Solveno Technologies supplies engineered systems that capture CO₂ from dry‑ice production and biogas processes, converting it into ozone‑neutral, food‑grade refrigerant while reducing emissions.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial facilities, business parks, and large‑scale energy users often rely on fossil‑based processes that generate high levels of CO₂ and methane emissions, while lacking efficient, scalable storage solutions for renewable energy. This results in elevated carbon footprints, regulatory pressure, and limited ability to balance intermittent renewable generation.
Solution
Solveno Technologies provides a portfolio of engineered systems that capture and reuse CO₂ from dry‑ice production and biogas processes, converting it into ozone‑neutral, food‑grade refrigerant or other valuable streams. The company also offers liquid‑air and thermal energy storage technologies that store excess renewable power in a compact, long‑duration format, enabling reliable dispatch without relying on conventional batteries. Their engineering services map energy flows, conduct risk analyses, and manage integration, allowing clients to implement these solutions with minimal disruption. By combining carbon capture with innovative storage, Solveno helps organizations reduce emissions, improve energy efficiency, and meet sustainability targets.
Target Audience
Primary customers are large industrial manufacturers, energy producers, and business park operators seeking to lower carbon emissions and incorporate large‑scale renewable energy storage into their operations.
Features
- CO₂ recovery installation for dry‑ice production that delivers ozone‑neutral CO₂ as a natural refrigerant, achieving market‑leading efficiency
- Biogas CO₂ recovery system that captures methane slip and produces food‑grade CO₂ while enhancing overall plant energy efficiency
- Liquid Air Energy Storage (LAES) system that stores electricity as liquid air, offering high energy density and long‑duration discharge without battery degradation
- Thermal Energy Storage (TES) solution that retains heat energy for later use, providing a reliable and cost‑effective alternative to conventional storage methods
- Full engineering support including energy flow mapping, risk analysis, and turnkey integration of capture and storage technologies
- Modular design adaptable to various industrial scales and compatible with existing infrastructure