Company: NKLR
Filing Date: 2025-12-16
Form Type: 424B3
Source: 0001213900-25-121900
Chunk: 97

Company: Terra Innovatum Global N.V.
Filing Date: 2025-12-16
Form: 424B3
Chunk 97
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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-grid
capability 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.

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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-up rather than waiting for full commissioning of large-scale power 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

Our SOLO micro nuclear reactor
platform is ideally suited to enable advanced energy storage.

By providing reliable, carbon-free electricity,
SOLO can support the production of pink hydrogen through electrolysis.

In ammonia and fertilizer
plants, SOLO’s electricity and heat can replace fossil-fuel boilers, enabling large-scale decarbonization of ammonia synthesis — critical
steps for both food security and emerging clean energy markets.

Biofuel refineries can also
benefit from SOLO’s process heat and power, which can efficiently drive distillation, fermentation, and pumping, lowering the carbon
intensity of ethanol and biodiesel production while displacing diesel or natural gas.

Civil and Commercial Facilities

Critical facilities such
as hospitals, airports, water treatment facilities and hotels require uninterrupted power for continuous operation.

The SOLO reactor is designed
to deliver 1MWe of baseload power with additional thermal energy that can be utilized for space heating, water heating, and other facility
needs.

For hospitals specifically,
our technology is designed to enable both reliable power and the production of radioisotopes for medical applications such as cancer
treatment and diagnostics, bringing these capabilities to facilities that might otherwise lack access to such resources.

Underserved Communities

Remote locations, islands,
and communities with limited grid access traditionally rely on expensive, polluting diesel generation. SOLO reactors offer transformative
energy solutions for these markets, providing stable