About SECCO2
SECCO2 is an energy technology company developing ultra-efficient engines designed to convert heat into clean, reliable power anywhere in the world.
Founded on years of research and engineering development, SECCO2 was created to address the growing limitations of conventional power generation: inefficiency, water dependence, and lack of adaptability to real-world conditions.
The company’s work is grounded in thermodynamics and focused on building practical energy systems that can operate reliably at scale.
Our approach
SECCO2 is guided by a simple principle: efficiency matters.
Improving how energy is converted, recovered, and reused has far-reaching implications for cost, reliability, and environmental impact. SECCO2 focuses on extracting more usable power from the energy already being produced.
This approach enables solutions that are compact, flexible, resilient, and designed to work across geographies, industries, and operating conditions.
Research-driven development
SECCO2’s technology is the result of sustained research and engineering development, supported by government funding and third-party technical validation.
The company has received funding from the U.S. Department of Defense through DARPA-backed research programs and has worked with leading engineering partners to validate system performance and feasibility.
Development efforts have focused on building, testing, and validating core components of the SECCO2 engine, with ongoing work directed toward full system integration and field deployment.
Leadership & expertise
SECCO2 is led by a team with experience spanning engineering, energy systems, and applied research.
The company collaborates with technical partners, advisors, and institutions to ensure that its work meets rigorous engineering standards and real-world performance requirements.
(Leadership bios and advisory details can be found below.)
A long-term view
SECCO2 is building technology intended to operate for decades.
The company prioritizes durability, reliability, and thoughtful
deployment.
Its goal is to contribute meaningfully to the future of global energy infrastructure.