Company: NKLR
Filing Date: 2025-09-16
Form Type: 424B3
Source: 0001213900-25-087981
Chunk: 314

Company: Terra Innovatum Global N.V.
Filing Date: 2025-09-16
Form: 424B3
Chunk 314
---
: •The SOLO reactor uses Low Enriched Uranium (“ LEU”) fuel which is commercially available and for which a well -establishedsupply chain exists today. •SOLO cannot experience meltdown or explosion due to the use of a helium coolant instead of water and low thermal output •Emergency Planning Zone (“ EPZ”) limited to “Operations Boundary” •Proliferant resistant due to safeguards implemented by design •Long lasting: each SOLO reactor can operate for 15 years without refueling with a total potential lifespan of 45 years; when High Assay Low Enriched Uranium (“ HALEU”) becomes available, SOLO reactors could operate for up to 45 years without refueling. •Modularity by design: from 1MWe with 1 SOLO to 1GWe with approximately 1000 SOLOs •Redundancy by design: on a fleet of 100 SOLOs (100Mwe), 1 reactor under maintenance leaves 99% of the power generation available. •Can be produced in factories and assembled on site Terra Innovatum’s primary business model is centered on the direct sale of SOLO reactors to customers seeking reliable and sustainable energy solutions, such as industrial operations, manufacturing facilities, remote locations, healthcare facilities, and data centers, among many others. We will manufacture these units by contracting with existing nuclear component suppliers, with final assembly completed in established facilities in the U.S, Europe and Asia before transporting to customer sites. Each SOLO reactor is designed to be easily transported via standard highways and installed using pre -fabricatedcomponents, dramatically reducing deployment time and costs compared to conventional nuclear facilities. In addition to reactor sales, we intend to offer service packages and periodic maintenance services throughout each unit’s operational lifetime. 154 Innovation is central to our mission. Our breakthrough ability to reach criticality using LEU fuel should enable regulatory approval compared to competitors using HALEU, which is not readily available for commercial use and does not have an established supply chain network. The SOLO reactor incorporates four redundant shutdown mechanisms and is encased in a 2.5 meter thick concrete housing (known as the “monolith”) providing biological shielding; hence, no EPZ is required. This design should allow the deployment of SOLO in highly populated areas and sensitive locations where conventional nuclear plants and other Small Modular Reactors (“ SMRs”) cannot be deployed, notably due to their larger footprints and associated EPZ. The SOLO reactor is designed to deliver a highly competitive and stable LCO