Our latest news
Quino Energy Raises a Total of $4.55M of Seed Funding to Accelerate Scaling and Demonstration of its Aqueous Organic Flow Battery Chemistry
SG’s DiviGas nets US$3.6M seed financing for its hydrogen purification technology
Chariot – Green Hydrogen Pilot Projects in Morocco
The latest from our portfolio
Immaterial (founded in 2015), develops revolutionary metal organic frameworks (MOFs), offering the lowest cost capture adsorption solution in the carbon capture industry. MOFs are a customisable porous material that can selectively adsorb and release any target gas in the smallest footprint. Their technology is the future of carbon capture and gas separation & purification, enabling gigatons of CO2 capture.
Quino Energy (founded in 2021), is a developer of a water-based flow battery that stores electrical energy in organic molecules called quinones, for commercial and grid-scale applications. The technology provides a unique combination of low-cost energy storage, true fire safety, rapid scalability, and local manufacturability.
Anthro Energy (founded in 2019), is a developer of ultra-flexible non-flammable lithium-ion batteries for wearable electronic devices. The technology enables significant improvement in battery flexibility, safety, performance, and customisability to incumbent lithium-ion batteries.
Oort Energy (founded in 2021), is a developer of a low cost, high efficiency hydrogen electrolyser system. The technology makes green hydrogen generation economical, and delivers market-leading operational and capital costs, enabling customers to rapidly scale-up production.
Ecolectro (founded in 2015), is a developer of a low-cost membrane designed for green hydrogen systems. The technology reduces the cost of hydrogen systems while increasing their lifetime, thereby enabling businesses to have access to renewable hydrogen that is cost-competitive with fossil-fuel sources.
Green Li-ion (founded in 2021), is a developer of a lithium-ion battery recycling technology, which can process a wide range of battery chemistries. The technology rejuvenates 100% of materials from recycled lithium-ion batteries for use in second-life batteries, effectively reducing waste and minimising environmental impact.
DiviGas (founded in 2019), is a developer of hydrogen separation and purification membranes that affordably recycle waste hydrogen and capture carbon dioxide from industrial processes. The technology is robust and economically scalable with use cases across green, blue and grey hydrogen.