Company: NKLR
Filing Date: 2025-06-26
Form Type: S-4/A
Source: 0001213900-25-058019
Chunk: 308

Company: Terra Innovatum Global N.V.
Filing Date: 2025-06-26
Form: S-4/A
Chunk 308
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LO reactor is designed to serve a wide range of industrial customers requiring both electricity and process heat. Our 1MWe power generation capability combined with 3MW of 70°C heat or 4.5MW of 430°C steam addresses critical energy needs across industries including cement production, food processing, paper mills, chemical plants, pharmaceutical facilities, ceramic industries, glass industries, and mining operations. We believe that our reactors will provide industrial customers with stable energy costs, reduced carbon emissions, and enhanced reliability, particularly in remote locations or regions with expensive grid electricity. The ability to provide high -temperaturesteam enables SOLO to support industrial processes that traditionally rely on fossil fuel boilers, offering significant decarbonization opportunities. This energy source is specifically relevant for sugar refiners, breweries and distilleries (other than food processing industries). Logistics and Transportation The logistics sector requires consistent power for frozen storage facilities, automated distribution centers, shipping ports, and Electric Vehicle (“ EV”) charging infrastructure, among a number of other applications. SOLO reactors provide the reliable electricity needed for these operations while offering waste heat utilization for facility climate control or specific process applications. By eliminating dependency on diesel generators or unreliable grid connections, our technology can enable more sustainable and cost -effectivelogistics operations. Data Centers The rapidly growing data center market faces significant challenges including power availability constraints, land use restrictions, and grid capacity limitations. SOLO reactors address these challenges through their compact 10m 2footprint, which dramatically reduces land requirements compared to conventional power generation facilities and helps avoid the increasing land use conflicts seen in specific densely populated areas in the United States and Europe where data center development has faced restrictions due to competing community needs. Our behind -the -meter, off -gridcapability can reduce reliance on strained electrical infrastructure, allowing data centers to bypass the typical long waiting period for grid power access experienced in the United States and Europe. 150 The SOLO reactor’s modular approach may enable data center operators to deploy power capacity incrementally at 1MWe per module, aligning energy supply with facility construction phases and commercial ramp -uprather than waiting for full commissioning of large -scalepower plants. This scalability supports both colocation and hyperscale facilities with the ability to deploy multiple units to meet capacity requirements up to 1GW. Our approach offers superior reliability and redundancy compared to traditional grid connections while simultaneously eliminating carbon emissions. The waste heat from SOLO reactors can be utilized for building heating or sold to district heating systems, further enhancing efficiency and creating additional revenue streams. Energy Storage