
Stefano Buono创始人兼 CEO意大利物理学家、前 CERN 科学家,曾多次担任上市公司 CEO,并与铅冷反应堆命题关联数十年。创始人与市场匹配度强,但战略、融资和外部可信度明显集中在关键个人身上。索取继任计划、董事会会议纪要和创始人关联方披露。
Elisabeth Rizzotti联合创始人兼副 CEO物理学出身;2026 年 1 月晋升前负责运营和意大利任务。显示 CEO 之外存在运营领导深度,尤其是在意大利和法国项目工业化推进时。厘清其正式决策权与 CEO 的边界,以及项目级 P&L 归属。
Jon Stranske集团 CFO2026 年从 Certara 上市公司财务领导岗位加入。释放了为更机构化的资本市场和财务控制做准备的信号,但任期很短。索取财务职能搭建计划、报告包和资金管理政策。
Luciano Cinotti联合创始人兼首席科学官PRECURSOR 和 LFR 计划的公开技术代表。从技术路线图到商业化增加科学深度和连续性。确认其在反应堆设计、燃料策略和安全论证上的职责范围。
更广泛的英国董事会班底Companies House 可见多名非创始人董事高管名单包括 Adrienne Kelbie、Florence Parly、Julia Pyke、Corine Raoux-Fontanet、Manfredi Lefebvre 等。说明治理基础设施比创始人单线初创公司更宽,但委员会架构和真实董事会影响力仍不清楚。索取董事会委员会章程、当前董事会矩阵和出席记录。

仅为部分公开名册;本表强调外部可见的创始人、高管和董事,不声称给出完整组织架构图。

[CO012, CO013, CO014, CO015, CO016, CO017]

1.3 融资历史、公司结构与利益相关方

Newcleo 的资本故事规模亮眼,但口径很嘈杂。独立报道显示,2024 年 €87 million 融资完成后,披露资本达到 €487 million;随后 €135 million 英国轮次之后,数字升至 €535 million。到 2026 年,公司相关材料又把创立以来融资额推进到约 $750 million 至 $780 million。这些数字不能直接互换:时间戳不同,也可能用不同方式分类股权、后续配股和相邻融资活动。Companies House 的申报历史支持一个判断:到 2025 年底和 2026 年上半年,公司仍在积极融资,但它无法解开估值或工具层面的不透明。利益相关方组合也重要。Danieli、Saipem、Walter Tosto 等工业集团以及其他具名投资者具备战略相关性,因为商业化路径取决于供应链和工业热能用例,而不只是财务赞助。与此同时,拟议的 NewHold 交易说明管理层仍想保留公共资本选项,尽管截至本次报告日期,已审阅证据没有显示交易完成。[CO020, CO021, CO022, CO023, CO024, CO025]

利益相关方或投资者图谱
利益相关方角色控制 / 经济重要性重要性尽调要求
2025-2026 轮次中披露的产业股权投资方投资者Danieli & C、Cementir、Orion Valves、NextChem、Walter Tosto 等被列为轮次参与方。产业投资者可能提供供应链可信度和下游需求假设,而不只是资本。索取按类别划分的股权结构表,以及任何战略权利附函。
存量财务投资方投资者Kairos、Indaco Ventures、Azimut、LIFTT、Exor 相关载体和家族办公室在公开报道中反复出现。这些名字锚定融资可信度,但当前所有权栈不透明。索取投资者集中度、清算优先权和按比例跟投行为。
Inarcassa 和 CERN 养老基金机构资本后续轮次中公开点名的机构参与方。机构资金可以拓宽融资来源,但也可能改变回报预期和治理压力。确认支票规模、治理权利和锁定条款。
NewHold Investment Corp III拟议公开市场交易对手方若业务合并完成,将提供上市路径。重要之处在于它重塑披露要求和估值发现。索取并购协议状态、PIPE 支持和交割条件。
JAVYS / Slovakia JV项目伙伴NRC 托管材料称,该 JV 目标是四座斯洛伐克 LFR-AS-200 反应堆。当前来源集中最清楚的公开商业化抓手之一。审查 JV 经济性、承购假设和站点就绪状态。
Danieli 和 Saipem工业应用伙伴公开 MOU 将反应堆平台与钢铁脱碳和离岸场景绑定。这些合作有助于测试工业热需求能否变成真实项目需求。索取范围、里程碑、排他性,以及 MOU 转收入路径。

这是一张部分公开图谱,混合了投资者、项目伙伴和公开市场交易对手方,因为它们都会影响当前章节中的执行和融资风险。

[CO021, CO022, CO023, CO026, CO030, CO035]
FO003: 概况 KPI

评分卡看重投资判断质量,而不是把公开记录硬推成精确的封面财务数字。

[CO023, CO024, CO032, CO033, CO036, CO039]

1.4 里程碑、监管路径与已披露缺口

概览层面的证据在追踪 Newcleo 带日期的执行里程碑时最强。ENEA 支持的 Brasimone 前驱工作、Chusclan 的 FASTER 枢纽、Danieli 和 Saipem 合作、斯洛伐克 JV,都说明公司在搭建一个多国工业化栈,而不是只靠单个原型承诺。监管活动也看得见:英国设计已经进入通用设计评估,公司也和美国 NRC 开启了预申请讨论。但同一组记录也暴露重要风险信号。Sifted 的报道说得很清楚:Newcleo 的融资野心跑在已完成交割之前,迁往法国部分受融资和原料考虑驱动,英国钚获取受挫已经迫使一项燃料工厂计划改道。披露缺口同样重要。不同来源给出的员工数差距很大,客户和订单簿指标并不公开清晰,当前估值证据也不足以支撑精确封面数字。因此,后续章节应把执行进展视为真实存在,同时在管理层提供一手文件之前,把规模和经济性指标视为暂定。[CO027, CO028, CO029, CO031, CO032, CO033]

里程碑表
日期事件类型金额 / 状态参与方含义
2021-09newcleo 启动运营创立公司启动Stefano Buono 和联合创始人反应堆加燃料一体化故事的起点。
2023-03公开强调募集 €1bn 股权资金的目标融资目标轮次规模newcleo / 潜在投资者显示路线图所需资本规模。
2023-10公司重心从伦敦转向巴黎治理总部搬迁 / 控股公司迁移newcleo法国成为融资和燃料循环策略的主要平台。
2024-09与 Saipem 就离岸应用达成协议合作可行性研究和原型分析Saipem / newcleo把工业用例从电网电力拓宽到更多场景。
2024-12据 NEI 报道,法国燃料组件测试设施已提交 Safety Option File监管法国早期安全文件newcleo / 法国监管机构支撑法国燃料侧工业化路径。
2025-06英国受理反应堆设计进入通用设计评估监管GDA 已受理DESNZ / 英国监管机构 / newcleo这是英国部署可选项的重要验证里程碑。
2026-01Rizzotti 晋升副 CEO,Stranske 获任 CFO治理领导层更新newcleo在更重的融资和监管工作前释放机构化信号。
2026-02ESG Today 报道新融资轮融资€75m / $88m产业和财务投资者说明资本仍可获得,但还未达到最初 €1bn 目标。
2026-03NRC 预申请沟通启动监管美国监管对话进行中NRC / newcleo为以欧洲为中心的路线图增加一条美国许可路径。
2026-03宣布与 Danieli 就绿色钢铁开展合作合作工业脱碳 MOUDanieli / newcleo强化重工业需求命题。
2026-03重申 Brasimone 模拟器 PRECURSOR 目标年份产品2026 年前完成 PRECURSORENEA / newcleo标记路线图中最近的技术证明点。
2030-2033法国 MOX 工厂、法国原型反应堆和首批商业交付在多个来源反复出现规模化2030 年工厂;2031 年原型;2033 年商业交付newcleo / 伙伴 / 监管机构定义中期执行阶梯,后续章节应逐级检验。

列出已审查来源集中可见的有日期公开里程碑;未公开披露的内部工程、许可和融资检查点不在范围内。

[CO001, CO002, CO014, CO015, CO022, CO027]
FO001: 公司里程碑时间线

时间线显示,公司从创立和融资雄心,走向多国工业化和实质监管工作,但执行风险仍在。

按月份标注的时间,反映公开材料能提供的日期颗粒度,而不是内部项目收口日历。

[CO002, CO014, CO015, CO027, CO032, CO033]

1.5 图表与要点

Chapter 02

02市场分析

2.1 先划市场边界,再谈市场规模

分析 newcleo,正确起点不是“所有核能”,甚至不是“所有 SMR”。公司的公开材料描述的是一座 200 MWe 铅冷快堆,配套 MOX 燃料方案,并明确点名工业脱碳、数据中心、氢能、区域供热和电网供电等用例。Danieli 和 Saipem 又把范围进一步收窄到绿色钢铁和海上工艺热应用。也就是说,应纳入的市场,是清洁能源支出中买家需要稳定热能或电力、往往发生在场址层面、并且可能在意燃料安全或减废的那一部分。边界应排除大型传统吉瓦级电站、泛化的零售电力需求,以及任何无法映射到 200 MWe 铅冷项目或可比承购结构的广义 SMR 支出。买家仍会把 newcleo 与其他核能架构、化石燃料或电网替代方案比较,因此这些替代品在分析上重要,但不应被误认为纳入支出。[CM001, CM002, CM003, CM004, CM005, CM006]

市场定义表
细分 / 类别纳入支出排除支出可能买方 / 付款方与 newcleo 的相关性
工业热和电力为钢铁、化工、水泥、氢能及类似设施提供现场稳定电力和高温热没有核项目成分的一般工业电力零售支出工业运营商、项目公司、能源采购委员会Danieli 和 newcleo 材料支撑的核心目标切入口
数据中心和数字基础设施电力专用园区级清洁基荷或签约能源服务容量没有表后或专用容量逻辑的一般公用事业电价或 REC 购买数据中心运营商或长期承购方newcleo 美国计划中的核心早期承购方切入口
电网和再供能项目退役煤电替代、小型电网支撑、区域供热和公用事业级稳定电力任何地区的所有大宗电力需求公用事业公司、国资支持开发商、受监管承购方相关,但比工业或燃料循环绑定用途更宽泛、差异化更弱
废料、燃料安全和主权相关计划废料减少、国内燃料安全或战略自主与电热需求同样重要的项目从未转化为反应堆或燃料设施采购的废料管理政策支出政府、国资支持公用事业公司或战略工业赞助方MOX 叙事的重要战略差异点
离岸和浮动核能应用离岸平台或浮动发电单元的电力和工艺热与先进核能无关的一般海上电力系统离岸运营商、海洋基础设施赞助方Saipem 支撑的邻近需求切入口
广义 SMR 或传统核能 TAM核能或 SMR 市场的标题式叙事未映射到 newcleo 产品的大型第三代吉瓦级电站和泛全球核能 TAM分析师和政策制定者,而非直接买方可作背景,但不是对决策有用的市场边界

各行按待完成任务而不是泛核能装机容量来划分可服务市场。纳入和排除支出是作者基于公开公司、伙伴和行业来源作出的分类。

[CM001, CM002, CM003, CM004]

2.2 多个测算视角,而不是单一标题式 TAM

公开证据支持多个规模测算视角,但没有一个能干净推导出 Newcleo 专属 SAM 或 SOM。最宽的视角是基础设施机会:World Economic Forum 引用 U.S. Department of Energy 工作,称退役或即将退役煤电场址最高可达 174 GWe,现有核电场址还有 95 GWe。这给新核能选址划出上限,不是能率先通过首堆铅冷许可、燃料、融资和客户风险测试的部分。相邻公司信号显示市场实际很碎片化:NuScale 销售 77 MW 轻水模块和 6 GW 公用事业项目;Oklo 通过 PPA 销售最高 75 MWe;Blykalla 目标是 55 MW 铅冷部署;ARC 覆盖 100 MWe 到吉瓦级场址。这些视角说明多个买家类别都需要稳定的模块化核能,但它们不能互换。对决策有用的结论是:市场需求很大,但 newcleo 近期可支撑投资判断的赛道仍窄,而且高度项目化。[CM009, CM010, CM011, CM012, CM013, CM014]

TAM / SAM / SOM 或规模测算视角表
视角来源地理数量捕捉内容遗漏内容置信度
已退役或即将退役煤电站点机会World Economic Forum 援引 U.S. DOE美国145 个站点合计 174 GWe新核能替代或共址的上限选址机会非 newcleo 专属,也不限于铅冷项目
现有核电站点扩建机会World Economic Forum 援引 U.S. DOE美国95 GWe已有核基础设施处的额外选址机会相较首堆反应堆,可能更偏向既有企业或更后期技术
公用事业组合信号NuScale 主页TVA 七州区域,美国6 GW 计划证明公用事业公司可以按多吉瓦组合采购模块化核能轻水堆、NRC 已批准路径与 newcleo 不直接可比
newcleo 单机规模视角NRC 演示材料 / NucNet欧洲 / 英国 / 美国每台 LFR-AS-200 机组 200 MWenewcleo 商业反应堆的目标项目规模不说明多少站点能通过许可、融资或燃料获取
相邻快堆能源服务视角Oklo 能源和监管页面美国每座 Aurora powerhouse 最高 75 MWe显示可通过 PPA 触达数据中心、工业和国防买方反应堆、商业模式和燃料路径不同
更小型偏远或浮动细分视角Blykalla、Seaborg 和 ARC北欧 / 全球 / 加拿大55-100 MWe 机组,或 100 MWe 至 GW 级站点显示小型偏远、浮动和工业部署存在需求不能证明 200 MWe 铅冷项目的具体需求
对决策有用的结论作者基于公开来源综合全球没有可信公开 SAM / SOM 被单独拆出公开来源支持大规模宏观需求和多个部署类比需要管理层管线、站点、定价和燃料获取数据才能承销

这些行是多个规模测算视角,不是可相加的 TAM 层。它们有意并列保留宽口径和约束性估计,因为缓存中没有可辩护的 Newcleo 专属 SAM 或 SOM。

[CM009, CM010, CM011, CM013, CM016]
公开商业化和部署信号
项目 / 信号公开证据涉及买方类别市场映射局限
newcleo 美国切入路径公司演示材料和 NRC 预申请文件指向数据中心或难减排行业,作为早期承购方工业企业和数据中心早期商业化最具体的具名切口未披露公开合同金额或有约束力承购数量
Danieli 绿色钢铁合作研究为炼钢和氢相关工艺组合供应电力与热能钢铁企业和重工业验证工业热需求切口合作措辞仍是探索性质,不是订单
Saipem 海上研究针对 newcleo 技术海上和浮式应用的可行性研究海上能源和海洋基础设施创造通用 SMR TAM 难以覆盖的海上相邻场景仍处可行性阶段
PRECURSOR 和 LEANDREA 基础设施欧洲先导和示范工作,包括意大利以及比利时 / 罗马尼亚路径未来公用事业公司、监管机构和工业生态伙伴显示生态成形和供应链学习研发进展不是客户收入
NuScale TVA 6 GW 信号官网宣布与 TVA 和 ENTRA1 合作的 6 GW 项目公用事业公司和受监管电力系统显示公用事业公司会考虑大规模组合式核能采购相比当前 newcleo,后期轻水路径更容易融资和监管
Oklo 电力即服务和监管复用Oklo 推广从 MOU 到 PPA 的流程和可复用专题审批数据中心、工业企业、国防显示相邻买方可能需要合同化能源服务和可复用审批不能证明买方会接受 newcleo 特定燃料循环复杂度

这些是商业化信号,不是已入账收入。表格有意混合 newcleo 直接证据和相邻可比信号,展示该市场中的公开需求如何显现。

[CM011, CM017, CM018, CM019, CM023, CM033]
FM001: 市场规模视角

从宽口径基础设施机会,到更窄、近期更可能转化为 newcleo 项目的赛道,分层看市场。

这些层级是概念性的市场过滤器,不是可以相加的收入层。顶层是公开选址视角;底层是受证据约束的可服务性视角。

[CM001, CM009, CM010, CM016, CM038]

2.3 买家分层与采用路径

已抓取证据中最可信的买家,是能源密集型工业企业、数据中心园区、公用事业或区域供热系统、海上运营方,以及在意乏燃料管理和燃料安全的主权或国家支持实体。这些细分市场的用户、付款方和采购路径并不相同。工业项目像漫长的企业基础设施销售;数据中心和防务式机会更像合同化能源服务或 PPA 结构;公用事业或主权项目则深度绑定监管审查和公共政策。Oklo 公开的 MOU 到 PPA 漏斗在这里有参考价值,因为它显示相邻先进核能供应商也预期,在形成收入之前,需要经历漫长的范围界定、场址评估、工程和合同周期。Newcleo 自己的 NRC 和 GDA 路径也指向同样模式。因此,在这个市场里,采用路径本身就是市场边界的一部分:买家必须能承受多年监管、场址和燃料循环开发过程,而不只是购买清洁电子。[CM018, CM019, CM020, CM021, CM022, CM023]

细分 / 买方图谱
细分买方使用方付款方采用路径预算归属主要触发因素
工业脱碳 / 钢铁工业工厂业主或项目合资公司工厂运营和能源系统团队工厂 capex 委员会或项目融资载体长期工业合作、场址接入、监管审查CEO / COO / 能源采购负责人稳定低碳热能和电力需求
数据中心园区供电数据中心运营商或园区开发商设施运营团队能源服务或 PPA 架构下的长期承购方范围界定、场址工作、工程分析、许可、长期合同基础设施或能源采购负责人新增负荷增长需要可靠清洁基荷
公用事业、区域供热或小型电网支撑公用事业公司或受监管开发商电网运营商或热网运营商费率基数、公用事业预算或主权出资方组合规划,加上监管批准和选址公用事业董事会或公共出资方替煤或稳定容量需求
废料 / 主权相关部署政府或国资支持公用事业公司公共能源或废料管理机构政府支持资本项目政策对齐、燃料获取许可、牌照、战略采购部委或战略公用事业高层燃料安全、废料减少、战略自主
海上或浮式核能海上运营商或海洋基础设施出资方平台或海上运营团队项目发起方或基础设施联合体可行性工作、浮式设计、场址和监管批准资产开发负责人海上零排放电力和工艺热需求

买方、使用方和付款方角色根据 newcleo 及相邻厂商披露的部署路径综合整理。各行映射的是细分市场逻辑,不代表已确认的客户合同。

[CM018, CM019, CM020, CM021, CM022]
FM002: 买方 / 细分场景图

梳理 newcleo 相关细分场景中谁买、谁用、谁付钱,以及最常卡住采用的因素。

[CM018, CM019, CM020, CM021, CM022, CM030]

2.4 增长驱动、约束与需要保留的矛盾

最强的增长驱动因素清晰且可信:大型用户对稳定清洁能源的需求在上升,煤电场址再利用打开了巨大的基础设施视角,工业脱碳正在带来具体合作活动,欧洲也通过 PRECURSOR、LEANDREA 及相关项目投资铅冷生态能力。但约束同样实质。许可和场址接受需要多年;基于 MOX 的价值主张会增加燃料循环审批和原料依赖;商业舰队形成之前,资本需求已经以十亿级计。公开记录因此包含一个必须保留、不能平均掉的矛盾:清洁稳定热能和电力的宏观需求很大,而近期可商业供给的铅冷能力仍极小。公开证据还显示,买家教育、场址资质和融资谈判会按细分市场不均衡推进,这进一步压缩了现实的近期可服务市场。本章因此支持强需求背景,但只支持受限的近期可服务市场。[CM031, CM032, CM033, CM034, CM035, CM036]

增长驱动因素与约束表
驱动因素 / 约束方向时点含义尽调追问
AI、电气化和数据中心电力增长驱动当前至长期提升对稳定清洁电力的需求,超出单靠间歇式电源能解决的范围哪些具名数据中心潜在客户与 newcleo 反应堆时间表匹配?
退役煤电和既有核电场址机会驱动长期给新核能选址打开大规模基础设施视角哪些场址有可能承载铅冷项目?
工业热和绿色钢铁脱碳驱动近期至中期在热能与电力同样关键的垂直场景里创造需求Danieli 这类项目是否转化为付费可行性工作或有约束力的选择权?
减废和燃料安全叙事驱动中期至长期在政府看重主权和废料处理的市场,可让 newcleo 做出差异化哪些原料获取假设能用合同支撑?
漫长许可和 GDA / NRC 时间线约束当前至中期把收入兑现推到 2030 年代,并压缩近期可服务市场反应堆、燃料设施和场址审批最早现实日期是什么?
燃料循环复杂性和公众接受度约束当前至长期相比更简单的 LWR 路径,MOX 和回收增加审批和利益相关方管理复杂度哪些司法辖区真的愿意接受所需燃料循环步骤?
资本密集度和反复融资约束当前至中期没有大额股权、债务或国家支持,兴趣可能转不成项目首笔商业收入前需要多少资本?
SMR 架构分化约束当前宽泛市场数字会夸大可比性,误导尽调哪些可比厂商真正瞄准同一买方、场址和燃料链?

驱动和约束的时点是定性判断。各行聚焦采用和估值意义,而不是尝试给出单一加权分数。

[CM031, CM032, CM034, CM035, CM036, CM037]
FM003: 采用漏斗或价值链图

从宏观需求走到商业运营,必须穿过商务拓展、监管、燃料循环审批和融资;近期市场因此仍然很窄。

[CM023, CM024, CM025, CM034, CM035, CM036]

2.5 图表与要点

Chapter 03

03竞争格局

3.1 竞争格局:直接同业、既有玩家、相邻公司与替代方案

竞争场域比单一铅冷同业集合更宽。按技术对标的挑战者包括 Oklo、ARC、Moltex 和 Blykalla,因为每家公司都把先进反应堆叙事与某种燃料循环控制、长换料间隔或减废信息结合起来。NuScale 是近期替代方案,因为它拥有最强的公开许可证明和多种客户融资模型。BWXT 即使不销售完全相同的独立反应堆产品,也构成既有制造和信任基准。X-energy、TerraPower 和 Saltfoss/Seaborg 又进一步扩大了框架,它们用不同冷却剂、燃料或部署形式,争夺同一批工业脱碳和表后预算。World Nuclear Association 的概览把战略问题讲清楚了:买家可以通过许多反应堆家族解决同一项清洁能源任务,因此只靠模块化或工业热话术建立的护城河,在结构上很脆弱。[CP001, CP004, CP005, CP007, CP009, CP011]

竞争对手画像表
竞争对手类别规模 / 融资目标细分市场差异化局限
newcleo直接快堆开发商私营;>900 名员工、>100 个合作伙伴、已披露资本快照约 $750m-$780m工业脱碳、电网、工艺热、未来燃料循环用户铅冷快堆,加上 MOX 和欧洲工业合作尚无运行中的商业电站,公开技术细节仍少
Oklo直接快堆同业上市;市值约 $11.64b,现金 $2.21b数据中心、工厂、国防、表后供电快裂变,加上燃料回收和 DOE 支持的钚路径仍处商业化前,依赖未来项目执行
NuScale既有替代方 / 直接先进核能同业上市;市值约 $4.46b,拥有 NRC 批准的 SMR 模块公用事业公司、工业场址、工艺热、海水淡化、氢已公开许可证明和客户融资模型最强水冷设计在废料回收叙事上差异化较弱
BWXT制造业既有替代方上市;近 10,000 名员工,收入约 $3.38b政府、制造、核供应链、航天和国防可信度、制造深度和长期客户历史留存样本中没有同类营销中的商业 SMR 产品
X-energy / TerraPower相邻先进反应堆挑战者私营且有战略资本支持;商业化信息活跃重工业、数据中心、公用事业及工业热用户替代先进反应堆架构,工业用途定位强冷却剂和燃料路径不同,降低同类重叠度
ARC Clean Technology直接快堆同业私营;Series B 已完成,披露 3 个在推进项目园区、电网、工业场址、数据中心100 MWe 快堆、长燃料循环、加拿大先进审评状态加拿大路径不等于面向全球买方的部署证明
Blykalla欧洲直接铅冷进入者私营;定位为紧凑型 55 MW SEALER灵活工业和偏远部署铅冷技术,安全和燃料驻留卖点高度相似规模和客户证明比 newcleo 披露更早期
Moltex / Saltfoss相邻燃料循环和浮式替代方私营;以更小团队讲废料焚烧或浮式供电叙事电网平衡、工业电力、偏远或海事用户替代废转能和浮式部署故事公开就绪度和融资证明仍有限

规模标记仅使用截至 2026-06-03 的留存公开证据。若价格或积压订单未披露,表格改用最清晰的规模、融资或就绪度信号,而不猜测。

[CP002, CP003, CP005, CP006, CP007, CP008]
FP001: 竞争定位图

相比部分同业和替代方案,newcleo 在燃料循环差异化上位置较高,但公开展示的准备度只在中游。

坐标轴是序数刻度。X 轴反映公开监管和商业化准备度;Y 轴反映相对传统轻水堆替代方案的燃料循环或架构差异化。

[CP004, CP005, CP007, CP009, CP015, CP016]

3.2 能力宽度、客户匹配与商业结构

newcleo 最有辨识度的公开故事不是泛泛的 SMR 话术,而是试图把铅冷反应堆、MOX 燃料和钢铁制造、海上供电等行业特定应用配在一起。Danieli 和 Saipem 支撑了这一定位,NRC 托管的演示材料也指向斯洛伐克、法国、意大利和美国开发轨道。但直接同业也有差异化卖点。Oklo 把快堆、燃料回收和 DOE 支持的钚路径结合起来;NuScale 用已获许可的水冷设计搭配 ENTRA1 的客户融资选项;X-energy 强调高温蒸汽和重工业适配;ARC 强调快堆传承和长燃料循环。整个集合中,公开标价基本缺席。看得见的模式是咨询式、项目特定合同,而不是公布价目表。这意味着竞争比较更多取决于准备度、融资结构和应用匹配,而不是透明的每兆瓦价格竞争。[CP001, CP004, CP005, CP007, CP011, CP015]

功能 / 能力矩阵
采购标准newcleoOkloNuScaleX-energy / TerraPowerARC / BlykallaMoltex / Saltfoss
燃料循环控制或回收叙事
工业热 / 工艺热卖点
铅或液态金属快堆角度
公开监管就绪度信号
公开融资可见度
灵活选址 / 表后供电故事

高 / 中 / 低仅为基于留存公开证据的序位判断。它们描述公开证明深度,而不是经审计的技术优越性。

[CP004, CP005, CP007, CP011, CP015, CP016]
定价 / 打包方式对比
供应商价格 / 单位 / 合同模型包含能力折扣或未知项含义
newcleo按项目设计的反应堆、燃料和工业热结构;无公开标价反应堆开发、未来 MOX、工业集成无公开每 MWe 价格、燃料价格或长期合同模板买方尽调必须盯项目经济性,而不是宣传册
Oklo围绕快堆和燃料策略定制先进能源协议供电、供热和燃料回收叙事留存竞品样本没有公开价格卡商业比较只能依靠项目结构和资本支持
NuScale通过 ENTRA1 提供长期 PPA、客户-运营商租赁或客户自有结构模块供应,加上融资 / 开发结构实际价格和客户成本仍取决于具体合同NuScale 把融资打包进方案来竞争
X-energy / TerraPower按项目设计的工业供电部署电力加蒸汽 / 工业应用留存公开资料没有企业级价格表工业适配叙事清楚,经济性不清楚
ARC合同化能源模型,长燃料循环,签约时锁定成本100 MWe 快堆、快速建设、表后选址留存样本中没有公开项目价格或 capex 进度表说明定价往往嵌在整体项目条款里
Moltex / Saltfoss概念性未来项目模型废料焚烧或浮式部署概念未披露商业定价和融资早期替代方在价格透明前先争夺想象空间

本表比较可见合同逻辑,而不是实际成交价格。未知表示留存公开来源集未披露可比商业价目表。

[CP019, CP020, CP029, CP030, CP036]
FP002: 功能广度 / 能力图

留存来源显示,newcleo 在闭合燃料循环定位上最强;相比披露最充分的同业,定价透明度和已展示准备度更弱。

这个矩阵评估公开证明深度,而不是保密的内部能力。融资可见度低,意味着留存公开证据缺少扎实的资本或定价披露。

[CP007, CP015, CP016, CP020, CP026, CP027]

3.3 监管姿态、规模标记与信任信号

监管姿态是 newcleo 公开竞争故事中最混合的一项。公司有实质动能——反应堆和 MOX 设施都已与美国开展预申请接触,法国和斯洛伐克里程碑也在推进——但保留证据仍显示它早于 NuScale 已获 NRC 批准的模块,也落后于 ARC 已公布的加拿大审查状态。规模标记优于许多风投支持的同业:多个来源提到超过 900 名员工、100 多个合作伙伴,以及数千万级 2024 年收入。即便如此,Oklo、NuScale 和 BWXT 等公共市场竞争者可以展示已披露现金余额、市值、分析师覆盖和成熟投资者关系界面。这类披露会成为客户、合作伙伴和供应商的信任信号。它不能保证执行,但让竞争者的资本和治理姿态比 newcleo 作为一家接近 de-SPAC 的私人公司目前提供的内容更清晰。这个缺口在竞争上重要,因为受监管基础设施市场中的客户,常把融资披露看作执行韧性的代理指标。哪怕还没证明反应堆更便宜,能展示公共现金、申报文件和治理的同业,在采购中也可能显得风险更低。因此,newcleo 不只是在反应堆设计和燃料循环逻辑上竞争,也在和时间赛跑,看它能多快把私人公司的不透明转化为更持久的公共信任信号。[CP002, CP003, CP004, CP006, CP008, CP009]

3.4 切换成本、护城河耐久性与反向证据

公开记录支持存在护城河,但不是硬护城河。授标之前,买家可以在拥挤赛道里比较反应堆类别、融资方案、选址假设、燃料故事和伙伴生态。授标之后,切换成本可能变得有分量,因为燃料制造选择、场址工程和工业集成会形成项目特定锁定。问题在于,newcleo 还没有证明可重复的商业电站,也没有披露能证明这些后期切换成本确实成立的合同经济性。反向证据让这种谨慎更有必要。Sifted 多次把迁往法国与资本获取联系起来,并报道 €1 billion 融资仍只部分完成。Nuclear Engineering International 也指出,相比时间表的野心,公司公开技术细节仍偏薄。结果是:公司有可信的竞争楔子,但其耐久性仍更多取决于融资和监管执行,而不是已经证明的装机基础锁定。[CP020, CP023, CP024, CP025, CP030, CP031]

护城河耐久性 / 竞争风险登记表
护城河主张威胁严重程度缓释措施 / 尽调追问
闭式燃料循环加铅冷设计Oklo、Moltex、ARC 等也在营销回收或废料利用收益要求提供相对具名同业的专有成本优势、燃料权利和许可防御性证明
欧洲工业合作伙伴关系合作可能停留在探索阶段,而不是转成有约束力承购或 EPC 收入要求提供 Danieli、Saipem 及其他集成背后的已签商业条款、里程碑和客户承诺
多国供应链布局在电站投运前,大规模布局可能抬高协调成本要求按场址提供 capex、人员配置和里程碑责任归属,证明布局是护城河而不是开销
法国、斯洛伐克和美国的监管沟通NuScale 和 ARC 在本土路径上公开展示了更深的就绪度要求提供关键路径许可日历,列明各司法辖区的 go/no-go 依赖和预算消耗
资本获取和未来 de-SPAC融资仍有部分未完成,而竞争对手今天能拿公开现金余额说话要求提供交易后流动性计划、赎回敏感性和下一轮触发条件
项目授予后的特定切换成本目前没有公开装机基础证据显示可重复锁定或续约能力要求提供积压订单、复购客户数据,以及已签生命周期或燃料服务承诺

严重程度反映竞争耐久性风险,不是电站安全风险。登记表强调公开来源中仍缺失的具体证明。

[CP023, CP024, CP025, CP030, CP031, CP034]
FP003: 护城河 / 准备度 KPI

newcleo 的护城河看起来可信,但依赖执行;同业压力高,公开定价证明低。

这些 KPI 是基于留存证据得出的分析摘要,不是公司报告的内部评分卡。

[CP020, CP023, CP024, CP026, CP034, CP036]

3.5 图表与要点

Chapter 04

04财务情况

4.1 收入模式与定价可见度

保留来源确实显示,newcleo 不是一个纯粹尚未收入的科学项目。Markets Insider、2026 年 1 月领导层公告以及 Oklo 2026 年 5 月伙伴发布都提到有分量的 2024 年收入。但这些来源对收入的描述也关系到质量:收入来自供应链运营公司、工程和相邻工业活动,而不是运营中的反应堆舰队或已披露的长期电力合同基础。未来变现路径轮廓清晰——反应堆开发、MOX 燃料制造,以及与 Danieli、Saipem 等伙伴相关的工业热能或电力应用——但公开价格卡缺席。因此,最好的可比视角是同业集合。Oklo 和 NuScale 展示的都是咨询式项目模型、PPA、租赁或客户自有结构,而不是标准化公布定价。对 newcleo 来说,商业模式可见,但仅凭公开证据,已兑现的定价能力和收入确认质量仍未被证明。[CI001, CI002, CI003, CI006, CI009, CI010]

收入来源表
收入流机制单位当前数值 / 状态质量尽调要求
供应链和工程收入核设备供应链运营公司及相关工程工作的收入年收入根据来源措辞不同,2024 年公开披露约 €70m-$80m是真实当期收入,但不等同于在运反应堆现金流提供按实体、分部和客户类别拆分的经审计收入桥表。
反应堆项目开发未来出售或开发铅冷快堆项目按项目 / 按电站路线图可见;保留资料中没有已签署的公开价格表潜在价值高,但仍处商业化前阶段提供已签署客户合同、里程碑和付款计划。
MOX 燃料制造未来围绕闭式燃料循环的燃料制造和供应按燃料合同 / 设施产量法国和美国路线图可见;未公开披露价格或产量战略吸引力强,但尚未定价且资本开支很重提供工厂 capex、目标产量、燃料定价和利润率假设。
工业供热和供电承购面向钢铁、海上、化工等行业的特定场景供电和供热PPA / 热力协议Danieli 和 Saipem 已公开用例,但未披露商业条款清单商业逻辑可见;已实现经济性未知提供带定价和期限的指示性 PPA 或框架协议。
许可 / EPCM / 资质认证服务围绕前体设施和燃料设施的工程、认证和培训活动项目服务费可由前体、FASTER 和多国路线图推断如果利润率强,可支撑近期收入质量拆分服务收入、毛利率和客户集中度。
战略 JV / 项目资本参与通过 Oklo 相关美国燃料计划等项目载体参与项目股权 / carry / 开发费曾提到最高 $2b 的潜在载体,但取决于条件是战略上行来源,但条件性很强提供最终 JV 条款、资本承诺计划和下行保护。

当前数值 / 状态区分已披露的当期收入和未来规划中的收入机制。未知表示保留资料集未披露价格、产量或收入确认政策。

[CI001, CI002, CI003, CI006, CI010, CI026]
定价 / 货币化表
产品 / 项目价格 / 单位 / 合同标价与实现价格折扣 / 未知项来源尽调含义
newcleo 反应堆项目项目特定的电站经济性保留资料中没有公开标价Capex、EPC 范围和里程碑付款未披露Markets Insider / NEI / NRC 路线图需要样本客户提案,列明每 MWe 价格和交付假设。
newcleo MOX 燃料供应长期燃料制造 / 供应经济性保留资料中没有公开标价燃料制造成本、产能和利润率未披露WNN / NRC / Oklo 合作需要燃料产出计划、目标客户和毛利率模型。
工业供热或供电承购可能是定制 PPA 或热力协议保留资料中没有公开价格期限、指数化和客户信用支持未知Danieli / Saipem 合作方公告需要指示性条款清单,列明期限、调价机制和承购方义务。
Oklo 同行模式咨询式 PPA 和定制项目范围界定标价不公开;按客户需求设计结构场址工作、供热需求和可靠性要求驱动价格Oklo Energy说明先进反应堆定价靠提案解决,不靠宣传册。
NuScale 同行模式通过 ENTRA1 采用 PPA、租赁或客户自有结构保留资料中没有标准实现价格融资结构会实质改变客户经济性NuScale Productsnewcleo 可能需要类似融资能力,才能赢下项目。
公开市场可比对象市值和收入公开,但电站合同定价不公开估值公开;项目经济性仍部分不透明同行估值无法揭示反应堆利润率或现金回收期Yahoo Finance 同行统计不要把公开市值当成客户经济性已被证明。

本表把可见的商业结构和无法取得的实现价格拆开。纳入同行行,是因为它们展示了没有标价时市场如何货币化。

[CI009, CI010, CI011, CI012, CI029, CI030]
FI001: 收入模型桥

公开证据可以搭出一座桥:从当前工程和伙伴活动,走向未来反应堆、燃料和热的变现;但后续阶段的定价仍无证据支撑。

[CI001, CI002, CI010, CI015, CI016, CI038]

4.2 牵引力代理指标与成本结构

公开牵引力看起来真实,但不能和成熟电站经济性混为一谈。多个来源把 newcleo 员工数放在 900 人以上,并称合作伙伴超过 100 个;NRC 演示和 NEI 报道显示路线图横跨前驱项目、MOX 制造、多座工厂和培训中心、斯洛伐克部署野心,以及美国燃料与反应堆许可。这些是有价值的商业化信号,因为它们说明公司已经搭出相当规模的工业组织。它们也是成本信号。一家公司在多个国家同时建设非核前驱项目、燃料设施和首堆反应堆项目,在任何经常性反应堆现金流到来之前,结构上就会非常资本密集。同业基准强调了这一点。Oklo 的燃料回收页面描述了一座 $1.68 billion 回收设施,BWXT 则显示成熟既有玩家能拿出的规模和制造深度。仍然缺失的是从路线图到单位经济性的桥:没有保留来源披露 newcleo 的毛利率、烧钱速度、营运资本或电站级盈利能力。[CI013, CI014, CI015, CI016, CI017, CI018]

单位经济性表
指标数值 / 空值置信度重要性尽调要求
已披露 2024 年收入€70m-$80m 等值公开信号说明公司已有当期收入,不只是研究预算提供按法律实体和客户拆分的经审计收入桥表。
员工规模900+ 名员工的公开信号大团队既意味着执行能力,也带来固定成本负担提供薪资基数、承包商组合和现金薪酬计划。
合作版图100+ 项合作的公开信号覆盖广度可能帮助市场进入,但不能证明订单储备提供已签署订单储备,以及合作转化为收入的路径。
合并现金余额判断现金跑道和股权融资需求,必须知道账上现金提供最新资产负债表和月末现金。
月度烧钱速度烧钱速度决定融资触发日期提供 24 个月现金桥表,覆盖基准 / 悲观 / 乐观情景。
反应堆 / MOX 毛利率判断规模化创造价值还是只创造收入,必须看毛利率提供按产品线拆分的电站级单位经济性和利润率模型。

空值表示保留的公开资料集未披露该指标。置信度指公开信号的证据质量,不是管理层信心。

[CI002, CI003, CI006, CI013, CI022, CI036]
FI002: 单位经济性桥

公开证据只能从组织规模连到重资本资产;中间的烧钱速度、毛利率和回本周期仍然缺失。

[CI013, CI015, CI018, CI019, CI022, CI036]
FI003: 财务估算区间

先进核能上市同业披露的估值、现金和收入区间非常宽;因此,newcleo 自身缺少流动性和利润率数据的问题格外重要。

这些是公开同业路标,不是 newcleo 估算。区间展示的是披露分散度和资本市场背景,不是 newcleo 的估值目标。

[CI029, CI030, CI031, CI032]

4.3 资本充足性与融资依赖

资本获取是本章最核心的投资判断变量。看得见的正面因素很实质:2025-2026 轮次披露、拟议 NewHold 交易带来最高 $429 million 总收益,以及 Oklo 相关燃料基础设施合作中提到的、由 newcleo 关联载体在满足条件后可获得最高 $2 billion 的安排。看得见的负面因素同样实质。Sifted 称公司 €1 billion 融资仍只部分完成,European Commission 会议纪要也明确记录 newcleo 正在寻求额外融资来支持活动。英国注册来源确认保留实体存在 2024 年账目,但保留快照没有披露集团流动性或现金跑道。因此,当前最合理判断是:newcleo 很可能有足够动能继续为开发融资,但公开披露不足以支撑严谨的资本充足性结论。这是一个依赖融资的规模化故事,不是一个具备清晰资产负债表韧性的自筹资金业务。[CI004, CI005, CI007, CI008, CI020, CI021]

资本充足性表
账上现金月度烧钱速度现金跑道月数计划资金用途下一轮触发因素债务 / 项目融资义务
未公开披露继续推进前体、燃料、许可和公司建设路线图轮次、SPAC 募资或合作方资本任何放缓都会重要保留资料集中未公开披露
已披露 2025-2026 年私募轮次未与公开现金余额挂钩为开发和地域扩张提供资金根据 Sifted 和欧盟会议纪要,仍需要进一步交割未披露债务设施
最高 $429m SPAC 总收益受赎回影响潜在公开市场资金,支持下一阶段开发赎回、费用和时间表会压低有效流动性未披露公开契约或债务包
Oklo 相关燃料载体最高 $2b有条件且项目特定支持美国先进燃料基础设施取决于最终协议和行业条件未公开披露最终资金结构
英国实体账目截至 2024 年仅实体层面显示存在报告边界,但不能证明集团充足性上市后文件应对实体现金和集团现金做勾稽保留资料中没有公开项目融资细节
根据 EC 会议纪要仍在寻求额外融资释放持续需求信号支持这一结论:当前资本不是最终融资方案许可或项目里程碑任何延误,都可能提前触发融资需求未披露债务或担保时间表

本表有意把无法取得的流动性字段保留为空值,而不是猜测。公开证据支持融资路径,但不足以得出可辩护的现金跑道计算。

[CI004, CI005, CI008, CI020, CI021, CI022]
FI004: 资本强度 / 现金流图

路线图把一个现有收入流,与多个现金需求很高、经济性尚未公开的未来项目放在一起。

[CI015, CI016, CI019, CI026, CI027, CI033]

4.4 公开缺口与财务结论

公开缺口不是 newcleo 是否有商业化意图;它显然有。缺口在于,投资者能否把当前证据转化为一套干净模型,解释收入质量、利润率路径和现金跑道。公共同业显示,一家公司上市并必须季度披露现金、市值、收入和亏损后,可获得的披露会多得多。Oklo 和 NuScale 尽管亏损,估值仍然很高;BWXT 则代表了具备正收益的成熟制造基准。这些路标有助于划定范围,但不能解决 newcleo 自身的不透明。缺失项目仍很基础且对投资判断关键:合并现金、月度烧钱速度、债务、客户积压、具有约束力的 PPA、反应堆与 MOX 单位经济性,以及融资轮次的经审计调节。财务上,newcleo 好于概念公司,因为收入和融资真实存在;但也弱于完全可支撑投资判断的基础设施平台,因为太多逻辑仍依赖未来融资和监管转化,而不是当前披露的经济性。[CI028, CI029, CI030, CI031, CI032, CI036]

公开财务缺口表
缺失的私有指标影响精确尽调路径
合并现金余额和现金跑道阻断任何硬性的资本充足性结论索取最新月度管理账、资产负债表和 24 个月现金预测。
按项目和公司中心拆分的月度烧钱速度无法判断下一轮融资时间和稀释分析索取逐项目现金桥表,覆盖前体、MOX、许可和总部职能。
债务、担保或项目融资条款可能实质改变下行风险和契约弹性索取资金计划、条款清单、担保和董事会融资批准文件。
客户订单储备和有约束力的 PPA / 承购限制对前瞻收入质量的信心索取头部管线、已签署合同和里程碑付款日历。
反应堆、MOX 和服务毛利率阻断对利润率路径和最终盈利能力的判断索取单位经济性模型、电站级毛利率和敏感性情景。
融资轮次勾稽和资金用途缺少这些,已融资金额标题可能误导索取经审计股权结构历史、资金来源与用途表,以及 SPAC 后收益分配瀑布。

每个缺口都写成具体承销阻断项,方便直接执行尽调路径,无需重新解读。

[CI022, CI036, CI037, CI041]

4.5 图表与要点

Chapter 05

05产品与技术

5.1 一体化产品栈与资产地图

newcleo 并不是在公开单独销售一个反应堆 SKU。已审阅记录反复呈现的是一体化栈:商业铅冷快堆、回收 MOX 燃料路径,以及一组让反应堆更可信的使能资产。中心是 LFR-AS-200,这是一款 200 MWe 产品,面向电力和高温工业用途。周边则有 Brasimone 的 PRECURSOR、Chusclan 的 FASTER 培训与研发中心、规划中的 MOX 燃料厂,以及 LEANDREA 示范项目。这个栈很重要,因为 newcleo 的差异化主张不是简单的铅冷,而是反应堆设计、燃料回收、资质基础设施和未来运营彼此强化。商业含义在执行成功时是正面的,但成熟度含义也同样清楚:大部分公开证明仍停留在商业化前资产和面向监管机构的材料中,而不是运营中的反应堆或成熟产品目录。[CE001, CE002, CE009, CE011, CE012, CE023]

产品模块 / 资产矩阵
模块 / 资产主要用户状态 / 成熟度差异化尽调缺口
LFR-AS-200 商业反应堆公用事业、工业承购方、数据中心或工艺供热买方概念阶段 / 公开成熟度在 FOAK 之前;商业目标为 200 MWe铅冷快谱,加上回收 MOX 集成和非电力用途定位未公开披露 EPC 预算、可用率目标或场址特定客户合同
MOX 燃料制造设施newcleo 运营团队和未来反应堆机组规划中;燃料设施选址和可行性工作公开,运行工厂未公开把燃料供应视为产品护城河的一部分,而不是第三方采购投入原料合同、产能和认证路径仍未公开披露
ENEA Brasimone 的 PRECURSOR工程、认证和未来运营方目标 2026 年运行;10 MW 非核前体在 FOAK 电站前验证按比例缩放的二回路系统和汽轮发电机公开测试项目结果和调试里程碑仍有限
FASTER 培训和研发中心工程、培训、燃料工艺和支持团队已收购场址;属于支持资产,不是反应堆围绕反应堆 - 燃料平台建设培训和认证能力具体设备清单、人员计划和吞吐量不公开
LEANDREA 示范堆 / 试验设施材料和燃料认证团队规划中示范设施,预计 2034 年增加与商业化直接绑定的辐照和燃料测试能力时间线仍很长,并依赖外部联合体交付

状态反映截至 2026-06-03 的公开来源表述;面向客户的商业成熟度明显低于已公布资产版图的广度。

[CE001, CE002, CE009, CE011, CE012, CE015]
FE001: 产品架构图

分层展示 newcleo 平台:从进料和燃料制造,到反应堆输出,再到工业终端用途。

[CE001, CE002, CE003, CE004, CE023]

5.2 反应堆与燃料架构

公开技术材料把 newcleo 的架构描述为液态铅冷、快中子反应堆,并配套由后处理核材料生产的 MOX 燃料。它的设计论证既是机械性的,也是战略性的。铅冷和常压运行被呈现为核心安全差异点,快谱则让公司能够主张回收含钚材料,而不是依赖新鲜铀供应。这形成了一个闭式燃料循环故事,比标准轻水 SMR 竞争者更垂直整合。它也引入了新的依赖:只有燃料制造准备度、进料材料获取和资质认证都跟上反应堆项目,反应堆才会释放完整战略优势。换句话说,这个产品更应被理解为燃料加反应堆系统,而不是一个独立核岛。[CE003, CE004, CE005, CE006, CE019, CE023]

工作流 / 用例表
用户任务当前工作流newcleo 解决方案可衡量收益限制
海上供电脱碳柴油或燃气海上发电与 Saipem 研究用于海上供电和工艺供热的 SM-LFR 概念交易对方明确描述了零排放供电和工艺供热用例仍仅处于可行性研究阶段;没有已部署原型或已签订单
钢铁生产脱碳钢铁生产依赖电网电力、燃气和独立氢气投入LFR 供电加供热,与 Danieli 炼钢和制氢路径集成交易对方点名 Digimelter、Energiron 和氢相关应用未披露电站设计、合同经济性或实施场址
向难减排行业或数据中心供能化石燃料锅炉、电网电力或大型定制能源资产200 MWe 反应堆提供电力和高温热公司材料点名多个重视热电联供的工业垂直领域具名承购方未公开,反应堆也尚未可获许可或可建设
发电同时降低长期废物负担长期乏燃料储存和常规新燃料采购回收 MOX 燃料循环供给快堆公司声称可减少最终废物并降低对新鲜铀的依赖原料来源、经济性和吞吐量的公开证据仍不完整

收益反映公司或交易对方陈述,而不是运行电站测量结果;任何一行都不应被解读为已交付的商业表现。

[CE004, CE005, CE020, CE021, CE022]
技术 / 运行架构表
层级 / 流程 / 组件作用依赖风险
后处理乏燃料加贫铀MOX 制造的输入材料获取分离材料、完成认证并取得监管批准如果原料获取或认证滑坡,燃料护城河会变弱
MOX 燃料制造设施把材料转化为反应堆燃料,并支撑培训 / 认证工作流法国或美国选址、许可和产业合作伙伴工厂进度会卡住反应堆进度
铅冷快堆堆芯在液态铅冷却下,把快谱裂变转化为热已验证材料、安全论证和堆芯设计推进公开记录中堆芯仍处 FOAK 之前
二回路系统加汽轮发电机把反应堆热转化为电力,并支持工艺供热交付PRECURSOR 和后续示范堆证据公开性能和可靠性数据尚不可得
认证和培训资产培训操作员,并验证材料 / 处理工作流FASTER、Brasimone、LEANDREA 和合作实验室执行支持资产有帮助,但不能替代反应堆部署
监管机构和工业承购方批准电站,并最终吸收电站产出NRC、英国监管机构、法国主管机关和未来买方商业时间表取决于外部参与方,不亚于取决于工程

这张架构表把物理系统模块和支撑运行基础设施放在一起,因为 newcleo 的公开产品叙事同时覆盖两者并呈垂直一体化。

[CE003, CE004, CE007, CE019, CE023, CE038]
FE002: 客户工作流 / 运营流程

公开描述的运营流程,从后处理材料走到工业电力和热力交付。

这个流程代表公开产品逻辑,而非运行电站示意图;进料和制造细节仍有部分未披露。

[CE004, CE005, CE020, CE021, CE022]

5.3 开发路径与关键依赖

newcleo 的公开路线图野心很大,但仍清楚处在 FOAK 前阶段。ENEA PRECURSOR 项目、LEANDREA 和法国场址工作,意在商业反应堆运行之前补齐技术和资质缺口。监管进展真实存在:公开证据显示法国预许可工作、英国 GDA 受理,以及反应堆和燃料制造设施都与 NRC 开展预申请接触。但这些步骤没有消除执行依赖。商业化路径仍取决于多个辖区监管机构、意大利和比利时测试资产、法国或美国燃料制造进展、工业资质基础设施,以及最终的具名承购方。2025 年 EC 摘要和 2026 年 NRC 材料也显示,路线图日期按辖区而异,并且仍在移动。这符合一家在多个市场并行搭建平台的公司状态,但也意味着时间表信心应保持中等,而不是高。[CE007, CE008, CE009, CE010, CE013, CE014]

信任 / 质量 / 合规表
控制 / 认证 / 质量信号状态范围缺口
NRC 预申请沟通已公开确认美国反应堆及相关 MOX 设施许可路径预申请不是设计批准,也不是施工授权
英国 Generic Design Assessment 受理2025 年已公开确认英国铅冷快堆审查路径进入 GDA 仍属早期,距离电站运行还很远
法国预许可 / ASNR 第一阶段公司称 Chinon 和 Nogent 已完成法国反应堆和燃料设施选址工作公开证据层级较高,还不是完整公开安全论证文件
认证和培训基础设施通过 Brasimone、FASTER 和 LEANDREA 公开点名材料测试、操作员培训和支持就绪度公开测试输出和验收标准稀疏
正式质量或网络认证已审阅公开来源中未披露制造 QA、数字支持、服务运营未发现公开 SOC、ISO、代码标准或机组可靠性证据

最强的公开信任信号来自监管和认证里程碑;公开运行质量指标仍是重大尽调缺口。

[CE007, CE017, CE018, CE035, CE037]
路线图 / 发布 / 开发阶段表
日期 / 阶段功能 / 里程碑状态启示来源
2024PRECURSOR 与 Brasimone 合作已公开启动进行中反应堆电站出现之前,先给出实物验证路径ENEA 加 NRC 演示材料
2024Chusclan FASTER 场址与 Danieli 合作已公开进行中增加训练 / 研发基础设施,也把工业用例说得更具体NEI 与 Danieli
2025英国 GDA 受理,以及 EC 记录的 2030/2033 路线图公开确认提升可信度,但仍处于开工前阶段NucNet 与 EC 会议纪要
2026美国 NRC 预申请沟通,以及 PRECURSOR 目标年份公开确认 / 设定目标提高技术可见度,也增加美国市场的期权价值NRC 材料包、WNN 与 ENEA
2031-2032MOX 设施与 FOAK 里程碑仅路线图燃料制造准备度和首座电站仍是未来执行事项NRC 演示材料与 NEI
2033-2034首批商业反应堆 / 商业 LFR-AS-200仅路线图公开记录里,商业收入仍是 2030 年代的事情NEI、EC 会议纪要与 NRC 演示材料

里程碑混合了欧洲和美国路径;公开来源尚未给出一份统一校准后的总进度表。

[CE009, CE013, CE014, CE015, CE017, CE019]
FE003: 关键依赖图

关键外部依赖和支撑性依赖,把监管方、鉴定资产、进料和未来购能方与商业部署连在一起。

依赖关系图呈现的是公开资料中通往商业化的最小路径,而不是所有内部工程依赖。

[CE007, CE009, CE011, CE015, CE019, CE038]

5.4 工业用例与差异化

最强的公开产品-市场证据还不是运营中的电站,而是 newcleo 反复点名的工业工作流足够具体。Saipem 和 Danieli 不是抽象标识。它们自己的发布提到海上供电、浮动核能机组、绿色钢铁、Digimelter、Energiron,以及与氢相关的热能需求。这些用例符合 newcleo 公开叙事:一座 200 MWe 铅冷反应堆应当同时向能源密集型设施提供电力和高温热能。这让公司区别于只谈电力的信息,但并不唯一。Oklo、X-energy、Moltex、Blykalla、ARC 和 Seaborg 都在销售某种过程热、减废、灵活选址或先进燃料逻辑。newcleo 真正的差异在于铅冷加回收 MOX 的垂直整合组合。代价是许可和部署成熟度:NuScale 和 ARC 等同业今天披露了更靠前的正式许可或商业化状态。[CE020, CE021, CE022, CE026, CE027, CE028]

FE004: 产品成熟度 / 能力图

newcleo 主要产品面向与基准能力之间的相对成熟度。

矩阵标签是基于截至 2026-06-03 已审阅公开证据作出的分析判断,不是管理层给出的评分。

[CE016, CE017, CE028, CE029, CE032, CE034]

5.5 信任、质量与公开证明缺口

在信任和质量上,newcleo 的公开证明仍以许可为中心。已审阅来源支持一个判断:公司正在积极接触监管机构,并建设资质与培训资产;但这些来源还不能支持成熟的公开运营控制叙事。没有已审阅来源披露任何产品面的运行可用性、正式质量认证、数字支持标准或企业服务指标。这不代表内部控制薄弱,而是公开尽调记录偏薄。开发者信号要求上的缺口尤其明显。监管材料、行业报道和一篇工程访谈,足以让公开技术讨论达到从业者代理标准;但没有真正可检查的代码库、SDK 或软件社区界面。再结合 Nuclear Engineering International 关于 LFR-AS-200 仍属概念阶段的观点,正确的投资判断姿态是:技术逻辑有意思,也越来越清晰,但公开证明集仍像一个新兴工业平台,而不是已经为部署打磨成熟的产品。[CE016, CE024, CE035, CE036, CE037, CE038]

5.6 图表与要点

Chapter 06

06客户情况

6.1 目标细分与买家地图

newcleo 的公开客户图景从市场细分开始,而不是从已签约客户开始。在 NRC 材料、SPAC 材料和更广泛先进核能背景来源中,反复出现的买家类别是数据中心、难减排行业、工艺热密集型制造、海上能源用户,以及重视稳定清洁电力加热能的其他买家。这个目标细分地图合理,也符合行业逻辑;Oklo、X-energy、NuScale、Moltex 和 Blykalla 等同业也销售类似终端用途。但必须区分细分市场可信度和客户证明。今天的公开证据说明,newcleo 已经识别出经济上合理的买家原型;它没有显示其中任何一种原型已经签署了确定的反应堆或热能承购交易。来自 AI 和工业领域的战略投资者强化了需求叙事,但它们仍是软信号,而不是付款行为证明。[CU007, CU008, CU016, CU017, CU019, CU020]

客户分层表
细分市场买方 / 用户 / 付款方用例规模收入 / 战略价值缺口
数据中心与数字基础设施超大规模云厂商、托管运营商或园区业主作为买方;数据中心运营商作为用户;能源预算作为 付款方稳定清洁电力,以及可能邻近供热的场址能源已公开列为目标细分市场,但未披露具名客户大型长周期负荷,脱碳需求强未披露具名购电方、合同结构或场址经济性
难减排工业用户工业运营方作为买方和用户;运营公司或项目 SPV 作为付款方面向化工、玻璃、陶瓷、造纸等行业,同时供电和工艺热已公开点名多个垂直行业;未披露具名商业买方可能带来高价值、长周期的基荷需求未披露公开合同、用热曲线或场址入围名单
钢铁及氢相关制造钢铁企业或项目业主作为买方;工厂运营方作为用户;工业资产负债表作为付款方绿色钢铁、Digimelter、Energiron,以及与氢相关的热用例Danieli 描述了具体工作流,但仍处于研究阶段审阅来源中最具体的公开工业工作流未披露已签约电站、资本开支分摊或承购条款
海上能源 / 浮式用户平台运营商、电网用户或海洋基础设施发起方作为买方海上电力和工艺热,加上浮式核能装置Saipem 描述了具体工作流,但仍处于可行性阶段可能形成差异化选址细分场景,并有合作伙伴验证未披露原型订单、监管路径或商业结构
研发与示范项目承接方研究中心、联合体或示范项目发起方资质验证、材料测试和前驱项目开发ENEA 与 LEANDREA 已具名且仍在推进对技术降风险重要,但不等同于付费客户收入单独看,不能证明终端市场需求可持续

本表把可能的未来收入细分市场与当前公开证据分开。具名细分市场,不等于已披露商业客户。

[CU007, CU008, CU016, CU019, CU020, CU026]
FU001: 客户旅程图

基于目前可见公开证据,newcleo 项目从市场需求走到运营客户的可能路径。

由于公开资料中没有客户漏斗文件,这张旅程图是基于公开来源包搭建的分析框架。

[CU007, CU018, CU031, CU034]

6.2 具名合作方与证明质量

公开具名合作方是真实的,但不等同于商业客户。Saipem 和 Danieli 提供了最强的客户侧证据,因为两家合作方都用自己的渠道描述了 newcleo 技术的具体预期用例。Saipem 谈海上电力、过程热和浮动机组;Danieli 谈绿色钢铁、Digimelter、Energiron 和氢。这些发布证明需求意图和技术适配。它们没有证明已签反应堆订单、容量承诺或收入确认。ENEA 和 LEANDREA 离客户证明更远一步:它们显示受尊重的研发和示范承载方愿意与 newcleo 合作,但这些是资质和技术准备度关系,不是付费客户关系。因此,正确的分析区分是:一边是合作伙伴、示范承载方和潜在用户,另一边才是真正付费的商业客户。[CU002, CU003, CU004, CU005, CU006, CU009]

具名客户证据表
客户 / 交易对手细分市场部署 / 用例生产 / 试点结果局限
Saipem海上能源 / 浮式基础设施面向海上电力、工艺热和浮式核能原型的可行性研究仅可行性交易对手发布的证据说明,该工作流具体到足以共同研究未公布采购订单、MW 承诺或场址
Danieli钢铁及氢相关制造绿色钢铁、Digimelter、Energiron,以及氢相关集成研究仅可行性交易对手发布的证据,证明工业热用例高度具体未披露已签署反应堆销售、定价或实施时间表
ENEA / PRECURSOR研发承接方Brasimone 的电气模拟器和前驱项目开发研发 / 资质验证显示受认可的承接机构愿意推进技术路径不代表外部电力需求,也不是付费客户
EAGLES / LEANDREA / SCK CEN示范项目与材料测试承接方面向材料和燃料的未来技术示范与测试设施仅示范对未来客户有用的商业化推进信号时间仍很远,且不等同于客户部署

列表包含截至 2026-06-03 审阅的公开来源包中可见的具名外部交易对手。这些行刻意把客户侧证据与真实商业客户证据分开;没有一行是已披露的付费反应堆客户。

[CU003, CU004, CU005, CU006, CU009, CU010]
FU003: 客户证据矩阵

证据质量矩阵,把 newcleo 的具名交易对手与真正商业客户基准拆开。

同业基准列汇总的是 SU018-SU021 展示的公开证据质量,而不是给单个竞争对手打分。

[CU009, CU010, CU022, CU023, CU024, CU030]

6.3 采用轨迹与商业准备度

newcleo 的公开采用指标,最好理解为商业化前提,而不是客户牵引力。已审阅来源没有披露运行中的电站、已售 MW、已签 PPA、付费客户数量或任何经常性收入指标。它们披露的是一串使能标记:英国 GDA 受理、NRC 预申请工作、ENEA PRECURSOR、LEANDREA、法国场址开发,以及围绕未来承购方垂直领域不断扩展的叙事。这一点重要,因为它改变了本章对进展的评分方式。对软件或服务公司来说,缺少客户数会是灾难。对现阶段先进反应堆开发商来说,监管和技术里程碑有意义,但只作为领先指标。它们可以降低未来获客摩擦,却还没有回答核心问题:谁付款、何时付款,以及首座电站出现后这些付款有多持久。[CU001, CU011, CU018, CU021, CU031, CU032]

客户增长 / 采用轨迹表
指标数值日期来源置信度启示缺失分母
已公开披露的具名付费客户02026-06-03已审阅公开来源集公开记录里仍缺少商业证明管理层可能有内部管线或保密合同
具名客户侧工业交易对手22026-06-03Saipem 与 Danieli 公告至少两个工业用户存在真实需求意向未披露内部还有多少额外交易对手
具名研发 / 示范承接方22026-06-03ENEA PRECURSOR 与 LEANDREA / EAGLES技术降风险路径真实存在,但不产生收入缺少测试或承接关系总数的分母
已公开点名的未来承购方类别22026-03-24NRC 演示材料数据中心和难减排工业是优先目标这些类别内没有具名承购方
已公开点名的工业垂直行业62026-05-27SPAC 公告终端市场广度不是瓶颈,转化才是未按收入潜力或准备度排序
支撑客户转化的监管里程碑22025-06 to 2026-03英国 GDA 与 NRC 预申请商业销售仍受许可进展卡口约束没有从里程碑到签署客户合同的时间线

数值是已披露公开证据点的数量,不是收入指标。零表示没有公开披露,不一定意味着私下活动为零。

[CU001, CU011, CU018, CU032]
FU002: 采用 / 部署漏斗

newcleo 公开可见的需求漏斗,重点展示已点名细分市场与具名付费客户之间的缺口。

计数仅限已审阅的公开来源集,并有意区分公开交易对手证据与公开付费客户证据。

[CU001, CU002, CU011, CU032]

6.4 留存、扩张与集中度缺口

因为没有公开商业舰队,几乎所有耐久性指标都是空白。没有已审阅来源披露合同期限、续约机制、NRR、GRR、流失、客户满意度或重复订单行为。这意味着先落地再扩张仍未被证明,集中度分析也大多是假设。主要风险是,最初一两个真实客户可能主导整个早期收入基础,尤其如果它们来自同一垂直领域,例如钢铁、数据中心或单一主权项目。融资风险会放大这一问题。反向报道显示,公司在交付里程碑之前仍需要大量资本,而采购会保持缓慢,因为合作方还必须评估许可、燃料可获得性、选址和建设风险。因此,本章正确的分析动作不是猜测留存或集中度,而是把每一个缺失商业指标转化为尽调问题。[CU012, CU013, CU014, CU015, CU033, CU034]

留存 / 复用 / 满意度表
指标数值 / null细分市场置信度尽调请求
合同期限当前所有公开交易对手要求按细分市场提供已签署条款清单,或至少提供分阶段商业模板
续约 / 复购率未来商业机组群询问是否已有交易对手从研究推进到重复场址评估
NRR / GRR / 流失商业客户公司有了产生收入的交易对手后,要求提供内部管线或 backlog 指标
客户满意度 / SLA商业客户要求安排客户访谈,提供 QA 指标和任何服务级别承诺
合作伙伴新闻稿之外的背书质量具名交易对手寻找第三方或客户现场访谈,确认商业认真程度
重复项目扩张工业交易对手询问 Saipem、Danieli 或任何未具名交易对手是否已推进到特定场址工程

null 表示审阅来源未公开披露该指标,不表示数值为零。

[CU012, CU033]
扩张与集中度风险表
扩张驱动因素集中度风险影响尽调路径
如果某个数据中心或钢铁买方率先转化,该细分市场可能验证相邻买方尚未披露机组群多样性,首个真实客户可能主导早期 backlog高集中度可能早早决定定价和项目设计要求按垂直行业拆分管线,并提供按概率加权的前三个场址名单
监管进展可以打开更多买方对话销售仍与许可和燃料里程碑紧密绑定即便需求存在,客户时间表也可能滑延要求提供从 GDA / NRC 进展到商业签约的里程碑转化图
战略投资者可能成为未来用户或背书方投资者名单可能被误读为客户证明把软需求误读为确定需求,会高估准备度要求管理层明确区分投资者与客户
具名交易对手可能扩展为多个项目未公开后续订单或重复合作先落地再扩张的逻辑尚未验证要求更新研究是否已推进到 FEED、场址工作或条款清单
欧洲公共资金渠道可能支持项目开发如果融资轮仍部分未完成,资金依赖会拖慢采购信心交易对手可能等融资可见度提高后再承诺要求提供与客户里程碑和项目融资假设绑定的融资计划

由于还没有公开商业客户基础,所有风险都是前瞻性的。

[CU013, CU014, CU015, CU017, CU033, CU034]

6.5 客户证明的同业基准

同业基准让证据质量缺口更具体。Oklo 公开销售 PPA,并称 Meta 支持的俄亥俄项目包含预付款机制。ARC 披露了在 Türkiye 的部署条款清单。Seaborg 把 Pertamina 探索表述为围绕商业可行性和潜在后续项目。TerraPower 的 2026 年新闻页已经谈到商业化协议和在建工程。在这个背景下,newcleo 的公开合作方有意义,但阶段更早。它们显示可信工业兴趣,也显示严肃机构愿意参与。它们还没有展示同业开始披露的同等商业证明。这不推翻 newcleo 逻辑,但意味着客户章节必须保持保守:公开需求可见,公开付款证明不可见。[CU021, CU022, CU023, CU024, CU025, CU028]

客户证据基准表
公司具名商业交易对手证据公开商业阶段对 newcleo 的启示
newcleoSaipem 与 Danieli 用例研究;ENEA 与 LEANDREA 承接;未披露付费客户可行性、研发和许可前阶段需求意向可见,但付款证明不可见
OkloMeta 支持的 Ohio 协议,加上面向 PPA 的能源页面电站部署前已做商业包装,并向客户释放信号展示在完整机组群出现前,更强公开买方证据可以长什么样
ARCTürkiye 部署条款清单具名商业化伙伴和活跃许可叙事凸显合作伙伴研究与条款清单级进展之间的差距
SeaborgPertamina 探索围绕商业可行性和后续项目展开带有项目范围语言的潜在用户证据是点名商业导向交易对手的有用基准
TerraPower已公开商业化协议和活跃电站建设更后期的建设和商业化披露把成熟度门槛抬到 newcleo 公开进展尚未达到的水平

纳入基准公司只用于校准证据质量,不表示技术可比性相同。

[CU021, CU022, CU023, CU024, CU025, CU030]

6.6 图表与要点

Chapter 07

07风险

7.1 监管与燃料循环风险

Newcleo 最大的单一投资判断问题,不是监管机构是否知道这家公司存在,而是在反应堆设计、燃料制造、废料处理、运输和逐国选址之间,究竟有多少单独审批必须同时到位,反应堆部署现金流才会成为现实。公司已经打开了可见的监管路径:美国工作现在处于 NRC 预申请模式,英国设计已被纳入通用设计评估,法国仍是 MOX 燃料和示范反应堆计划的重心。但这些数据点都不意味着公司已经降低了许可风险。美国材料仍是教育性材料,英国流程预计还需要约两年才会进入更深入部署决策,法国路径仍取决于施工授权申报、公众讨论、燃料循环审批和放射性材料物流。由于 Newcleo 的价值主张依赖回收燃料,而不是单纯反应堆硬件,监管复杂度被放大,而不是降低。英国钚获取受挫已经说明,进料政策会改变工厂选址策略。因此,投资者应把监管栈视为一条链,最弱环节是废料获取加燃料许可,而不只是反应堆安全论证。[CR001, CR002, CR003, CR004, CR005, CR006]

监管 / 法律风险登记表
规则 / 案例 / 批准司法辖区状态可能性严重性缓释措施剩余风险敞口尽调路径
燃料循环与废物运输批准欧盟 / 法国 / 跨境政策和许可依赖仍在推进严重以巴黎为中心的架构和早期监管沟通高——废物获取、运输和授权必须全部对齐获取法国燃料设施许可关键路径、运输许可和原料协议
美国 NRC 对 LFR 与 MOX 设施的许可美国仅预申请严重早期 NRC 对话和已提交演示材料包高——尚无许可申请获受理要求提供美国许可路线图、预算和场址选择假设
英国 GDA 与正当性论证路径英国已纳入 GDA;需要正当性论证先例监管工作已经启动中-高——GDA 是里程碑进展,不是部署许可审查 GDA 范围、启动日期,以及英国场址 / 承购方准备度证据
公司重组与多实体治理英国 / 法国 / 集团结构控股公司迁移仍在推进新财务领导层和活跃备案中——披露漂移让尽调和治理映射更复杂对齐集团结构、PSC 变更和公司间控制文件
公众辩论与法国选址批准法国选址和辩论正在推进地方沟通和 Safety Option File 提交中-高——地方、环境和核能批准可能拖延时间线要求提供 Chinon 与 Nogent 工作流、里程碑负责人和应急计划

各行按剩余严重性排序;核心风险在于反应堆、燃料和废物批准彼此依赖,不能拆开看。

[CR004, CR005, CR007, CR009, CR010, CR011]
FR001: 风险热力图

矩阵按发生可能性和可见缓释后的剩余影响,对 Newcleo 的主要风险排序。

[CR004, CR007, CR009, CR012, CR014, CR018]

7.2 资本密集度与模型风险

Newcleo 的公开融资故事同时证明了投资者兴趣和融资风险。独立报道显示,公司在 EUR87 million 融资完成后,披露资本从约 EUR487 million 起步;后续一组交割后升至约 EUR535 million。但同一报道也清楚说明,公司仍瞄准更大资金规模,包括此前宣布的 EUR1 billion 股权融资,以及到 2030 年仅在法国就约 EUR3 billion 的投资。这个缺口重要,因为公开记录还显示,公司烧钱可观,而当前收入相对于燃料基础设施、示范资产和最终商业反应堆所需建设而言仍偏小。Sifted 引述称,2024 年上半年平均月度现金消耗约 EUR13 million,2024 年 6 月 30 日现金为 EUR221 million,2023 年亏损 EUR57.5 million,收入仍来自收购的运营公司,而不是反应堆销售。2025 和 2026 年 Companies House 持续出现配股记录,也符合一家仍依赖反复股权注入的业务状态。投资判断含义很直接:如果下一轮大额融资窗口延后,估值支撑会在反应堆里程碑能够弥补之前先走弱。[CR013, CR014, CR015, CR016, CR017, CR018]

运营 / 质量 / 安全风险登记表
失效模式可能性严重性缓释成熟度剩余风险敞口未解决缺口
前驱项目到反应堆放大的转换失败严重仍无公开证据证明非核与测试资产已转化为可重复的反应堆执行能力
燃料制造进度滑延严重法国设施时间表、公众辩论结果和资本开支分期尚未完整披露
核供应链在劳动力和部件上卡住Newcleo 特定建设计划中的长周期部件、焊接和劳动力产能未公开
合作伙伴管线未转化为有约束力的项目中高最显眼的工业合作关系多是可行性研究或合作协议
员工数、收入和现金续航期披露口径漂移,遮住控制信号中高公开指标在报道、公司相关材料和备案文件之间不一致

缓释成熟度刻意偏保守,因为公开记录最能支撑的是意图和设施,不是闭环运营证明。

[CR014, CR015, CR016, CR017, CR025, CR026]
FR002: 风险传导图

因果图展示许可、融资和披露风险如何传导为现金跑道、时间表和估值压力。

[CR011, CR014, CR018, CR020, CR030, CR034]

7.3 执行、供应链与合作伙伴转化风险

Newcleo 搭出了相当可观的合作伙伴版图,但公开证据目前更能证明可行性研究和产业协同,而不是有约束力的部署承诺或客户签约的反应堆需求。PRECURSOR 仍是计划在 2026 年交付的非核模拟器,LEANDREA 瞄准 2034 年,定位为技术示范和测试设施;与 Saipem、Danieli 的产业合作也只是可行性或探索协议,不是已入账的反应堆订单。Nuclear Engineering International 还指出,公司技术仍处在非常早期的概念设计阶段,但组织已在扩员工、布站点、建制造设施。组织规模和反应堆验证之间的错位带来运营风险:完整反应堆许可尚未拿到,公司已经在建设培训中心、燃料组件测试能力,并通过收购补供应链产能。行业背景同样关键。先进核能部署长期卡在合格劳动力、专用组件和长周期制造产能上。如果 Newcleo 不能把合作网络转成确定承购、可开工站点项目和可复制制造证明,扩大的产业足迹可能先放大烧钱速度,而不是降低收入风险。[CR025, CR026, CR027, CR028, CR029, CR030]

合作伙伴 / 依赖风险登记表
依赖项对手方作用集中度失效情景严重性缓释措施剩余敞口
燃料循环选址与政治支持法国政府 / 地方政府支撑 MOX 与示范项目选址支持减弱或审批放慢极高迁总部,并把融资叙事与法国绑定高 - 英国受挫后,战略更押注法国
废料原料获取各国政府MOX 燃料战略的原料来源原料无法以可用条款取得极高英国拒绝后,推进法国和美国讨论高 - 此前政策反转已迫使公司改换地点
工业应用伙伴Saipem / Danieli / 其他工业集团通向热能和电力用例的潜在路径MOU 未转化为订单或场址扩大伙伴集合,并在多个行业保留选择权中高 - 当前证据仍处探索阶段
研究和测试基础设施ENEA / EAGLES / LEANDREA 生态资质认证、材料和前期工作测试延误,或未能缩短反应堆时间线并行推进欧洲项目和设施中高 - 关键辐照基础设施仍需数年
资本提供方家族办公室 / 机构 / 战略投资者在反应堆产生现金流前,为长期建设融资大额后续轮延误或定价不佳极高多次小额交割,并保留公开市场选项高 - 资金需求仍大幅高于已披露交割额

集中度按战略依赖判断,不只看法律排他性;即使没有单一来源合同,几个对手方仍在关键路径上。

[CR011, CR012, CR013, CR018, CR019, CR020]
人员 / 执行风险登记表
角色 / 职能依赖或缺口可能性严重性缓释措施尽调路径
创始人 / CEO融资、战略和对外监管叙事仍围绕其展开极高提拔副 CEO、任命 CFO,拓宽管理梯队梳理授权决策权和继任计划
集团财务职能大规模项目融资、上市准备和披露纪律所需能力2026 年新聘集团 CFO审查财务团队厚度、内控和报告日程
英国运营领导层董事和秘书变更后,实体层面的连续性英国仍在持续备案并维护实体索取最新英国组织架构和决策权限
工程与工业项目管理必须跨国家协调反应堆、燃料、培训和伙伴项目并购与扩员索取里程碑负责人图、PMO 节奏和挣值报告

本表聚焦组织执行,而不是反应堆物理;公开证据能证明扩张,但还不能证明控制体系已经成熟。

[CR021, CR022, CR023, CR024, CR037, CR038]
FR003: 依赖关系图

位于 Newcleo 商业化关键路径上的外部机构与合作伙伴地图。

[CR004, CR007, CR011, CR012, CR028, CR029]

7.4 治理、披露漂移与监测逻辑

最后一层风险不在某个单点事件,而在持续监测的质量。Newcleo 正在把管理层制度化,新增副 CEO 和集团 CFO,显然想从科研项目变成有规模的工业平台。但公开披露仍然嘈杂。员工数会随来源和日期在约 850、900、950 到超过 1,200 之间跳动;收入口径从 2023 年 EUR9 million、2024 年上半年 EUR26 million,跳到公司相关材料里的 2024 年 EUR70-80 million;英国实体记录也显示高频高管变更,以及控股公司和 PSC 变动。Oklo 等可比上市核能公司说明,资本市场最终会要求更完整的治理、董事会和投资者监测基础设施。Oklo 也已经向数据中心、工厂和工业场址营销 24/7 清洁能源,其技术叙事依托的是“可比快堆技术此前已建成并运行”的说法。也就是说,Newcleo 最终不仅要经受融资审查,还会在设计成熟度和客户叙事上承受更尖锐的比较压力。其他先进核能同行已经在部署就绪度、燃料形态或反应堆运行传承上披露更具体的主张,披露质量本身可能变成风险。Newcleo 的实际尽调规则因此很简单:不要只看工业化叙事的标题。要监测融资是否关闭,实体变更、许可步骤和披露经营指标能否继续对得上。若对不上,正确做法不是平均这些数字,而是下调置信度,并要求一手文件。[CR037, CR038, CR039, CR040, CR041, CR042]

缓释与否决标准表
风险可监控触发项阈值 / 事件行动含义
大额融资缺口持续存在除已披露的小额轮次外,没有重大融资交割未来 12-18 个月内,没有可信的阶跃式融资或公开市场交易交割视为当前估值支撑的论点破裂,并要求现金续航桥接方案
法国燃料 / 示范审批延误Nogent、Chinon 或安全方案路径的公开时间表后移关键法国里程碑延后超过 12 个月,且没有匹配的资金缓释重写商业化时间表和资本开支假设
美国许可仍卡在教育阶段没有走出预申请材料阶段多轮 NRC 沟通后,仍无申请就绪证据将美国可选性降为非核心上行空间
工业合作仍未绑定研究 / MOU 未转成场址、承购或付费开发合同下一次融资事件前,没有绑定式伙伴转化下调管线质量和客户证明假设
实体与指标漂移恶化员工数、融资或收入说法继续分叉,且无对账解释一手尽调无法把公开数字与备案报表勾稽管理层提供经审计的桥接材料前,暂停投资

触发项刻意选用公开证据可观察的指标,方便投资团队在更新周期之间监控。

[CR003, CR014, CR015, CR018, CR020, CR021]
Chapter 08

08估值

8.1 建议与价格纪律

核心估值判断是:Newcleo 只有在价格和证据纪律都足够严格时才可投。最重要的公开标记是拟议中的 NewHold 交易:约 $2.4 billion 投前股权价值;若 PIPE 资金和信托现金留存,最高可取得 $429 million 总募集资金。这个点位可作为市场参照,但不能等同于被验证的公允价值。公开记录在股权结构、SPAC 发起人激励、赎回、优先权包袱,以及 Newcleo 当前收入中多少是可持续经营收入、多少来自金融或收购驱动收入方面,仍然有大洞。与此同时,Sifted 报道显示,公司在法国项目和商业化铺开上仍需要数十亿美元。这个组合不支持买入式判断。只看公开证据,正确姿态是观察:保持跟踪、按里程碑承销,但不要把拟议的公开市场交易误当成下行有边界的证明。[CV001, CV002, CV003, CV004, CV005, CV006]

建议摘要表
维度判断置信度决策含义
建议跟踪保持沟通,但仅凭公开证据不下注
风险评级估值取决于融资和许可里程碑,这些还未进入已验证现金流
估值立场对价格敏感;只有里程碑落地才合理,否则偏贵使用宽区间,并坚持按稀释调整后测算
证据质量精确公允价值为中低,方向性判断为中宽区间能支撑,点估值不能
公开市场可选性存在,但有条件把 SPAC 当作参考锚,而不是最终验证

跟踪意味着主动监控、搭建尽调,等更强证据或更低入口。

[CV001, CV022, CV023, CV026, CV027, CV030]
投资论点 / 反论点表
论点证据哪些变化会改变判断
投资论点:公开资本市场愿意接纳先进核能平台Oklo 和 NuScale 都说明,尚未达到完全商业规模的公司也能获得数十亿美元公开市场标记先进核能公开可比公司估值明显下修,后续融资窗口长期关闭
投资论点:Newcleo 的收入基础比纯收入前同业更偏工业MarketsInsider 将 2024 年约 $80m 的收入、其他收入和财务收入归因于运营公司管理层无法按子公司证明收入质量、利润率和可重复性
投资论点:已宣布的 SPAC 提供可用外部定价锚约 $2.4b 的拟议投前估值,加上已承诺 PIPE 和信托现金,框定当前谈判区间交易失败、赎回激增或条款恶化
反论点:资本需求仍远大于已宣布交易Sifted 报道,到 2030 年法国需要约 EUR3bn,到本十年末还需要数十亿里程碑资本计划显示支出显著更低,且有强非稀释性支持
反论点:反应堆经济性仍埋在并购来的供应链收入下面当前公开收入不是反应堆部署收入管理层证明可持续分部利润率,并说明如何过渡到反应堆现金流
反论点:相对 Oklo 估值看似便宜,但相对 BWXT 式收入倍数偏贵投机型公开可比公司和成熟核制造商对应完全不同的估值逻辑Newcleo 拿出足够许可和项目证据,足以脱离成熟工业估值锚

判断变化刻意设置为可证伪,不是泛泛的利好和利空。

[CV001, CV003, CV008, CV009, CV010, CV011]
FV001: 建议逻辑

从融资背景、同业估值锚和披露缺口推导到跟踪建议的路径。

[CV001, CV009, CV010, CV011, CV022, CV023]

8.2 融资背景与公开可比公司

公开可比公司只有按商业模式拆开才有用。Oklo 和 NuScale 代表投机性的先进反应堆股票,交易基础仍更多是许可期权、政策入口和资本充裕度,而不是传统盈利。BWXT 在光谱另一端:它是盈利的核制造与工程老牌公司,有真实收入、现金流和国防支持的韧性。Newcleo 尴尬地夹在两端之间。MarketsInsider 将约 $80 million 的 2024 年收入、其他收入和金融收入归给公司,但这些收入来自供应链运营公司,而不是反应堆部署。拿 BWXT 的成熟倍数看,Newcleo 显得偏贵;拿 Oklo 或 NuScale 的投机性公开估值看,已宣布的 SPAC 又不算离谱。这正是单一同业倍数会误导的原因。可比公司分析只能给方向,不能给精度:先进核能可以拿到数十亿美元估值,但前提是投资者接受长周期里程碑风险和重大融资依赖。[CV009, CV010, CV011, CV012, CV013, CV014]

乐观 / 基准 / 悲观情景表
情景关键假设估值 / 回报逻辑关键风险概率信号
乐观SPAC 顺利交割;法国和美国里程碑推进;工业 MOU 转化;供应链收入质量得到证明股权价值宽区间约 $4.0b-$6.0b;上行来自里程碑去风险和接入更大资金池长周期反应堆执行和稀释仍是脆弱点需要多个里程碑同时兑现,不只是一次融资事件
基准资金到账但里程碑证据仍混杂;公司保住期权价值,但未完全去风险区间约 $2.0b-$3.0b,围绕已宣布交易参考值仍可能需要追加融资;公允价值仍受区间约束目前多数公开证据指向这一档
悲观SPAC 或等效融资延误、赎回挤压,或许可里程碑后移证据变弱时,下一轮融资重新定价,区间约 $0.8b-$1.5b下轮降价、稀释和信心流失由融资失败或可见排期延误触发

区间刻意偏宽,因为公开证据不足以支撑紧 DCF 或精确的稀释调整后退出模型。

[CV001, CV008, CV023, CV026, CV028, CV029]
可比估值表
可比对象指标倍数 / 估值 / 状态相关性局限
Oklo公开 EV / 市值EV 约 $9.43b、市值约 $11.64b;尚无收入且现金充足说明公开市场会以较大绝对值给先进核能期权定价投机性强且波动大;没有稳定收入基础
NuScale公开 EV / 收入EV 约 $3.57b,对应 $18.67m 收入;EV/收入约 191x可观察上市反应堆开发商在经济性为负时如何交易情绪驱动强,不能作为私人市场公允价值的干净锚
BWXT公开 EV / 收入 / EBITDAEV 约 $18.76b,对应 $3.38b 收入;EV/收入约 5.56x,EBITDA 为正成熟核制造可比公司,用于约束下行情景过于成熟,不能直接锚定前沿反应堆平台
X-energy技术 / 产品状态Xe-100 为 80MWe / 200MWt,并采用 TRISO-X 燃料战略展示另一条工业热和燃料一体化先进反应堆叙事抓取来源中没有公开估值点
ARC Clean Technology技术 / 监管状态ARC-100 为 100MWe,并有加拿大监管进展叙事展示面向工业电力预算、部署准备度更高的快堆竞争者抓取来源中没有公开估值标记
Moltex技术 / 燃料循环模型Wasteburner 反应堆,加上回收和储存栈与闭式燃料循环叙事最直接可比抓取来源中没有公开融资标记
Saltfoss / Seaborg部署模型200-800MW 浮式 CMSR 驳船概念争夺工业和海事脱碳资本反应堆化学路线和平台设计不同
Blykalla铅冷快堆定位SEALER 为 55MW,具备被动安全和紧凑占地说明铅冷定位在欧洲并非独有抓取来源中没有公开估值标记

可比组刻意混用不同模型;这是给 Newcleo 建框架唯一诚实的方式,而不是假装存在完美同业。

[CV009, CV010, CV011, CV012, CV013, CV016]
FV002: 估值敏感性

宽口径股权价值对融资和里程碑假设的敏感性,而不是狭窄表格模型给出的结果。

这些条形是方向性的情景锚点,不是精确公允价值结果。

[CV001, CV008, CV023, CV026, CV031, CV032]
FV003: 估值 / 回报区间

基于当前公开证据质量,适合采用宽口径低 / 中 / 高区间。

区间反映融资和里程碑结果,不是用保密预测校准出的 DCF。

[CV001, CV008, CV023, CV026, CV028, CV031]

8.3 情景区间与否决触发器

公开信息无法支持精确 DCF,因此正确框架是以里程碑为条件的情景分析。乐观情景下,de-SPAC 或同等规模融资完成,法国选址和燃料里程碑继续推进,工业合作转成已签约项目,公司证明供应链收入能成为反应堆经济性的底座,而不只是临时资产负债表支撑。基准情景下,Newcleo 融资足以保住期权价值,但距离可融资的商业反应堆仍差数步;估值会围绕已宣布交易参照聚集,而不会显著高于该参照。悲观情景下,融资摩擦、赎回或监管滑坡会在反应堆经济性更清楚前迫使公司以更低价格融资。这些情景的重点不是选出一个完美数字,而是找出哪些条件必须成立,才能守住市场上已有的数字。若条件失效,估值应快速压缩。[CV025, CV026, CV028, CV029, CV031, CV032]

论点破裂与否决触发项表
触发项阈值对论点的传导行动含义
融资失败到 2H26-2027,未以可接受条款完成 de-SPAC 或等效大额融资当前估值参考失去可信度,稀释风险跳升论点破裂;按下行融资情景重写测算
法国里程碑延误示范或燃料里程碑后移超过 12 个月,且没有匹配资金缓释价值兑现时间拉长,基准情景区间压缩切换到悲观情景假设
收入质量失效管理层无法把 2024 年收入、其他收入和财务收入桥接到可持续分部经济性EV/收入对比失效,可信度下降管理层出具经审计桥接材料前,暂停投资
项目管线证明失败9.2GW 机会叙事背后没有已签客户或场址证据乐观情景失去商业转化驱动大幅下调上行估值区间
公开市场窗口关闭先进核能公开可比公司估值进一步下修,或波动过大,无法支撑后续融资外部流动性选项减弱,要求回报率上升要求更大入场折扣,或观望

触发项只有能从公开证据或标准尽调材料中观察到,才有用。

[CV014, CV022, CV026, CV033, CV034, CV035]
FV004: 投资 KPI

评分卡把技术吸引力与估值承销质量拆开。

[CV001, CV008, CV022, CV023, CV024, CV026]

8.4 退出准备度与最终尽调问题

Newcleo 有公开市场可选项,但还没有达到公开市场级别的证明。已宣布交易、新财务负责人和宽泛工业叙事有帮助,但当前披露仍不足以让投资者对稀释调整后的回报建立信心。公开同业已经通过高管页面、股票页面、SEC 搜索可见性和邻近业务披露暴露出更多可审查面,这也正是 Newcleo 相比真正上市公司标准仍显早期的原因。即便欧盟存在先进核能资金渠道,也应把它们视为竞争背景,而不是已承诺资本。最重要的尽调缺口不是少了一段技术描述,而是缺少一座完整财务桥梁,把今天收购来的供应链收入接到明天的燃料和反应堆现金流。投资者还需要知道,拟议总募集资金在赎回、费用和发起人激励经济性之后能留下多少,以及抵达 2030 和 2033 里程碑仍需多少额外资金。因此,今天的退出准备度更接近有条件的战略或上市可选项,而不是一个干净、可独立承销的上市公司终点。本章最终建议仍是观察,直到这些问题关闭,或入场价格降到足以创造真正安全边际。缺失的桥梁正是纪律型投资者应优先选择研究节奏和定价纪律,而不是只为赛道兴奋的原因。[CV026, CV027, CV028, CV037, CV038, CV039]

最终尽调问题表
主题缺失证据重要性负责人 / 尽调路径
SPAC 经济账合并协议、PIPE 条款、发起人促成份额、费用漏损和赎回敏感性募资总额不等于可用净现金,也不等于投资者持股法律和投行团队尽调交易文件
股权结构和稀释当前优先权栈、可转债、认股权证和交割后股数没有稀释数学,无法测算回报管理层和律师数据室
收入桥按子公司和可重复质量拆分 2024 年收入、其他收入和财务收入如果当前收入主要来自并购驱动的支撑活动,可能夸大商业化证明CFO 材料包和经审计分部桥接
里程碑资本计划基准和下行情景下,达到 2030 与 2033 里程碑所需资本决定已宣布融资是足够资金,还是又一笔过桥董事会批准的融资模型
管线质量9.2GW 机会管线以及斯洛伐克 / 工业叙事背后的已签客户、场址或伙伴证据乐观情景需要转化证据,不只是机会表述用合同和条款清单做商业尽调
监管路径整合 ASNR、NRC 和英国里程碑图,并按关口列预算估值更取决于里程碑时间,而不是抽象技术质量监管尽调工作流

各项按其改变稀释调整后回报的直接程度排序,而不是按一般趣味性。

[CV026, CV027, CV037, CV038, CV039, CV040]

免责声明

本报告是基于公开信息形成的尽调材料,不构成投资建议。Newcleo 是一家私营、商业化前公司,所在行业监管强、资本开支重;任何投资决策都应依赖一手尽调材料,包括最新股权结构表、融资文件、经审计财务报表、监管提交文件、客户合同和项目级经济性。

证据索引

结论
编号陈述可信度来源
CO001 newcleo launched in 2021 as an advanced nuclear company focused on lead-cooled fast reactors. SO002, SO004
CO002 newcleo shifted its headquarters from London to Paris and is described by current coverage as France-headquartered. SO002, SO012, SO014, SO022
CO003 NEWCLEO LTD remains an active UK legal entity with last accounts made up to 31 December 2024 and next accounts due by 30 September 2026. SO008
CO004 NEWCLEO GENERATION (UK) LTD also remains active with last accounts made up to 31 December 2024 and next confirmation deadlines falling in 2026. SO011
CO005 newcleo is developing an advanced modular lead-cooled fast reactor platform, including the LFR-AS-200 design. SO003, SO004, SO007
CO006 The company positions mixed-oxide fuel made from reprocessed nuclear materials and spent fuel reuse as a core part of its technology stack. SO001, SO003, SO007, SO024
CO007 newcleo presents its business model as a combination of reactor design, fuel manufacturing, and specialised supply-chain or EPCM capabilities rather than software-style licensing alone. SO003, SO004
CO008 2026 public-market materials and the NRC-hosted company presentation both cite approximately $80 million of 2024 revenue, other income, and financial income from nuclear equipment supply-chain operating companies. SO003, SO004
CO009 The proposed NewHold transaction materials describe newcleo as operating in seven countries in 2024. SO003
CO010 The NRC-hosted March 2026 presentation describes operational presence across Italy, France, Switzerland, Belgium, Slovakia, the UK, and the US with 15 offices and three sites. SO004
CO011 Public partner announcements show newcleo pitching its reactors for industrial decarbonization use cases that include green steel and offshore power or heat applications. SO006, SO007
CO012 Founder and CEO Stefano Buono is presented as an Italian physicist, former CERN scientist, and experienced public-company chief executive. SO003, SO017
CO013 Buono traces newcleo’s lead-cooled fast-reactor work to decades of research on lead technology and earlier work with Nobel laureate Carlo Rubbia. SO004, SO017
CO014 Co-founder Elisabeth Rizzotti was promoted to deputy CEO in January 2026 after serving as COO and managing director of Italy since the company’s founding. SO016
CO015 Jon Stranske joined newcleo as group CFO in January 2026 after finance leadership roles including FP&A at Certara. SO016
CO016 Luciano Cinotti is publicly identified as co-founder and chief scientific officer in technical communications around the lead-cooled reactor programme. SO019
CO017 The Companies House people page for NEWCLEO LTD listed 16 officers and eight resignations at the time of retrieval. SO009
CO018 The UK officer register shows a broader governance bench beyond founders, including directors such as Adrienne Kelbie, Florence Parly, Julia Pyke, Corine Raoux-Fontanet, and Manfredi Lefebvre d’Ovidio. SO009
CO019 Public disclosure is materially better on named founders and executives than on full-group governance economics, committee structure, or succession planning. SO009, SO016, SO017
CO020 Sifted reported that an €87 million 2024 close brought total funding to €487 million three years after launch. SO015
CO021 FoundersToday later reported that a €135 million UK tranche of the Series A lifted total funding to €535 million. SO002
CO022 ESG Today reported a February 2026 €75 million round and said newcleo had raised more than $124 million during 2025. SO001
CO023 2026 public-market and NRC-hosted materials claim roughly $750 million to $780 million of private capital raised since 2021. SO003, SO004
CO024 The best-supported total-raised number depends on timing and disclosure basis because public figures range from €487 million and €535 million in 2024 coverage to $750 million plus in 2026 materials. SO001, SO002, SO003, SO004, SO015
CO025 Companies House filing history shows repeated share-allotment filings across late 2025 and 2026, including filings tied to 29 December 2025, 18 February 2026, 1 April 2026, and 1 June 2026. SO010
CO026 The NewHold Investment Corp III transaction source describes an intended business combination and does not evidence a completed public listing by the run date. SO003
CO027 Fundraising ambition remained ahead of executed closes because Sifted reported a €1 billion target while also reporting that only €135 million had been closed after roughly 18 months of marketing. SO012, SO013
CO028 ENEA and newcleo said PRECURSOR is intended to reproduce non-nuclear reactor operations by 2026 at Brasimone and that newcleo had invested more than €50 million there. SO019
CO029 Saipem and newcleo signed a September 2024 agreement to study offshore applications and floating prototypes for the SM-LFR platform. SO007
CO030 Danieli and newcleo announced a March 2026 collaboration to explore using lead-cooled reactors for green steel electricity and high-temperature heat. SO006
CO031 Nuclear Engineering International reported that newcleo acquired a site in Chusclan, France to build the FASTER R&D, innovation, and training centre. SO022
CO032 The NRC package and World Nuclear News show that newcleo started formal pre-application engagement with the US NRC in March 2026 after a 23 February letter of intent. SO005, SO018
CO033 NucNet reported that the UK accepted newcleo’s 200 MWe lead-cooled fast reactor design for generic design assessment in June 2025. SO020
CO034 ENEA announced in 2026 that newcleo and the EAGLES consortium would cooperate on LEANDREA, a Belgian lead-cooled reactor demonstrator expected in 2034. SO021
CO035 The NRC-hosted company presentation says newcleo has a joint venture with JAVYS in Slovakia to develop four LFR-AS-200 reactors powered with MOX fuel. SO004
CO036 Public scale metrics are directionally strong but inconsistent because sources cite more than 850 employees, more than 900 employees, and more than 1,200 employees across different periods and geographies. SO002, SO003, SO020
CO037 newcleo’s industrial-partner density is meaningful but variably reported, with FoundersToday citing more than 90 partnerships and the NRC-hosted presentation citing more than 100 industrial partners. SO002, SO004
CO038 The reviewed source set does not disclose a reliable current customer count, firm reactor order book, or commercial deployment count suitable for the chapter cover metrics. SO003, SO004, SO022
CO039 Current valuation is not cleanly supportable from public primary records because the reviewed sources point to unicorn status and broad estimate ranges rather than a closed priced round after the proposed listing announcement. SO003, SO015
CO040 Sifted reported that newcleo shelved a UK fuel-factory plan after the government refused access to waste plutonium. SO015
CO041 The move toward France was tied not just to branding but also to access to EU funding pools and radioactive-waste feedstock needed for the closed-fuel-cycle strategy. SO002, SO012, SO014
CO042 Across multiple sources the recurring delivery path is precursor activity by 2026, a French MOX plant by 2030, a French prototype reactor by 2031, and commercial reactor deliveries from 2033. SO002, SO019, SO022
CO043 Heavy-industry decarbonization and process heat are central to newcleo’s commercial logic because advanced nuclear frameworks and partner announcements repeatedly emphasize those use cases. SO006, SO007, SO023, SO025
CO044 The spent-fuel reuse proposition is exposed to policy and feedstock access risk because radioactive-waste handling is tightly regulated and the UK plutonium-access setback already forced a project change. SO015, SO024
CO045 Open-source revenue disclosure remains thin because the reviewed set contains only non-audited 2024 figures inside company presentation and listing materials rather than full consolidated financial statements. SO003, SO004, SO008
CO046 newcleo’s geographic strategy is now tri-polar, with France carrying headquarters and fuel-cycle projects, Italy carrying precursor R&D, and the US and UK remaining important future licensing or deployment corridors. SO002, SO018, SO019, SO020, SO022
CM001 newcleo's relevant market is not generic electricity generation but the subset of advanced nuclear projects where buyers value firm clean power and heat plus a closed-fuel-cycle proposition. SM001, SM009, SM018
CM002 The included demand wedges in public materials span industrial decarbonization, data centers, low-carbon hydrogen, district heating, grid electricity, green steel, and offshore process-heat applications. SM001, SM010, SM011
CM003 The boundary should exclude gigawatt-scale conventional nuclear builds, generic retail electricity demand, and broad SMR spend that does not map to a 200 MWe-class lead-cooled project. SM001, SM009, SM016
CM004 Status-quo substitutes for the same jobs include fossil heat and power, grid extensions, large light-water reactors, and other SMR architectures rather than only other lead-cooled projects. SM008, SM016, SM018, SM023
CM005 World Nuclear Association defines SMRs as reactors generally 300 MWe equivalent or less and says they can serve remote communities, industrial clusters, and small grids. SM009
CM006 newcleo's NRC materials position the company around a 200 MWe lead-cooled fast reactor and a MOX fuel facility, placing it near the upper end of SMR sizing while still within advanced-modular-reactor framing. SM001, SM002
CM007 World Economic Forum says demand for reliable clean heat and power is rising because of electrification, AI and data-center expansion, and emerging-market growth. SM008
CM008 newcleo says its first U.S. reactor is planned with data centers or hard-to-abate industries as off-takers, indicating a project-led B2B market rather than merchant power sales. SM001
CM009 World Economic Forum cites a U.S. opportunity of up to 174 GWe at retired or retiring coal plant sites and up to 95 GWe at existing nuclear sites. SM008
CM010 That 269 GWe figure is an upper-bound siting opportunity for new nuclear broadly and not a serviceable market estimate for newcleo specifically. SM008, SM006, SM001
CM011 NuScale's homepage advertises a 6-GW SMR program with TVA and ENTRA1, showing that multi-gigawatt utility procurement interest exists when the technology and regulatory path are more mature. SM017
CM012 NuScale's product page shows a 77 MW-per-module light-water SMR aimed at power, district heating, desalination, hydrogen, and process heat, illustrating how broad SMR market narratives blend multiple technologies and end uses. SM016
CM013 Oklo markets up to 75 MWe of heat and power through PPAs for data centers, factories, industrial sites, communities, and defense facilities, showing adjacent fast-reactor demand is framed around contracted energy services rather than reactor sales. SM018, SM021
CM014 Blykalla's 55 MW SEALER and Seaborg's barge-based compact molten-salt reactors indicate a smaller remote or floating deployment segment that overlaps with newcleo only at the edge of off-grid and maritime use cases. SM012, SM013, SM023
CM015 ARC's positioning around 100 MWe-to-gigawatt sites indicates a separate industrial-site segment around 100 MWe-class plants rather than newcleo's 200 MWe unit. SM026
CM016 No public source in the fetched set isolates a newcleo-specific SAM or SOM, so public evidence supports directionally large need but not a precise underwritable market size. SM008, SM024, SM022
CM017 Europe is backing multiple lead-cooled efforts because CORDIS lists SEALER as a Horizon project and ENEA/EAGLES/newcleo are jointly advancing LEANDREA. SM015, SM005
CM018 Steelmakers and other industrial heat users are plausible buyers because Danieli is explicitly exploring newcleo-powered green steel, hydrogen production, and direct-reduction workflows. SM010, SM001
CM019 Offshore operators are a distinct buyer class because Saipem is studying floating nuclear prototypes to deliver zero-emission electricity and process heat to offshore installations. SM011
CM020 Data centers and hard-to-abate industrial sites appear in newcleo's public U.S. entry plan as the most concrete initial off-taker classes. SM001
CM021 Utilities and district-heating buyers remain part of the addressable mix, but newcleo differentiates most where customers also need industrial heat, waste reduction, or fuel-security benefits rather than pure electricity supply. SM001, SM009, SM016
CM022 Buyer, user, and payer roles vary by segment and usually require enterprise procurement or project-finance structures rather than simple equipment procurement. SM010, SM018, SM021
CM023 Oklo's published sequence of MOU, scoping, LOI, site evaluation, engineering analysis, and PPA shows that commercialization is a long business-development funnel even before nuclear licensing is complete. SM018
CM024 NRC pre-application work and the UK's expected two-year GDA review show that regulatory acceptance begins years before deployment for advanced reactor projects. SM002, SM006
CM025 Market capture depends simultaneously on buyer interest and on reactor, fuel-facility, and site-level regulatory milestones, so demand alone cannot accelerate deployment into a short sales cycle. SM003, SM006, SM021
CM026 European waste policy creates a second buyer logic around waste handling because all EU countries generate radioactive waste and 17 manage spent fuel on their territory. SM007
CM027 newcleo's MOX and recycling proposition is likely to appeal most where governments or state-backed utilities care about waste reduction, fuel security, and sovereignty in addition to energy cost. SM001, SM003, SM007
CM028 World Nuclear Association says many advanced reactors need HALEU and that commercial HALEU is not yet widely available, making fuel choice a major segmentation variable in the advanced nuclear market. SM009
CM029 X-energy's TRISO and HALEU positioning and Oklo's used-fuel recycling program show that fuel architecture is a core market segmentation variable alongside reactor size and buyer vertical. SM020, SM027
CM030 The practical serviceable buyer set is narrower than all clean-energy demand because it centers on regulated or mission-critical customers willing to tolerate first-of-a-kind project risk and supply-chain complexity. SM008, SM021, SM024
CM031 Coal-site repowering and industrial decarbonization are strong macro drivers that make the category directionally attractive. SM008
CM032 The Danieli and Saipem partnerships are concrete evidence that industrial heat and offshore applications are being commercialized as specific demand wedges rather than only broad TAM rhetoric. SM010, SM011
CM033 ENEA's PRECURSOR and LEANDREA programs show Europe is building lead-cooled test and demonstration infrastructure that could improve buyer confidence and supply-chain readiness over time. SM004, SM005
CM034 Public lead-cooled timelines are back-end loaded because PRECURSOR targets 2026, newcleo's MOX factory targets 2031, LFR-FOAK 2032, commercial LFR-AS-200 2034, and LEANDREA 2034. SM001, SM004, SM005
CM035 NRC and GDA progress are process openings rather than market clearance or purchase commitments, so they reduce pathway ambiguity without proving near-term demand conversion. SM003, SM006
CM036 Sifted says newcleo hoped to raise €1bn in equity and would need billions more by the end of the decade, while European Commission minutes say the company was seeking additional financing, making capital intensity a gating factor for market capture. SM024, SM025
CM037 Oklo's quarterly disclosure warns that it is pursuing an emerging market with no commercial project operating and with regulatory uncertainty, reinforcing that even public fast-reactor peers see a pre-scale market. SM022
CM038 A core contradiction in the public record is that decarbonization demand and siting opportunity are very large while near-term commercial availability of lead-cooled projects remains very narrow. SM008, SM005, SM024
CM039 Market figures are not interchangeable across light-water, lead-cooled, sodium fast, molten salt, and HALEU or TRISO designs because those architectures target overlapping but not identical buyers, sites, fuel chains, and deployment models. SM014, SM016, SM018, SM023, SM026, SM027
CP001 newcleo publicly frames its offer as lead-cooled fast reactors paired with MOX fuel and a closed fuel-cycle strategy. SP001, SP003
CP002 The NRC-hosted newcleo presentation says the company had raised more than $750 million, generated $80 million of 2024 revenue, and built a network of more than 100 industrial partners. SP003
CP003 Markets Insider said newcleo operated in seven countries with over 900 employees and approximately $780 million in private funding at the time of the NewHold announcement. SP001
CP004 World Nuclear News and the NRC presentation both show newcleo in pre-application engagement for a U.S. lead-cooled fast reactor and associated MOX fuel facility. SP002, SP003
CP005 Oklo positions fast-reactor deployment together with fuel recycling and DOE-backed surplus-plutonium work, making it the clearest U.S. fast-reactor and fuel-cycle peer. SP004
CP006 Yahoo Finance shows Oklo with an approximately $11.64 billion market cap and $2.21 billion of cash, giving it a public-capital signal that newcleo does not yet disclose privately. SP005
CP007 NuScale publicly markets a 77 MWe module, four- to twelve-module plant configurations, and customer financing structures that include long-term PPAs, leases, and customer ownership. SP006, SP007
CP008 Yahoo Finance shows NuScale with a roughly $4.46 billion market cap, $890.13 million of cash, and only modest reported revenue, reinforcing that capital access remains a competitive talking point in advanced nuclear. SP008
CP009 BWXT describes itself as a nuclear manufacturing and engineering incumbent with nearly 10,000 employees and relationships across DOE and NASA facilities. SP009
CP010 Yahoo Finance shows BWXT with about $17.26 billion of market capitalization and $3.38 billion of revenue, making it a mature incumbent benchmark rather than a startup analog. SP010
CP011 X-energy markets the Xe-100 as an 80 MWe high-temperature gas-cooled reactor for heavy industry, data centers, and multi-unit sites. SP011
CP012 TerraPower's public news feed highlights commercialization agreements and fuel milestones, showing another well-resourced alternative for industrial and utility buyers. SP012
CP013 Moltex markets a waste-burning SSR-W reactor plus WATSS recycling, making it a close substitute wherever buyers want waste-derived fuel and dispatchable low-carbon heat or power. SP013
CP014 Saltfoss Energy, formerly Seaborg, markets floating compact molten-salt reactors on barges producing 200 to 800 MW, which makes it an adjacent substitute for large industrial or remote power users. SP014
CP015 ARC markets the ARC-100 as a 100 MWe sodium-cooled fast reactor with a 20-year fuel cycle, Series B funding closed, three active projects, and advanced Canadian review status. SP015, SP016
CP016 Blykalla markets the lead-cooled SEALER as a 55 MW reactor with a 25-year fuel residence time and passive safety, making it the most visibly like-for-like European lead-cooled entrant in the retained set. SP017, SP018
CP017 World Nuclear Association says there are over 100 SMR designs in development, which weakens any generic moat built only on modularity rhetoric. SP019
CP018 The same WNA overview says fast reactors, molten-salt reactors, and high-temperature gas reactors are all pursuing industrial heat and non-grid applications. SP019
CP019 Danieli and Saipem agreements show newcleo selling future electricity and high-temperature heat use cases into steelmaking and offshore assets rather than a standardized boxed product. SP021, SP022
CP020 Public list pricing is absent across newcleo and most retained advanced-reactor peers, so the public record supports project-specific commercial structures more than transparent fee cards. SP004, SP006, SP011, SP013, SP015, SP021, SP022
CP021 The January 2026 leadership announcement repeated that newcleo had €70 million of 2024 revenue, €570 million of private funding, and over 100 partnerships. SP023
CP022 Companies House shows NEWCLEO LTD's latest accounts were made up to 31 December 2024, which confirms entity-level reporting exists but does not itself prove operating-plant economics. SP024
CP023 Sifted reported newcleo had raised only part of its hoped-for €1 billion round by 2026 and confirmed the headquarters move from the UK to France. SP025, SP026
CP024 Sifted also said the relocation was tied to accessing French or EU funding pools, which is evidence that capital access remains strategic rather than incidental. SP025, SP027
CP025 Nuclear Engineering International wrote that newcleo's LFR-AS-200 remained at conceptual design stage and that the company's public technical disclosure was still thin. SP020
CP026 NuScale's NRC-approved light-water path is materially more mature in public regulatory proof than newcleo's current pre-application fast-reactor posture. SP002, SP003, SP007
CP027 ARC's claim to completed CNSC Vendor Design Review Phase II and an active site-license path means some fast-reactor competitors now present deeper public readiness signals than newcleo does. SP015, SP016
CP028 Oklo, Moltex, ARC, and newcleo all pitch fuel-cycle or waste-to-energy advantages, so closed-fuel-cycle messaging is differentiated but not unique. SP004, SP013, SP016, SP019
CP029 X-energy, TerraPower, NuScale, ARC, Seaborg, and newcleo all market industrial heat, data-center, remote-site, or flexible-siting narratives. SP007, SP011, SP012, SP014, SP015, SP019
CP030 Before a project is awarded, switching costs are likely limited because buyers can run competitive procurements across reactor class, financing model, coolant choice, and site approach. SP007, SP011, SP015, SP019
CP031 Switching costs can rise later if a buyer adopts newcleo's fuel-fabrication, site, and industrial-integration path, but the retained evidence still shows plans and partnerships rather than repeat commercial plants. SP002, SP003, SP021, SP022
CP032 BWXT, Oklo, and NuScale all offer public-market validation through live stock prices, cash metrics, or established investor-relations surfaces that newcleo will only gain after listing. SP005, SP008, SP009, SP010
CP033 Because public-company peers can discuss disclosed cash balances and valuation in customer conversations, capital access itself becomes part of competitive trust posture. SP005, SP008, SP010
CP034 The repeated peer claims around passive safety, factory fabrication, modular siting, and industrial heat imply that differentiation increasingly depends on execution and financing, not slogans alone. SP007, SP011, SP013, SP015, SP018
CP035 newcleo's more than 100 partnerships indicate broad supply and application access, but partnerships alone do not prove hard orders, repeat deployments, or pricing power. SP003, SP021, SP023
CP036 The strongest buyer-facing wedge visible publicly is newcleo's combination of fast-reactor design, MOX fuel ambition, and European industrial integrations rather than transparent pricing or operating-plant evidence. SP001, SP003, SP021, SP022
CP037 HQ relocation and active fundraising are adverse signals that newcleo still depends materially on policy alignment and fresh capital while larger or public peers can point to deeper disclosed resources. SP025, SP026, SP027, SP005
CP038 The retained evidence supports a credible but still fragile moat: newcleo has a distinct European closed-fuel-cycle story, yet crowded advanced-nuclear competition leaves durability only partially proven from public sources alone. SP019, SP020, SP023, SP025, SP026
CI001 newcleo's public monetization story centers on reactors, MOX fuel, industrial heat, and project development rather than a recurring software-like fee model. SI001, SI022, SI023, SI024
CI002 Markets Insider reported that newcleo generated approximately $80 million of revenue, other income, and financial income in 2024 from its nuclear equipment supply-chain operating companies. SI001
CI003 The January 2026 leadership announcement said newcleo recorded €70 million of 2024 revenue, €570 million of private funding, and over 100 partnerships. SI004
CI004 ESG Today said newcleo raised €75 million in February 2026 and had raised more than $124 million during 2025. SI002
CI005 FoundersToday said a €135 million UK tranche brought total funding to €535 million and accompanied the relocation of the headquarters to Paris. SI003
CI006 Oklo's May 2026 press release described newcleo as having over $80 million of 2024 revenue, over $750 million of private funding, and more than 900 employees. SI009
CI007 Funding snapshots differ across retained sources because they describe different closes, time windows, and currencies rather than one reconciled audited total. SI002, SI003, SI004, SI009
CI008 The NewHold transaction values newcleo at approximately $2.4 billion pre-money and is expected to provide up to $429 million of gross proceeds before redemptions and transaction expenses. SI001
CI009 Public sources show no posted list price for a newcleo reactor, MOX fuel contract, or lifecycle service agreement. SI001, SI022, SI023, SI024
CI010 Danieli and Saipem agreements show commercialization around project-specific electricity and high-temperature heat applications rather than standard off-the-shelf pricing. SI022, SI023
CI011 Oklo's energy page shows a peer advanced-reactor vendor using consultative project scoping and PPAs instead of public price cards. SI020
CI012 NuScale's product page shows advanced-reactor commercialization structures can include long-term PPAs, customer-operator leases, and customer-owned plants. SI014, SI015
CI013 newcleo's disclosures repeatedly point to more than 900 employees and more than 100 partnerships, showing real organizational scale before commercial reactor deployment. SI004, SI009, SI029
CI014 Nuclear Engineering International reported that newcleo had more than 1,000 employees, over 90 partnerships, and three manufacturing facilities, showing scale is growing but public figures move over time. SI024
CI015 The NRC presentation says newcleo's development path includes a 10 MW non-nuclear precursor in 2026, a MOX factory in 2031, a U.S. FOAK in 2032, and a commercial 200 MWe reactor in 2034. SI029
CI016 World Nuclear News says newcleo is pursuing U.S. licensing for both an LFR and a MOX fuel facility, reinforcing that future spend extends beyond reactor design into fuel infrastructure. SI028
CI017 The same WNN article says newcleo has pursued Orano feasibility work and land steps for a French MOX plant, highlighting multi-year fuel-fabrication capex before plant revenue. SI028
CI018 Nuclear Engineering International says newcleo acquired the FASTER site to support future fuel assembly manufacturing and training, adding another development-stage cost center. SI024
CI019 Because the company's visible roadmap spans precursor facilities, fuel plants, and first-of-a-kind reactors across multiple countries, capital intensity is structurally high even before large-scale commercial revenue appears. SI024, SI028, SI029
CI020 Companies House overview pages show both retained UK entities have latest accounts made up to 31 December 2024, but those overview pages do not reveal group cash, burn, or runway. SI005, SI006, SI008
CI021 The UK generation subsidiary filing history shows full 2024 accounts and a prior GBP 13,000,000 statement of capital after a 2023 allotment, which provides entity-level but not consolidated financing visibility. SI007
CI022 No retained public source discloses newcleo's consolidated cash balance, monthly burn, or runway as of the chapter run date. SI005, SI006, SI007, SI008, SI030
CI023 The European Commission meeting minutes explicitly state that newcleo was looking for additional financing to support its activity. SI030
CI024 Sifted reported that newcleo had hoped to raise €1 billion in equity but had only partially closed that effort by mid-2026. SI025, SI026
CI025 Sifted also linked the holding-company move from the UK to France to the pursuit of French and EU funding pools. SI026, SI027
CI026 Oklo's DOE announcement says the October 2025 partnership contemplates up to $2 billion via a newcleo-affiliated vehicle for U.S. advanced fuel infrastructure, subject to agreements and conditions. SI009
CI027 That Oklo partnership implies external project capital is central to newcleo's future fuel-facility plan rather than an optional add-on. SI009, SI028
CI028 Oklo, NuScale, and BWXT all provide deeper public disclosure surfaces through investor-relations sites, stock pages, or quarterly reporting than newcleo currently offers privately. SI010, SI011, SI012, SI014, SI017, SI031
CI029 Yahoo Finance shows Oklo with about $11.64 billion of market cap, $2.21 billion of cash, and a net loss of about $128.92 million. SI013
CI030 Yahoo Finance shows NuScale with about $4.46 billion of market cap, $890.13 million of cash, roughly $18.67 million of revenue, and a net loss of about $385.8 million. SI016
CI031 Yahoo Finance shows BWXT with about $17.26 billion of market cap, $512.36 million of cash, roughly $3.38 billion of revenue, and about $344.55 million of net income. SI019
CI032 These peer statistics show that advanced nuclear equities can sustain rich valuations despite losses, but disclosed cash and public-market transparency remain part of the underwriting case. SI013, SI016, SI019
CI033 Oklo's fuel-recycling page describes a $1.68 billion recycling facility in Tennessee, illustrating how adjacent closed-fuel-cycle strategies can require billion-dollar upstream assets. SI021
CI034 NuScale's sales model and 36-month construction message show that customer financing and speed-to-power are competitive variables, not just reactor physics. SI015
CI035 BWXT's nearly 10,000-employee manufacturing base and positive public revenue show the scale advantage incumbents bring to nuclear supply-chain economics. SI017, SI019
CI036 The retained public sources do not disclose newcleo reactor gross margin, MOX fuel margin, plant-level LCOE, or working-capital profile. SI022, SI023, SI024, SI028, SI029
CI037 The retained public sources also do not disclose debt facilities, project-finance obligations, or contingent liabilities for the group. SI005, SI006, SI007, SI008, SI030
CI038 Revenue quality looks moderate rather than high because disclosed 2024 revenue appears to come from supply-chain and engineering activity, while future step-change economics depend on unpriced reactor and fuel assets. SI001, SI004, SI024
CI039 Margin path remains unproven because no retained source bridges 2024 revenue to cost of goods sold, burn, or plant-level profitability. SI020, SI022, SI023, SI024
CI040 Capital adequacy cannot be fully underwritten from public evidence because new funding rounds, the SPAC, and the Oklo partnership are visible, but consolidated liquidity and obligation data are not. SI001, SI002, SI003, SI009, SI030
CI041 The practical diligence blocker is that investors still need audited post-listing filings to reconcile funding totals, use of proceeds, liquidity, and customer concentration. SI001, SI007, SI010, SI011
CE001 newcleo publicly presents its product as an integrated platform combining lead-cooled fast reactors with MOX fuel manufacturing and recycling. SE001, SE009
CE002 The commercial reactor product in the public roadmap is the LFR-AS-200, a 200 MWe lead-cooled fast reactor intended for electricity and non-electrical uses. SE001, SE013
CE003 The LFR-AS-200 is described as a fast-neutron-spectrum, liquid-lead-cooled reactor. SE001, SE013
CE004 newcleo states that its MOX fuel is made from reprocessed spent fuel and depleted uranium. SE001, SE003
CE005 newcleo argues that repeated recycling of spent fuel can reduce dependence on newly mined uranium. SE001, SE009
CE006 The NRC presentation claims unavoidable final waste would fall to less than 1 tonne of fission fragments per 1 GWe-year versus roughly 200 tonnes from conventional reactors. SE001
CE007 newcleo initiated NRC pre-application engagement for both a lead-cooled fast reactor and an associated MOX fuel fabrication facility in the United States. SE002, SE003
CE008 The public NRC package lists separate reactor-description and safety-strategy enclosures in addition to the company presentation, showing that the public licensing narrative extends beyond a marketing deck. SE002
CE009 ENEA and newcleo are developing PRECURSOR at Brasimone as the first electrical simulator of a liquid-lead-cooled reactor with a 2026 target. SE001, SE004
CE010 The NRC deck describes PRECURSOR as a 10 MW non-nuclear reactor with a turbo-generator and secondary system operating at scale as a precursor to the FOAK plant. SE001
CE011 LEANDREA is positioned as both a technology demonstrator and a materials-and-fuels test facility, with completion expected in 2034 at SCK CEN in Belgium. SE005, SE008
CE012 The Chusclan FASTER site is described as an R&D, innovation, training, and fuel-process support center rather than a commercial reactor site. SE008
CE013 Nuclear Engineering International reported in 2024 that newcleo expected a prototype reactor in France by 2031 and commercial reactors from 2033. SE008
CE014 European Commission minutes from February 2025 summarized newcleo as targeting its first SMR by 2030 and its first commercial one by 2033. SE010
CE015 The March 2026 NRC presentation shows a US-specific path with a FOAK reactor targeted for 2032 and the commercial LFR-AS-200 in 2034. SE001
CE016 Nuclear Engineering International characterized newcleo's LFR-AS-200 as still being at the conceptual design stage in late 2024. SE008
CE017 NucNet reported in June 2025 that newcleo became the first advanced modular reactor accepted into the UK Generic Design Assessment process. SE013
CE018 The NRC presentation says the first ASNR stage has been completed for the Chinon reactor site and the Nogent fuel-production site in France. SE001
CE019 World Nuclear News reported that Orano had been contracted for feasibility studies on a MOX production plant and that local authorities had given a favorable opinion on land sale in the Nogentais area. SE003
CE020 Saipem and newcleo are studying offshore use of the SM-LFR for zero-emission electricity and process heat, including floating nuclear prototypes. SE006, SE009
CE021 Danieli and newcleo are studying integration of LFR electricity and high-temperature heat with Digimelter, Energiron, and green-hydrogen-linked steelmaking processes. SE007, SE008
CE022 The SPAC announcement says newcleo is targeting energy-intensive off-takers across data centers, chemicals, steel, glass, ceramics, and paper. SE009
CE023 newcleo's public product logic depends on owning both the reactor and the recycled-fuel pathway rather than buying conventional commercial LWR fuel. SE001, SE009
CE024 The reviewed public technical surface consists mainly of regulator-hosted documents, practitioner coverage, and a technical interview rather than a public repository or SDK. SE002, SE003, SE008, SE014
CE025 In the Titans of Nuclear interview, Stefano Buono described the reactor as a small fast-reactor burner designed to reduce plutonium stockpiles rather than breed new plutonium. SE014
CE026 Oklo's public technology page frames fast-reactor safety around self-stabilizing, walk-away-safe behavior and prior fast-reactor operating experience. SE015
CE027 Oklo publicly markets both heat and power sales through PPAs, showing a more commercialized heat-and-power packaging surface than newcleo currently discloses. SE015, SE017
CE028 X-energy's public proposition pairs a helium-cooled HTGR with TRISO fuel rather than a lead-cooled reactor and recycled MOX. SE018, SE019
CE029 NuScale's public module uses standard light-water-reactor fuel and has NRC design approval, giving it a more mature disclosed licensing posture than newcleo. SE022
CE030 Moltex publicly markets a wasteburner reactor, a waste-to-salt recycling process, and thermal storage, showing a different closed-fuel-cycle architecture from newcleo's MOX-plus-LFR approach. SE021
CE031 Blykalla publicly markets a 10-100 MW lead-cooled reactor for industrial heat, hydrogen, and desalination, confirming that lead-cooled positioning alone is not unique to newcleo. SE020
CE032 ARC publicly positions the ARC-100 as a sodium-cooled fast reactor derived from EBR-II with more advanced disclosed licensing progress in Canada and the US. SE023, SE024
CE033 Seaborg's public CMSR power-barge concept shows that peers are also packaging advanced reactors around flexible siting and industrial or grid-adjacent deployment models. SE025
CE034 Relative to peers, newcleo is more vertically integrated around fuel recycling than NuScale or X-energy but less disclosed on licensing maturity than NuScale and less deployment-mature than ARC. SE013, SE019, SE022, SE023
CE035 newcleo's public trust and compliance evidence currently rests on regulatory pre-licensing tracks, training assets, and stated safety logic rather than published operating certifications or fleet reliability data. SE001, SE002, SE010
CE036 The SPAC announcement says severe-accident risk is reduced by combining the intrinsic properties of lead with passive safety systems and atmospheric-pressure operation. SE009
CE037 No reviewed public source disclosed SOC, ISO, ASME, RCC-MRx, or fleet-availability metrics for the product stack, leaving quality-assurance and digital-support claims largely unverified. SE001, SE002, SE010
CE038 Across the reviewed sources, every public commercialization path still runs through precursor assets, demonstrators, regulators, feed-material access, and future off-taker identification before a commercial reactor can operate. SE001, SE003, SE005, SE013
CE039 BWXT's investor profile highlights an incumbent nuclear-manufacturing benchmark of nearly 10000 employees and 20 major operating sites, showing the industrial depth advanced-reactor entrants ultimately compete against. SE026
CE040 The CORDIS fact sheet for the SEALER project shows that another European lead-cooled SMR effort is progressing through a public project structure, reinforcing that lead-cooled peers also rely on long-horizon consortium and grant pathways rather than immediate customer deployments. SE027
CE041 A fetched IAEA event page relevant to advanced nuclear discussion returned an access-restricted response, indicating that some specialist practitioner material around fast-reactor development sits outside openly inspectable public sources. SE028
CU001 The reviewed public sources do not disclose any paying reactor customer, signed PPA, or firm commercial offtake for newcleo as of 2026-06-03. SU001, SU005, SU009
CU002 The named public counterparties most clearly tied to the product are Saipem, Danieli, ENEA, and the EAGLES / LEANDREA consortium. SU002, SU003, SU007, SU008
CU003 Saipem's agreement with newcleo is a feasibility study for offshore electricity, process heat, and floating nuclear prototypes rather than a purchase order. SU002, SU004
CU004 Danieli's agreement with newcleo is a process-integration study for green steel and hydrogen-linked steelmaking rather than a committed reactor purchase. SU003, SU004
CU005 ENEA's PRECURSOR collaboration is evidence of R&D-host participation, not of a paying end customer using reactor output. SU007, SU001
CU006 LEANDREA is a future technology demonstrator and test facility for materials and fuels, not a current customer deployment. SU008, SU004
CU007 The NRC deck says the U.S. FOAK plant is intended to be developed with data centers or hard-to-abate industries as off-takers, but it does not name any such off-taker. SU001
CU008 The SPAC announcement says newcleo is targeting energy-intensive off-takers across data centers, chemicals, steel, glass, ceramics, and paper. SU005
CU009 On the public record, newcleo's external proof is better described as industrial-partner and demonstrator-host evidence than as revenue-customer evidence. SU002, SU003, SU007, SU008
CU010 Saipem and Danieli provide the strongest demand-side evidence because the counterparty-owned pages describe concrete intended use cases in their own words. SU002, SU003
CU011 No reviewed public source disclosed commercial plants in operation, reactor orders, MW sold, or a paying-customer count for newcleo. SU001, SU005, SU009
CU012 No reviewed public source disclosed contract length, NRR, GRR, churn, or renewal rates for any newcleo counterparty. SU001, SU005, SU009
CU013 No reviewed public source disclosed top-customer revenue concentration or channel mix for newcleo. SU001, SU005, SU009
CU014 Sifted reported that newcleo aimed to raise €1 billion in equity and would need billions more by the end of the decade, underscoring how capital intensity can delay customer conversion. SU009
CU015 Sifted reported that the company had only partially closed the targeted €1 billion round 18 months after announcing it and moved its HQ to France to improve access to EU funding. SU010, SU011
CU016 FoundersToday reported participation from AI and data-center-linked investors, which supports the data-center demand narrative but does not itself prove customer contracts. SU012
CU017 ESG Today reported that Danieli, Cementir, NextChem, and other strategic investors joined a 2026 funding round, which is a strategic-sponsor signal rather than operating-customer proof. SU013
CU018 UK GDA acceptance improves future customerability by reducing regulatory uncertainty, but it is still a pre-construction milestone rather than proof of demand. SU016
CU019 World Nuclear Association describes SMRs as targeting wider deployment opportunities including process heat, which fits the verticals newcleo is naming publicly. SU014
CU020 The World Economic Forum says advanced-nuclear demand is being pulled by electrification, AI and data-center growth, and industrial decarbonization. SU015
CU021 Oklo publicly markets heat and power under PPAs for data centers, factories, industrial sites, communities, and defense facilities, demonstrating a stronger customer-packaging surface than newcleo currently discloses. SU017
CU022 Oklo's Ohio page says an agreement with Meta includes a prepayment mechanism to support a 1.2 GW clean-energy campus, which is a materially stronger public customer-proof format than anything newcleo has disclosed. SU018
CU023 Seaborg's Pertamina release explicitly discusses a commercially viable initial project and potential follow-on projects, which is more concrete commercialization language than newcleo's public partner set. SU019
CU024 ARC says it signed a term sheet for ARC-100 deployment and development in Türkiye, providing another public benchmark for named commercialization counterparties. SU020
CU025 TerraPower's 2026 newsroom highlights commercialization agreements and plant construction, showing how advanced-reactor peers increasingly disclose post-MOU progress points. SU021
CU026 X-energy markets the Xe-100 as an industrial energy platform for heavy industry and multi-unit sites, reinforcing that industrial heat users are a credible customer segment for advanced reactors. SU022
CU027 NuScale publicly lists district heating, desalination, hydrogen, and other process-heat uses for its module, confirming that diversified use cases are standard customer framing in the sector. SU023
CU028 Moltex publicly markets electricity, hydrogen, and waste-recycling benefits, which again shows that end-market breadth alone is not proof of contracted demand. SU024
CU029 Blykalla publicly markets industrial heat, hydrogen, and desalination, indicating that newcleo's industrial-heat narrative fits the broader lead-cooled reactor customer thesis. SU025
CU030 Relative to peers that disclose PPAs, term sheets, or commercialization agreements, newcleo today discloses targeted use cases and feasibility counterparties but not equivalent commercial customer evidence. SU018, SU019, SU020, SU021
CU031 The current public customer journey for newcleo is best modeled as market need to feasibility study to regulatory de-risking to named off-taker to FOAK build to commercial fleet. SU001, SU002, SU003, SU016
CU032 Because no commercial plant or paying-customer disclosure exists, today's public adoption metrics are really pipeline-quality signals rather than live customer traction. SU001, SU005, SU009
CU033 Land-and-expand is unproven because there are no public repeat orders, fleet expansions, or renewal statistics tied to existing counterparties. SU001, SU005, SU009
CU034 Customer conversion risk is structurally high because buyers must underwrite licensing, siting, fuel availability, and financing before they can receive power or heat. SU001, SU009, SU016
CU035 The strongest publicly evidenced newcleo use cases today are offshore energy and green steel, because those are the only counterparty-authored industrial workflows reviewed in the source set. SU002, SU003
CU036 Saipem's release explicitly allows for floating nuclear units connected to the grid or to other users, broadening the potential buyer profile beyond a single offshore platform operator. SU002
CU037 Danieli's release explicitly links newcleo to Digimelter, Energiron, and hydrogen-burner workflows, which is more concrete than a generic industrial-decarbonization claim. SU003
CU038 Nuclear Engineering International said newcleo's technologies remained at a very early conceptual stage in 2024, which is adverse context for procurement timing. SU004
CU039 Public financing coverage implies that meaningful reactor-customer revenue is still ahead of several capital and regulatory milestones rather than imminent. SU009, SU010, SU011
CU040 Public-market peers such as Oklo already have live market-data surfaces and valuation tracking, which makes newcleo's lack of public customer metrics more visible rather than less. SU027
CR001 The 19 February 2025 European Commission meeting minutes describe Newcleo as France-headquartered, active in Italy and Slovakia, and employing about 950 people. SR001
CR002 The same Commission minutes record a roadmap to a first SMR by 2030 and a first commercial reactor by 2033. SR001
CR003 The Commission minutes state that Newcleo was looking for additional financing to support its activity. SR001
CR004 World Nuclear News and the NRC package both show that Newcleo is in US NRC pre-application engagement for a lead-cooled fast reactor and associated MOX fuel facility. SR002, SR003
CR005 The NRC package lists a cover letter, company presentation, reactor description, and licensing-basis materials, which indicates early engagement rather than an accepted license application. SR003
CR006 The NRC-hosted company presentation says Newcleo planned US FOAK deployment around 2032 and commercial deployment around 2034, underscoring how long the US path remains. SR004
CR007 NucNet reports that the UK accepted Newcleo's LFR-AS-200 into GDA in June 2025 after a December 2024 application, with an expected review period of about two years. SR005
CR008 NucNet says the UK justification process is a required government decision before a new class of ionising-radiation practice can be introduced, adding another step beyond design review. SR005
CR009 EU rules require prior authorisation for shipments of radioactive waste and spent fuel and national programmes for spent-fuel and waste management, which raises complexity for a cross-border MOX strategy. SR006
CR010 The Commission says several EU national programmes still show weaknesses in controls, funding, or long-term waste policy, reinforcing country-by-country implementation risk. SR006
CR011 World Nuclear News says Newcleo intended to submit French construction authorisation applications for both the MOX fuel facility and a demonstration reactor by the end of 2026. SR002
CR012 Sifted reports that the UK government would not make waste plutonium available for AMR fuel use, which led Newcleo to shelve a UK fuel-factory plan and lean harder into France. SR013, SR015
CR013 Sifted reports that moving the holding company to France was explicitly linked to improving access to French and EU institutional funding pools. SR013, SR015
CR014 Sifted says Newcleo's average monthly cash burn in the first half of 2024 was about EUR13 million. SR015
CR015 Sifted says Newcleo had about EUR221 million of cash on 30 June 2024. SR013, SR015
CR016 Sifted says Newcleo's 2023 loss rose to EUR57.5 million from EUR18.1 million in 2022. SR015
CR017 Sifted says Newcleo reported about EUR9 million of revenue in 2023 and EUR26 million in the first six months of 2024. SR013, SR015
CR018 Sifted says the first close of the larger target raise was EUR87 million, bringing total disclosed funding to roughly EUR487 million at that point. SR014
CR019 Sifted later reported another EUR48 million close and said disclosed total funding had reached roughly EUR535 million. SR013
CR020 Sifted says Newcleo needs about EUR3 billion in France by 2030 and billions more by the end of the decade to realise its roadmap. SR016
CR021 Companies House shows repeated SH01 statements of capital and replacement filings for NEWCLEO LTD through late 2025 and the first half of 2026. SR007
CR022 Companies House shows the latest filed parent accounts were made up to 31 December 2024, meaning audited public financial detail trails the operating narrative. SR009
CR023 The Companies House search and UK subsidiary filing history show that Newcleo kept multiple active UK entities and governance filings even after shifting the holding-company centre of gravity to France. SR010, SR011
CR024 The UK subsidiary filing history shows Andrew Murdoch ceased as a director in September 2025 while Khalil Bukhari was appointed director and secretary, evidencing entity-level leadership churn. SR011, SR012
CR025 ENEA says PRECURSOR is a non-nuclear simulator planned for 2026, so the visible Italian milestone is still a qualification asset rather than a revenue-producing reactor. SR017
CR026 ENEA says the first reactor in France is planned for 2031, which remains materially later than the current testing assets. SR017
CR027 The LEANDREA collaboration article says the Belgian limited-power reactor and test facility is expected to be completed in 2034. SR018
CR028 The LEANDREA article says irradiation capacity is essential for innovation and commercialization of lead-cooled fast reactors, showing how much technical proof still depends on future infrastructure. SR018
CR029 Saipem's agreement with Newcleo is explicitly a collaboration and feasibility analysis for offshore applications rather than a firm deployment order. SR019
CR030 Danieli's announcement likewise frames the relationship as exploring integration of LFR electricity and heat into steel production rather than committing to a reactor purchase. SR020
CR031 Nuclear Engineering International says Newcleo's LFR-AS-200 remains in conceptual design stage. SR021
CR032 Nuclear Engineering International says final investment decision for the first commercial power plant is expected around 2029. SR021
CR033 Nuclear Engineering International says Newcleo has been very active in fundraising and partnerships while its technologies remain in very early conceptual design stage. SR021
CR034 Newcleo's own website presents over 100 industrial partners, sites, factories, and qualification centres, but those are company-claimed scale markers rather than signed reactor deliveries. SR027, SR028
CR035 The American Nuclear Society and World Economic Forum both highlight advanced-nuclear supply-chain, workforce, and deployment bottlenecks as live constraints for the sector in 2026. SR024, SR025
CR036 World Nuclear Association describes SMR deployment as subject to long licensing, supply-chain, and commercialization pathways rather than near-term commoditised buildout. SR026
CR037 FinancialContent's syndication of the January 2026 announcement says Newcleo promoted Elisabeth Rizzotti to deputy CEO and hired Jon Stranske as group CFO to prepare for the next phase of growth. SR022
CR038 Companies House shows NEWCLEO LTD has 16 officers and 8 resignations on the visible register, indicating a governance footprint that is still evolving. SR008
CR039 Public sources disagree materially on current headcount and partnership counts, moving from roughly 850 to more than 1,200 employees and from 90-plus to 100-plus partnerships depending on source and date. SR001, SR013, SR018, SR021, SR022
CR040 Oklo's public-company about and board pages illustrate the broader board and investor-governance surface that advanced-nuclear companies eventually need once capital-markets scrutiny increases. SR029, SR030
CR041 The UK parent and subsidiary filing records show that corporate-structure and control evidence remain dispersed across multiple legal entities rather than one simple holding-company narrative. SR007, SR010, SR011
CR042 Given the financing gap, regulatory interdependence, and disclosure drift, the current public record supports monitored diligence rather than passive trust in milestone narratives. SR003, SR015, SR021, SR030
CR043 Oklo's energy page shows a public advanced-nuclear peer already marketing 24/7 clean energy to data centers, factories, and industrial sites, highlighting the commercial and disclosure bar Newcleo will face when it competes for similar buyers under public scrutiny. SR031
CR044 Oklo's technology page says its fast-reactor technology has been built and operated before, underscoring the tougher public-market benchmark Newcleo will face on design-maturity messaging as competition for capital intensifies. SR032
CR045 ARC markets the ARC-100 as deployment-ready and as the commercial evolution of EBR-II, showing that peers increasingly frame design maturity in more concrete operating-language terms. SR033
CR046 Blykalla markets SEALER with explicit 55 MW output and 25-year fuel residence claims, which raises the disclosure bar for reactor-specific comparability across lead-cooled peers. SR034
CR047 X-energy markets TRISO-X as an advanced fuel-readiness proposition, illustrating how fuel-commercialization narratives can compete directly for investor attention against Newcleo's MOX story. SR035
CR048 Oklo's executive-management page shows another layer of public-governance visibility that investors may eventually expect from advanced-nuclear issuers once they approach or enter public markets. SR036
CV001 MarketsInsider says the proposed NewHold combination values Newcleo at about $2.4 billion pre-money and could deliver up to $429 million of gross proceeds. SV001
CV002 MarketsInsider says the gross proceeds are framed as $220 million of PIPE capital plus up to $209 million of cash held in trust, with closing expected in the second half of 2026 subject to approvals and conditions. SV001
CV003 MarketsInsider says Newcleo generated approximately $80 million of 2024 revenue, other income, and financial income from supply-chain operating companies. SV001
CV004 MarketsInsider says Newcleo operates in seven countries, has over 900 employees, and targets about 9.2 GW of advanced commercial opportunities. SV001
CV005 ESG Today says Newcleo raised EUR75 million, or about $88 million, in February 2026 and had raised more than $124 million in 2025. SV002
CV006 FoundersToday says a UK tranche of EUR135 million brought total funding to about EUR535 million and coincided with the move of headquarters to Paris. SV003
CV007 Sifted says the earlier close of the larger fundraising effort was EUR87 million and that the company still targeted EUR1 billion overall. SV004
CV008 Sifted says Newcleo needs around EUR3 billion in France by 2030 and billions more by the end of the decade, with the first revenue-making commercial reactor only after 2033. SV005
CV009 Yahoo Finance shows Oklo at roughly $11.64 billion market cap and $9.43 billion enterprise value on 2 June 2026, with no reported revenue, about $2.21 billion cash, and negative EBITDA. SV006
CV010 Yahoo Finance shows NuScale at roughly $4.46 billion market cap and $3.57 billion enterprise value, about $18.67 million of trailing revenue, roughly 191x EV/revenue, and negative EBITDA. SV007
CV011 Yahoo Finance shows BWXT at roughly $17.26 billion market cap and $18.76 billion enterprise value, about $3.38 billion of trailing revenue, about 5.56x EV/revenue, positive EBITDA, and positive operating cash flow. SV008
CV012 BWXT investor materials describe a mature nuclear manufacturing and engineering company with nearly 10,000 employees and 20 major operating sites. SV009
CV013 NuScale's site highlights a 6-GW TVA and ENTRA1 programme and public ticker SMR, underscoring that listed reactor developers compete for very large utility narratives before full mature economics. SV010
CV014 Oklo's stock page shows a 2 June 2026 share price of $73.47, a 52-week high of $193.84, and a 52-week low of $44.88, highlighting public-market volatility. SV011
CV015 Oklo's investor FAQ says the company began trading on the New York Stock Exchange under OKLO on 10 May 2024 and directs investors to SEC filings. SV012
CV016 X-energy's Xe-100 page says the reactor is designed for 80 MWe and 200 MW thermal, can be deployed in four-to-twelve-unit sites, and serves industrial heat as well as grid power. SV017
CV017 X-energy's TRISO-X page emphasises proprietary vertically integrated fuel as a core part of the safety and commercial story. SV018
CV018 ARC says the ARC-100 is a 100 MWe reactor derived from EBR-II and describes its Canadian regulatory position as deployment-ready. SV021, SV022
CV019 Moltex positions a wasteburner reactor, recycling process, and thermal storage stack as a combined waste-to-energy platform. SV019, SV020
CV020 Saltfoss says its CMSR will be deployed on floating power barges producing 200 to 800 MW, offering a different industrial deployment model. SV023, SV024
CV021 Blykalla says SEALER is a 55 MW lead-cooled reactor with passive safety and compact footprint, showing that the lead-cooled proposition is not unique to Newcleo. SV025, SV026
CV022 Public advanced-nuclear comparables span speculative pre-revenue equities, low-revenue listed developers, and mature profitable manufacturers, so no single multiple can honestly anchor Newcleo. SV006, SV007, SV008, SV009
CV023 At about $2.4 billion pre-money, Newcleo sits below Oklo's public EV and in the same order of magnitude as NuScale's EV, but far above what a BWXT-style revenue multiple would imply on about $80 million of mixed revenue. SV001, SV006, SV007, SV008
CV024 Because the $80 million figure includes revenue, other income, and financial income from operating companies rather than reactor sales, a simple EV/revenue multiple would overstate commercialization proof. SV001, SV028
CV025 Companies House parent and subsidiary filings show continued capital and governance activity through 2025 and 2026, reinforcing that capital formation remains an active part of the story. SV028, SV029, SV030
CV026 Even if the announced transaction delivered the full gross proceeds, public reporting still points to capital needs well beyond that amount to reach 2030 and post-2033 milestones. SV001, SV005
CV027 The public record does not disclose the full cap table, sponsor promote economics, preference stack, or dilution path needed for a precise fair-value call.
CV028 Oklo's stock, FAQ, investor-relations, filings, executive, event, about, and board pages show the broader public-company disclosure surface that investors will eventually expect from Newcleo. SV011, SV012, SV013, SV014, SV015, SV016, SV031, SV032
CV029 The correct base-case approach is a broad financing outcome range rather than a DCF or tight multiple-derived target. SV001, SV022, SV023, SV027
CV030 On public evidence alone, the recommendation is track rather than buy because valuation can be framed directionally but not defended precisely. SV001, SV005, SV022, SV027
CV031 The bull case requires a clean financing close, continued French and US milestone progress, and conversion of industrial partnerships into signed projects or credible customer commitments. SV001, SV005, SV017, SV021
CV032 The base case keeps Newcleo financed enough to preserve option value but leaves valuation clustered around, not dramatically above, the announced transaction reference. SV001, SV026
CV033 The bear case is a financing reset below the implied $2.4 billion reference if redemptions, delays, or weak proof force a lower-priced raise before commercialization is clearer. SV001, SV004, SV005
CV034 A failure to close the de-SPAC or equivalent large financing on acceptable terms by late 2026 or 2027 would break the current valuation story. SV001, SV004
CV035 French demo or fuel milestones slipping by more than roughly a year without matching capital relief would materially compress the base-case range. SV005, SV028
CV036 If management cannot reconcile 2024 revenue quality, cash use, and subsidiary economics, EV/revenue style comparisons should be discarded. SV001, SV028, SV029
CV037 One top diligence ask is the merger agreement and full transaction math, including PIPE conditions, sponsor promote, redemptions, and post-close share count.
CV038 Another top diligence ask is an audited bridge for 2024 revenue, other income, and financial income by subsidiary and by recurring quality.
CV039 Investors also need a milestone-based capital plan to 2030 and 2033 under base and downside funding cases.
CV040 Investors need signed customer, site, or partner evidence behind the 9.2 GW opportunity narrative and other project pipeline claims.
CV041 Exit readiness currently looks closer to strategic or public-market optionality than to IPO-grade operating proof. SV001, SV011, SV028
CV042 Because advanced-nuclear public equities are volatile and valuation frameworks vary sharply by business model, entry discipline matters more than abstract technology quality. SV006, SV007, SV008, SV011
CV043 Moltex maintains an active news surface rather than only a static technology page, reinforcing that private advanced-nuclear peers compete continuously for narrative attention and capital. SV033
CV044 X-energy also maintains an active news surface, underscoring that Newcleo does not compete in an empty category for investor attention. SV035
CV045 SEC company search makes public-comp filing discovery immediate for listed issuers, highlighting how much less filing visibility investors currently have on Newcleo itself. SV034
CV046 Oklo's executive-management page adds another public-governance layer that investors can inspect directly, beyond the board and FAQ surfaces already available. SV036
CV047 Oklo's stock-information page provides a live public price surface and liquidity context that Newcleo still lacks before its proposed listing closes. SV037
CV048 Oklo's isotopes page shows that public advanced-nuclear peers can market adjacent businesses beyond core reactor deployment, which complicates one-for-one valuation comparisons with Newcleo. SV038
CV049 Oklo's Tennessee fuel-recycling page adds another adjacent-business disclosure vector, reminding investors that peer valuation narratives can be diversified beyond a single reactor-development track. SV039
CV050 The EU Funding & Tenders portal confirms that advanced-nuclear funding channels can exist at EU level, but it does not make any capital automatic for Newcleo and therefore should be treated as policy context rather than valuation support. SV040
来源
编号出版方标题引文
SO001 ESG Today newcleo Raises $88 Million to Build Nuclear Waste-Powered Reactors The company said it has raised over $124 million in 2025.
SO002 FoundersToday Newcleo secures €135M and relocates Headquarters to Paris
SO003 Markets Insider newcleo, A Developer of Advanced Nuclear Reactors and Nuclear Fuel, to Become Public Company Through Business Combination with NewHold Investment Corp III
SO004 U.S. Nuclear Regulatory Commission Enclosure 1 - Newcleo Company Presentation $750m+ PRIVATE FUNDS RAISED ... $80m REVENUES IN 2024 ... Over 100 Industrial partners.
SO005 U.S. Nuclear Regulatory Commission Package ML26082A013 - Presentation Materials for Newcleo Americas 03/24/2026 Pre-Application Meeting
SO006 Danieli Newcleo and Danieli to explore nuclear-powered green steel production
SO007 Saipem Saipem and newcleo sign the first agreement between European companies to study offshore applications of newcleo's sustainable nuclear technology
SO008 Companies House NEWCLEO LTD overview - Find and update company information
SO009 Companies House NEWCLEO LTD people - Find and update company information
SO010 Companies House NEWCLEO LTD filing history - Find and update company information
SO011 Companies House NEWCLEO GENERATION (UK) LTD overview - Find and update company information
SO012 Sifted Nuclear unicorn Newcleo raises €48m and confirms HQ move from UK to France After announcing it was setting out to raise the sum 18 months ago, it’s closed just €135m — including an €87m raise in May.
SO013 Sifted Inside Europe’s only nuclear unicorn — and its €1bn fundraising hopes
SO014 Sifted Nuclear unicorn Newcleo to move holding company from UK to France to tap EU funds
SO015 Sifted Europe’s only nuclear unicorn raises €87m In February, Newcleo announced it had shelved plans to build a fuel manufacturing factory in the UK after the government refused it access to its waste plutonium.
SO016 FinancialContent / GlobeNewswire newcleo Appoints Elisabeth Rizzotti as Deputy CEO and Jon Stranske as Group CFO
SO017 Titans of Nuclear Titans of Nuclear interview transcript with Stefano Buono
SO018 World Nuclear News Newcleo kicks off US regulatory interactions
SO019 ENEA Energy: ENEA and newcleo work at first 'simulator' of fourth generation nuclear reactor
SO020 NucNet UK Accepts Newcleo’s Lead-Cooled Reactor Technology For Generic Design Assessment
SO021 ENEA Nuclear: EAGLES and newcleo join forces on LEANDREA
SO022 Nuclear Engineering International Newcleo expands with French R&D hub and steel partnership
SO023 World Economic Forum New nuclear and small modular reactor deployment framework
SO024 European Commission Radioactive waste and spent fuel
SO025 World Nuclear Association Small Modular Reactors
SM001 U.S. Nuclear Regulatory Commission / newcleo Enclosure 1 - Newcleo Company Presentation First-of-a-kind reactor planned in the U.S., in partnership with datacenters or hard-to-abate industries as off-taker.
SM002 U.S. Nuclear Regulatory Commission Package ML26082A013 - Presentation Materials for Newcleo Americas 03/24/2026 Pre-Application Meeting Package Contents ... Enclosure 1 - Newcleo Company Presentation ... Enclosure 2 - Description of the LFR-AS-200 ... Enclosure 3 - Licensing Basis and Safety Strategy.
SM003 World Nuclear News Newcleo kicks off US regulatory interactions Newcleo announced it has initiated pre‑application engagement with the US Nuclear Regulatory Commission to support the future licensing of its first Lead-cooled Fast Reactor and an associated mixed‑oxide fuel fabrication facility in the USA.
SM004 ENEA Energy: ENEA and newcleo work at first 'simulator' of fourth generation nuclear reactor Demonstrating the feasibility of safe, reliable and sustainable nuclear systems by developing - by 2026 - the first electrical simulator of a liquid-lead cooled reactor is the goal pursued by ENEA and newcleo.
SM005 ENEA Nuclear: EAGLES and newcleo join forces on LEANDREA Both parties are committed to the development and future commercialization of lead-cooled Small Modular Reactors (SMRs) and will now work together on the realisation of LEANDREA.
SM006 NucNet UK Accepts Newcleo’s Lead-Cooled Reactor Technology For Generic Design Assessment The GDA process is expected to take around two years to complete.
SM007 European Commission Radioactive waste and spent fuel All EU countries generate radioactive waste, and 17 of them also manage spent fuel on their territory.
SM008 World Economic Forum New nuclear and small modular reactor deployment framework A recent report by the US Department of Energy identified the opportunity to add up to 174 gigawatt-electric (GWe) of new nuclear capacity at 145 retired or retiring coal plant sites, and up to 95 GWe additional capacity at existing nuclear plant sites.
SM009 World Nuclear Association Small Modular Reactors - World Nuclear Association Small modular reactors (SMRs) are defined as nuclear reactors generally 300 MWe equivalent or less.
SM010 Danieli Newcleo and Danieli to explore nuclear-powered green steel production The agreement reached by Newcleo and Danieli lays the groundwork to decarbonise steel production through combined electricity and heat from nuclear energy.
SM011 Saipem Saipem and newcleo sign the first agreement between European companies to study offshore applications of newcleo's sustainable nuclear technology The objective of this agreement is to study the application of newcleo’s technology to provide zero-emission electricity and process heat to oil and gas offshore installations.
SM012 Blykalla Home SMRs are suitable for remote and flexible deployment.
SM013 Blykalla About The SEALER only takes up 5x5 meters. It has an output of 55MW and fuel residence time of 25 years.
SM014 Moltex Energy Technology suite - Moltex Energy The Stable Salt Reactor – Wasteburner (SSR-W) is a fast reactor that uses recycled nuclear waste as fuel.
SM015 CORDIS / European Commission A lead-cooled small modular reactor to deliver the next generation of clean energy. | SEALER | Project | Fact Sheet | HORIZON | CORDIS | European Commission A lead-cooled small modular reactor to deliver the next generation of clean energy.
SM016 NuScale Power The NuScale Power Module | NuScale Power The NPM's design ... was developed to supply energy for electrical generation, district heating, desalination, commercial-scale hydrogen production and other process heat applications.
SM017 NuScale Power NuScale Power | Small Modular Reactor (SMR) Nuclear Technology NuScale to Power Historic 6-GW SMR Project.
SM018 Oklo Inc. Oklo Inc. - Energy Oklo provides 24/7 clean energy to data centers, factories, industrial sites, communities, and defense facilities.
SM019 Oklo Inc. Oklo Inc. - Technology Oklo's fast reactors incorporate inherent safety features and can be fueled by recycled waste.
SM020 Oklo Inc. Oklo Inc. - Fuel Recycling Fuel recycling can create more than 800 high-quality jobs while establishing a secure, domestic fuel supply for advanced reactors like our Aurora powerhouse.
SM021 Oklo Inc. Oklo Inc. - Regulatory Oklo is advancing formal engagement with the U.S. Nuclear Regulatory Commission (NRC) across three high-impact areas: deploying fast fission powerhouses, recycling used nuclear fuel, and producing critical isotopes.
SM022 Oklo Inc. Oklo Inc. - Investors - Financials Risks related to the development and deployment of Oklo’s powerhouses ... include the risk that Oklo is pursuing an emerging market with no commercial project operating and regulatory uncertainty.
SM023 Seaborg About us - We are set on rolling out our Compact Molten Salt Reactors to the global market deploying them on barge structures.
SM024 Sifted Inside Europe’s only nuclear unicorn — and its €1bn fundraising hopes If Newcleo is to achieve its lofty ambitions, it’ll need billions more by the end of the decade.
SM025 European Commission Minutes of meeting with interest representative(s) - newcleo The company is looking for additional financing to support their activity.
SM026 ARC Clean Technology ARC Clean Technology | Mission-Critical Energy Whether you need 100MWe or a gigawatt, the ARC-100 scales to meet your requirements.
SM027 X-energy TRISO-X: Advanced TRISO Particle Fuel for Gen 4 Nuclear Reactors — X-energy HALEU Fuel Enables higher efficiency and burnup.
SP001 Markets Insider newcleo, A Developer of Advanced Nuclear Reactors and Nuclear Fuel, to Become Public Company Through Business Combination with NewHold Investment Corp III
SP002 World Nuclear News Newcleo kicks off US regulatory interactions
SP003 U.S. Nuclear Regulatory Commission Enclosure 1 - Newcleo Company Presentation
SP004 Oklo Inc. Oklo Selected by U.S. Department of Energy for Advanced Negotiations Under Surplus Plutonium Utilization Program
SP005 Yahoo Finance Oklo Inc. (OKLO) Valuation Measures & Financial Statistics
SP006 NuScale Power NuScale Power | Small Modular Reactor (SMR) Nuclear Technology
SP007 NuScale Power The NuScale Power Module | NuScale Power
SP008 Yahoo Finance NuScale Power Corporation (SMR) Valuation Measures & Financial Statistics
SP009 BWX Technologies Investors | BWX Technologies, Inc.
SP010 Yahoo Finance BWX Technologies, Inc. (BWXT) Valuation Measures & Financial Statistics
SP011 X-energy Xe-100: High-Temperature Gas-Cooled Nuclear Reactors (HTGR) — X-energy
SP012 TerraPower News
SP013 Moltex Energy Moltex Energy
SP014 Saltfoss Energy Saltfoss Energy
SP015 ARC Clean Technology ARC Clean Technology | Mission-Critical Energy
SP016 ARC Clean Technology ARC Clean Technology | Mission-Critical Energy
SP017 Blykalla Home
SP018 Blykalla About
SP019 World Nuclear Association Small Modular Reactors - World Nuclear Association
SP020 Nuclear Engineering International Newcleo expands with French R&D hub and steel partnership
SP021 Danieli Newcleo and Danieli to explore nuclear-powered green steel production
SP022 Saipem Saipem and newcleo sign the first agreement between European companies to study offshore applications of newcleo's sustainable nuclear technology
SP023 FinancialContent / GlobeNewswire newcleo Appoints Elisabeth Rizzotti as Deputy CEO and Jon Stranske as Group CFO
SP024 Companies House NEWCLEO LTD overview - Find and update company information
SP025 Sifted Nuclear unicorn Newcleo raises €48m and confirms HQ move from UK to France
SP026 Sifted Inside Europe’s only nuclear unicorn — and its €1bn fundraising hopes
SP027 Sifted Nuclear unicorn Newcleo to move holding company from UK to France to tap EU funds
SI001 Markets Insider newcleo, A Developer of Advanced Nuclear Reactors and Nuclear Fuel, to Become Public Company Through Business Combination with NewHold Investment Corp III
SI002 ESG Today newcleo Raises $88 Million to Build Nuclear Waste-Powered Reactors
SI003 FoundersToday Newcleo secures €135M and relocates Headquarters to Paris
SI004 FinancialContent / GlobeNewswire newcleo Appoints Elisabeth Rizzotti as Deputy CEO and Jon Stranske as Group CFO
SI005 Companies House NEWCLEO LTD overview - Find and update company information
SI006 Companies House NEWCLEO GENERATION (UK) LTD overview - Find and update company information
SI007 Companies House NEWCLEO GENERATION (UK) LTD filing history - Find and update company information
SI008 Companies House NEWCLEO GENERATION (UK) LTD overview - Find and update company information
SI009 Oklo Inc. Oklo Selected by U.S. Department of Energy for Advanced Negotiations Under Surplus Plutonium Utilization Program
SI010 Oklo Inc. Oklo Inc. - Investor Relations
SI011 Oklo Inc. Oklo Inc. - Investors - Financials
SI012 Oklo Inc. Oklo Inc. - Investors - Stock Info
SI013 Yahoo Finance Oklo Inc. (OKLO) Valuation Measures & Financial Statistics
SI014 NuScale Power NuScale Power | Small Modular Reactor (SMR) Nuclear Technology
SI015 NuScale Power The NuScale Power Module | NuScale Power
SI016 Yahoo Finance NuScale Power Corporation (SMR) Valuation Measures & Financial Statistics
SI017 BWX Technologies Investors | BWX Technologies, Inc.
SI018 BWX Technologies Advanced Technologies
SI019 Yahoo Finance BWX Technologies, Inc. (BWXT) Valuation Measures & Financial Statistics
SI020 Oklo Inc. Oklo Inc. - Energy
SI021 Oklo Inc. Oklo Inc. - Fuel Recycling
SI022 Saipem Saipem and newcleo sign the first agreement between European companies to study offshore applications of newcleo's sustainable nuclear technology
SI023 Danieli Newcleo and Danieli to explore nuclear-powered green steel production
SI024 Nuclear Engineering International Newcleo expands with French R&D hub and steel partnership
SI025 Sifted Inside Europe’s only nuclear unicorn — and its €1bn fundraising hopes
SI026 Sifted Nuclear unicorn Newcleo raises €48m and confirms HQ move from UK to France
SI027 Sifted Nuclear unicorn Newcleo to move holding company from UK to France to tap EU funds
SI028 World Nuclear News Newcleo kicks off US regulatory interactions
SI029 U.S. Nuclear Regulatory Commission Enclosure 1 - Newcleo Company Presentation
SI030 European Commission Minutes of meeting with interest representative(s) - newcleo
SI031 Oklo Inc. Oklo Inc. - Investors - SEC filings
SE001 U.S. Nuclear Regulatory Commission Enclosure 1 - Newcleo Company Presentation
SE002 U.S. Nuclear Regulatory Commission Package ML26082A013 -Presentation Materials for Newcleo Americas 03/24/2026 Pre-Application Meeting
SE003 World Nuclear News Newcleo kicks off US regulatory interactions
SE004 ENEA Energy: ENEA and newcleo work at first 'simulator' of fourth generation nuclear reactor
SE005 ENEA Nuclear: EAGLES and newcleo join forces on LEANDREA
SE006 Saipem Saipem and newcleo sign the first agreement between European companies to study offshore applications of newcleo's sustainable nuclear technology
SE007 Danieli Newcleo and Danieli to explore nuclear-powered green steel production
SE008 Nuclear Engineering International Newcleo expands with French R&D hub and steel partnership
SE009 Markets Insider newcleo, A Developer of Advanced Nuclear Reactors and Nuclear Fuel, to Become Public Company Through Business Combination with NewHold Investment Corp III
SE010 European Commission Minutes of meeting with interest representative(s): newcleo
SE011 European Commission Radioactive waste and spent fuel
SE012 World Nuclear Association Small Modular Reactors
SE013 NucNet UK Accepts Newcleo’s Lead-Cooled Reactor Technology For Generic Design Assessment
SE014 Titans of Nuclear / Last Energy Stefano Buono interview transcript
SE015 Oklo Technology
SE016 Oklo Fuel Recycling
SE017 Oklo Regulatory
SE018 X-energy TRISO-X: Advanced TRISO Particle Fuel for Gen 4 Nuclear Reactors
SE019 X-energy Xe-100: High-Temperature Gas-Cooled Nuclear Reactors (HTGR)
SE020 Blykalla Home
SE021 Moltex Energy Technology suite
SE022 NuScale Power The NuScale Power Module
SE023 ARC Clean Technology Technology
SE024 ARC Clean Technology Mission-Critical Energy
SE025 Seaborg / Saltfoss Energy Saltfoss Energy
SE026 BWX Technologies Investors | BWX Technologies, Inc.
SE027 European Commission CORDIS A lead-cooled small modular reactor to deliver the next generation of clean energy. | SEALER | Project | Fact Sheet | HORIZON | CORDIS | European Commission
SE028 International Atomic Energy Agency IAEA event page evt2303974
SE029 Blykalla Blykalla technology page
SE030 Oklo Oklo Ohio energy page
SE031 Oklo Oklo Tennessee fuel-recycling page
SE032 X-energy X-energy news page
SE033 ARC Clean Technology ARC news page
SE034 TerraPower TerraPower technology page
SU001 U.S. Nuclear Regulatory Commission Enclosure 1 - Newcleo Company Presentation
SU002 Saipem Saipem and newcleo sign the first agreement between European companies to study offshore applications of newcleo's sustainable nuclear technology
SU003 Danieli Newcleo and Danieli to explore nuclear-powered green steel production
SU004 Nuclear Engineering International Newcleo expands with French R&D hub and steel partnership
SU005 Markets Insider newcleo, A Developer of Advanced Nuclear Reactors and Nuclear Fuel, to Become Public Company Through Business Combination with NewHold Investment Corp III
SU006 European Commission Minutes of meeting with interest representative(s): newcleo
SU007 ENEA Energy: ENEA and newcleo work at first 'simulator' of fourth generation nuclear reactor
SU008 ENEA Nuclear: EAGLES and newcleo join forces on LEANDREA
SU009 Sifted Inside Europe’s only nuclear unicorn — and its €1bn fundraising hopes
SU010 Sifted Nuclear unicorn Newcleo raises €48m and confirms HQ move from UK to France
SU011 Sifted Nuclear unicorn Newcleo to move holding company from UK to France to tap EU funds
SU012 FoundersToday Newcleo secures €135M and relocates Headquarters to Paris
SU013 ESG Today newcleo Raises $88 Million to Build Nuclear Waste-Powered Reactors
SU014 World Nuclear Association Small Modular Reactors
SU015 World Economic Forum New nuclear and small modular reactor deployment framework
SU016 NucNet UK Accepts Newcleo’s Lead-Cooled Reactor Technology For Generic Design Assessment
SU017 Oklo Energy
SU018 Oklo Power Ohio's clean energy future
SU019 Seaborg Pertamina NRE and Seaborg to explore future opportunities in Indonesia
SU020 ARC Clean Technology News
SU021 TerraPower News
SU022 X-energy Xe-100: High-Temperature Gas-Cooled Nuclear Reactors (HTGR)
SU023 NuScale Power The NuScale Power Module
SU024 Moltex Energy Moltex Energy
SU025 Blykalla Home
SU026 newcleo newcleo home page
SU027 Yahoo Finance Oklo Inc. (OKLO) Valuation Measures & Financial Statistics
SU028 TerraPower TerraPower about page
SU029 OECD Nuclear Energy Agency OECD NEA SMR dashboard page
SU030 Companies House NEWCLEO GENERATION (UK) LTD officers
SU031 Oklo Oklo executive management page
SU032 European Commission Horizon Europe SMR topic page
SU033 Moltex Energy Moltex news page
SR001 European Commission Minutes of meeting with interest representative(s): newcleo
SR002 World Nuclear News Newcleo kicks off US regulatory interactions
SR003 US Nuclear Regulatory Commission Package ML26082A013 - Presentation Materials for Newcleo Americas 03/24/2026 Pre-Application Meeting
SR004 US Nuclear Regulatory Commission / newcleo Enclosure 1 - Newcleo Company Presentation
SR005 NucNet UK Accepts Newcleo’s Lead-Cooled Reactor Technology For Generic Design Assessment
SR006 European Commission Radioactive waste and spent fuel
SR007 Companies House NEWCLEO LTD filing history
SR008 Companies House NEWCLEO LTD people
SR009 Companies House NEWCLEO LTD overview
SR010 Companies House All search results - newcleo
SR011 Companies House NEWCLEO GENERATION (UK) LTD filing history
SR012 Companies House NEWCLEO GENERATION (UK) LTD people
SR013 Sifted Nuclear unicorn Newcleo raises EUR48m and confirms HQ move from UK to France
SR014 Sifted Europe’s only nuclear unicorn raises EUR87m
SR015 Sifted Nuclear unicorn Newcleo to move holding company from UK to France to tap EU funds
SR016 Sifted Inside Europe’s only nuclear unicorn — and its EUR1bn fundraising hopes
SR017 ENEA Energy: ENEA and newcleo work at first simulator of fourth generation nuclear reactor
SR018 ENEA Nuclear: EAGLES and newcleo join forces on LEANDREA
SR019 Saipem Saipem and newcleo sign the first agreement between European companies to study offshore applications of newcleo's sustainable nuclear technology
SR020 Danieli Newcleo and Danieli to explore nuclear-powered green steel production
SR021 Nuclear Engineering International Newcleo expands with French R&D hub and steel partnership
SR022 FinancialContent / GlobeNewswire syndication newcleo Appoints Elisabeth Rizzotti as Deputy CEO and Jon Stranske as Group CFO
SR023 IAEA Conference Moretti - Fast Reactors 2025 presentation
SR024 American Nuclear Society NSI report addresses supply-chain bottlenecks
SR025 World Economic Forum New nuclear and small modular reactor deployment framework
SR026 World Nuclear Association Small Modular Reactors
SR027 newcleo newcleo home
SR028 newcleo About us
SR029 Oklo About
SR030 Oklo Board of directors
SR031 Oklo Energy
SR032 Oklo Technology
SR033 ARC Clean Technology ARC Clean Technology | Mission-Critical Energy
SR034 Blykalla About
SR035 X-energy TRISO-X: Advanced TRISO Particle Fuel for Gen 4 Nuclear Reactors — X-energy
SR036 Oklo Executive management
SR037 SEC SEC company search
SR038 Oklo Events and presentations
SV001 markets.businessinsider.com newcleo, A Developer of Advanced Nuclear Reactors and Nuclear Fuel, to Become Public Company Through Business Combination with NewHold Investment Corp III
SV002 ESG Today newcleo Raises $88 Million to Build Nuclear Waste-Powered Reactors
SV003 FoundersToday Newcleo secures €135M and relocates Headquarters to Paris
SV004 Sifted Europe’s only nuclear unicorn raises EUR87m
SV005 Sifted Inside Europe’s only nuclear unicorn — and its EUR1bn fundraising hopes
SV006 Yahoo Finance Oklo Inc. (OKLO) Valuation Measures & Financial Statistics
SV007 Yahoo Finance NuScale Power Corporation (SMR) Valuation Measures & Financial Statistics
SV008 Yahoo Finance BWX Technologies, Inc. (BWXT) Valuation Measures & Financial Statistics
SV009 BWX Technologies Investors | BWX Technologies, Inc.
SV010 NuScale Power NuScale Power | Small Modular Reactor (SMR) Nuclear Technology
SV011 Oklo Stock Info
SV012 Oklo Investor FAQs
SV013 Oklo Investor Relations
SV014 Oklo SEC filings
SV015 Oklo Executive management
SV016 Oklo Events & Presentations
SV017 X-energy Xe-100: High-Temperature Gas-Cooled Nuclear Reactors (HTGR)
SV018 X-energy TRISO-X: Advanced TRISO Particle Fuel for Gen 4 Nuclear Reactors
SV019 Moltex Energy Moltex Energy
SV020 Moltex Energy Technology suite
SV021 ARC Clean Technology ARC Clean Technology
SV022 ARC Clean Technology The ARC-100
SV023 Seaborg / Saltfoss Energy Saltfoss Energy
SV024 Seaborg / Saltfoss Energy About us
SV025 Blykalla Home
SV026 Blykalla Technology
SV027 NuScale Power The NuScale Power Module
SV028 Companies House NEWCLEO LTD filing history
SV029 Companies House NEWCLEO GENERATION (UK) LTD filing history
SV030 Companies House All search results - newcleo
SV031 Oklo About
SV032 Oklo Board of directors
SV033 Moltex Energy News releases Archives - Moltex Energy
SV034 Securities and Exchange Commission SEC.gov | Search Filings
SV035 X-energy News - X-energy
SV036 Oklo Executive management
SV037 Oklo Stock info
SV038 Oklo Isotopes
SV039 Oklo Fuel Recycling
SV040 European Commission EU Funding & Tenders Portal
SV041 OECD Nuclear Energy Agency SMR dashboard third edition page
SV042 GlobeNewswire newcleo transaction press release mirror
SV043 Oklo DOE surplus plutonium negotiation announcement
SV044 OECD Nuclear Energy Agency SMR dashboard landing page
SV045 Oklo Oklo-newcleo partnership page placeholder
SV046 Oklo Events and presentations page (reader view)