Company: NKLR
Filing Date: 2025-07-15
Form Type: S-4/A
Source: 0001213900-25-063846
Chunk: 210

Company: Terra Innovatum Global N.V.
Filing Date: 2025-07-15
Form: S-4/A
Chunk 210
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 (data center developers and operators, crypto mining), mining sector and electricity generation, transmission, and distribution sector. Secondary research included the review of reports on energy markets, electricity transmission and distribution, SMRs and MMRs applications. from international, regional and country level institutions including but not limited to the International Energy Agency, the International Atomic energy Agency, the US Department of Energy, the US Department of Defense, EU institutions (and more 84 specifically Euratom), the Canadian Nuclear Laboratories, the Japan Atomic Energy Agency, the UK Department of Energy and Climate Change, the French Alternative Energies and Atomic Energy Commission (“Commissariat à l’énergie atomique et aux énergies alternatives”). Secondary research also included the inputs of private and public company data including the public information released by companies operating notably in the large reactors design, construction, deployment and operation sector, in the SMR and MMR sector, in the energy generation transmission and distribution sector and in the uranium fuel cycle products and services sectors (mining, conversion, enrichment, fabrication and assembly, recycling, logistics). Secondary research also included a detailed market analysis per application and per sector allowing us to derive estimated number of SOLO required per customer depending on their sector of activity and technology maturity. The secondary research consisted notably in defining the serviceable markets based on the possibility to deploy and the speed of deployment depending on the international, regional and local regulatory and commercial environments. The assessment of the serviceable market allowed to quantify across various dimensions (sectors, sub -sectorsand geographies) the number of reactors we could also consider selling and deploy. Sensitivities were also applied to factor the level of acceptance of the nuclear industry at large and of SMRs/MMRs in different countries and different sectors. The logistical aspects associated with the distribution, deployment and commissioning of SOLOs were also factored to define the ability to deploy SOLOs during the first years of operations in the different markets considered. Secondary research also assessed the commercial viability of SOLO compared to current and projected energy prices, deriving the markets, in terms of geography and sectors, where SOLO reactors can be competitive compared to current energy providers from the grid or alternative known SMR/MMR solutions. These market analysis has allowed to evaluate the conservative number of units which would need to be produced, delivered and commissioned after commercial licensing. These market analyses also allowed us to evaluate the number of commercial contracts customers could reasonably be expected to sign before and after the licensing process tentative completion. The analysis of the supply chain and early engagement