project areas
Our tools and methods are sector-agnostic by design. Whether you're working in hydrogen, SAF, nuclear energy, or beyond—our platform adapts to the unique challenges of your technology. We're actively supporting new applications in carbon utilization, grid-scale storage, and sustainable materials
green ammonia (G-NH3) is produced via electrochemical synthesis by directly combining nitrogen and water using renewable electricity, bypassing the need for separate hydrogen production
Low-level and intermediate-level nuclear waste is often overlooked in national waste strategies, yet it accounts for a growing volume of environmental, regulatory and logistical burdens. Many agencies and operators lack the technical capacity and data driven tools to assess long-term environmental impact, policy compliance and disposal risk.
a sequence of automated, precision-engineered processes designed to scale up the assembly of solid oxide electrolysis cells (SOEC) to GW capacity, optimizing both efficiency and throughput
converting sustainable feedstocks, such as biomass and waste oils, into sustainable aviation fuel (SAF) through processes like Fischer-Tropsch synthesis or hydroprocessed esters and fatty acids (HEFA)