Carbon Capture and Storage with Critical Metal Supply
Redefining CCS
Onsite, Low-Cost CO2 Capture and Storage for Industry
FlueVault slashes Carbon Capture & Storage (CCS) costs by up to 50%
Reducing cost and complexity for the energy transition
Supported By
Our Science
Our seawater-mineral reactors act as energy-efficient CO₂ vaults — permanently storing emissions as bicarbonate and recovering the metals that power tomorrow’s clean technologies
1 tonne of olivine stores 1 tonne of industrial CO2 as bicarbonate for 10,000+ years
Our Technology
Modular CO2 storage that scales from 1,000 to 500,000 tonnes annually for small and mid‑sized emitters
Mobile
Containerised, modular, and barge mounted
Low Energy
Reaction at atmospheric pressure and temperature
Point Source
No need to liquify and transport CO2 over vast distances
Low CO2 Purity
Excepts low purity CO2 - eliminating costly carbon capture purification steps
Our Pilot Locations
Following successful testing of the FlueVault technology at the ISCE2 facility in Singapore, FlueVault will deploy our technology into 3 industrial settings
LCT3 Jurong Island - Singapore
The Low-Carbon Technology Translational Testbed (LCT3) on Jurong Island is designed to accelerate the development and scale-up of emerging carbon capture, utilisation, and storage (CCUS) technologies.
TCM Mongstad - Norway
Technology Centre Mongstad (TCM) in Norway is the world’s largest and most advanced open-access facility dedicated to testing and advancing carbon capture technologies.
PIICTO Marseille - France
PIICTO in Marseille is a pioneering industrial platform that brings together leading energy, chemical, and waste management companies to drive innovation in decarbonization and the circular economy.
Our Customers
Industrial
Emitters
Maritime
Emitters
Nickel and Chromium
Consumers
Our Mission
Our mission is to drive down CCS costs, expand access to carbon capture and storage, and strengthen the resilience of critical metal supply chains
Our Growing Markets
x 50
Growth in CO2 storage capacity required by 2050
28%
Emissions covered by a regulated carbon price
x 5
Growth in nickel supply required by 2050
Our Team
An expert leadership team with over 40 years of collective experience in science, technology, entrepreneurship, energy markets, & infrastructure development
Founder & Advisor
Philip Jones, MSc
25+ years of experience in energy infrastructure and trading.
Prior Experience:
20+ years at TotalEnergies as a trader in gas, electricity and carbon certificates and Vice President for Asia's low carbon development.
CCO of Intercontinental Energy (ICE) and Director of Australia's largest green hydrogen project - AREH.
Founder
Nathan Walworth, PhD
15+ years of experience in marine carbon sequestration R&D.
Prior Experience
Adjunct Professor at University of Southern California, Former Scape Carbon CEO, and Author of Olivine Reactor Patent.
Former Vice President at Vesta, a company that conducted first ever coastal field trials for olivine-based carbon sequestration.
Our Partner
FlueVault has partnered with the A*STAR Institute of Sustainability for Chemicals, Energy and Environment (A*STAR ISCE²) for its research and technology development in Singapore. ISCE² will be providing its facilities, team, expertise, and decades of experience in successful R&D for breakthrough technologies.
