AI + IoT-powered infrastructure decarbonization
We fuse industrial utilities data, IoT sensors and operational data to reduce energy waste, recover heat and unlock DSM-based decarbonization across energy-intensive infrastructure.
We focus on industrial utilities, waste heat and DSM to turn existing assets into decarbonization levers.
Structured baseline for gas, electricity and water: from quick diagnostic to detailed breakdown of loads, tariffs and savings potential.
Identify processes that don’t need to run and hidden losses in ancillary systems such as compressed air and industrial gases, pumps and fans.
Map and quantify waste heat across your site, prioritize recovery options and assess business cases for heat pumps, ORC and other retrofit solutions.
Turn flexible loads into assets: DSM / demand response strategies, alignment with flexible power tariffs and integration of on-site flexibility (e.g. PSA, storage).
Three co-founders combining industrial decarbonization, geospatial analytics and product execution.
Co-founder • Product & Partnerships
15+ years building and scaling cleantech, IoT and AI ventures across Asia, Europe and North America. TEDx speaker and multi-award-winning founder recognized by MIT TR35, Ashden, UNFCCC and WWF.
Co-founder • Commercial
Entrepreneurial leader with deep experience in renewables and carbon markets. Founded a green-gas venture and led M&A and business growth across wind, PV and biomethane sectors.
Co-founder • Tech
Physicist and Data Scientist specializing in ML, signal processing and geospatial analytics. Experienced in Earth Observation and risk modeling for sustainable infrastructure and industrial decarbonization.
Reach out to explore industrial decarbonization opportunities or potential collaboration.