Portfolio
Investing into key verticals decarbonising
energy & industry
Energy Efficiency
Hong Kong
Electrification & Storage
Cost-efficient, low-emission battery energy storage systems replacing fossil-fuel powered generators in heavy industries
Australia
Electrification & Storage
Real-time, cloud-based solutions to integrate distributed energy resources such as solar PVs and EV chargers into the aging, low voltage electricity network
Canada
Electrification & Storage
Repurposing end-of-life EV batteries to provide clean, affordable, and reliable battery energy storage systems
Transportation
Singapore
Sustainable Fuels
Modular, on-demand blending services for SAF at near proximity to airports
United States
Sustainable Fuels
Premier provider of safe and effective liquid hydrogen infrastructure systems
United States
Sustainable Fuels
Leading US-based global supplier of zero-emission, hydrogen fuel cell-powered heavy vehicles
Singapore
Sustainable Fuels
Hydrogen-electric propulsion systems for unmanned military aircraft, aviation solutions for OEMs and airports, and autonomous data services
Australia
Sustainable Fuels
Leading bioenergy project developer in Australia producing SAF via use of agricultural by-products
Spain
Sustainable Fuels
Waste-to-fuel technology converting marine oil residue into completely drop-in sustainable fuels for maritime, aviation, and road transport
Industrial Decarbonisation
United Kingdom
Carbon Removal & Utilisation
Proprietary membrane-based technology licensed from Hereon to deliver low-cost, point source CO2 capture for hard-to-abate sectors such as cement and steel
United Kingdom
Carbon Removal & Utilisation
Genetically modifying photosynthetic cyanobacteria to point source capture and utilise CO2 for biomanfacturing and other industrial applications
United States
Carbon Removal & Utilisation
Utilising a consortia of microbes to transform CO2 emissions into natural, single cell protein ingredients for aquaculture and animal feed
United States
Carbon Removal & Utilisation
Converting CO2 via electrolysis into formic acid, an energy-efficient platform molecule with wide applications in chemicals, fuels, and materials