Andium
Andium is an Industrial Internet of Things company providing remote-field monitoring and communications technology that allows oil and gas companies to continuously monitor flaring activity and reduce greenhouse gas emissions.
Learn how our investments are helping to reduce methane and carbon dioxide emissions and can recycle or store carbon dioxide.
Urbint
Urbint’s methane abatement technology leverages AI in predicting and stopping threats to critical infrastructure and workers.
GHGSat
GHGSat provides low-cost greenhouse gas monitoring data and services covering sites around the world. GHGSat launched its first demonstration satellite in 2016, proving the potential to accurately measure facility-level emissions of both carbon dioxide and methane.
Kairos Aerospace
Kairos Aerospace provides actionable data on major sources of methane emissions from aerial surveys. Their patented sensors and proprietary software make continual monitoring of methane emissions over large areas of land cost-effective.
SeekOps
SeekOps develops and fields advanced sensor technology for the energy sector to detect, localize, and quantify natural gas emissions through integrated drone-based systems. SeekOps’ unique sensor design eliminates false positive readings and localizes emissions source detection to provide actionable data to oil and gas operators.
Clarke Valve
Clarke Valve designs and manufactures proprietary control valves for the industrial market. Its patented Shutter Valve is cost-effective, energy efficient, and virtually eliminates fugitive methane emissions.
Kelvin
Kelvin uses artificial intelligence to deliver safe, secure, and sustainable control of complex physical systems. Kelvin is working with leading oil and gas companies to transform processes and systems in drilling, well completions, and production to reduce methane emissions, while improving economic performance.
Qnergy
Qnergy provides remote power solutions to help companies improve operational efficiency and reduce emissions. One of its leading applications is instrument air solutions to displace methane emissions from pneumatic devices.
Boston Metal
Boston Metal has developed a modular, electrochemical manufacturing process for high-value ferroalloys, and ultimately, for steel. The objective of the company is to cost-competitively produce emissions-free steel.
Norsepower
Norsepower designs and manufactures mechanical rotor sails that provide auxiliary propulsion power for large ships, reducing their fuel consumption and associated emissions. The offering combines a Flettner rotor with machine learning, resulting in a fully autonomous device that is easily installed and operated.
XL Fleet Electrification
XL provides hybrid and plug-in hybrid vehicle solutions that bring the advantages of hybrid vehicle performance to medium and heavy-duty commercial vehicles. The solution is a minimally invasive upgrade that can be ordered on new units or installed on existing fleets.
Achates Power
Achates Power is developing high fuel-efficiency, opposed-piston engines that aim to significantly reduce carbon dioxide, particulate, and nitrogen oxide emissions.
METRON
METRON is a French cleantech company that uses AI technology to increase energy efficiency and productivity for industrial facilities while also delivering substantial cost savings.
75F
75F provides a joint hardware and software product to manage the energy consumption of heating, ventilation, and air conditioning (HVAC) systems and lighting in commercial buildings. The low-cost solution can be installed quickly in new and existing buildings of any size. The solution is driven by machine learning algorithms to optimize HVAC and lighting.
OnTruck
Ontruck is a digital road freight platform connecting carriers and shippers more efficiently. Ontruck removes carbon emissions generated from empty trucks, enabling a more sustainable future of transportation.
Svante
Svante aims to halve the capital cost of carbon capture through its modular, scalable technology, while creating demand for carbon dioxide on a gigatonne scale by building a physical marketplace.
Solidia Technologies
Solidia is scaling its patented systems for producing lower-carbon cement and concrete cured with CO2 instead of water. They can reduce the carbon footprint of cement and concrete by up to 70%. Solidia’s R&D focus includes expansion to the full range of precast and ready-mix applications.
Econic
Econic uses pioneering catalyst technology to incorporate carbon dioxide as a raw material into polyols, the basis of all polyurethanes. Econic is moving towards adoption of this technology by existing polyol producers at full scale.
Net Zero Teesside
Net Zero Teeside (NZT) is a UK CCUS hub that aims to build the world’s first commercial abated gas power plant, while providing collective carbon transport & storage infrastructure. In October 2021, NZT and the wider East Coast Cluster was named by the UK Government as one of the UK’s first two CCUS clusters to be progressed towards deployment by the mid-2020s. CI worked to develop a commercially-viable concept, bringing in several OGCI member companies under the operational leadership of bp on the engineering design, and working with the UK government to attract support for CCUS industrial hubs.
Wabash Valley Resources
A project to capture and store carbon dioxide from Wabash Valley Resources’ co-located ammonia plant. This is expected to be the largest carbon storage project to date in the USA and the first ammonia produced with a very low carbon footprint.
Elk Hills Carbon LLC
Elk Hills Carbon is a CCUS project led by CRC, the largest oil and natural gas producer in California, which will capture CO2 from a natural gas power plant.
Starwood Energy Elysian Ventures Carbon Capture Project
This joint venture is one of the world’s first large-scale commercial projects to capture CO2 from a natural gas power plant, and will qualify for carbon capture incentives.
NextDecade
NextDecade, the developer of Rio Grande LNG, plans to capture and permanently store more than 5 million tonnes of carbon dioxide per year – over 90% of its emissions – making it one of North America’s largest US CCS projects in development.
Climate Investments case studies
Learn how our investments are helping to reduce methane and carbon dioxide emissions and can recycle or store carbon dioxide.
Boston Metal: Steel production without emissions
Using clean electricity and molten oxide electrolysis to clean-up an ancient formula.
Achates Power: Demonstrating a 96% reduction in commercial vehicle emissions
New test results show 10.6L opposed piston engines operating with target-beating reductions to criteria emissions.
GHGSat – Global methane detection at facility level
Methane is a potent, but odourless and colourless greenhouse gas, a combination that makes detecting leaks both very important and very hard.
XL: 23% improvement in fuel economy for Yale
Hybrid technology to reduce the carbon footprint of traditional buses without compromising vehicle performance
Solidia: Carbon eating concrete that lowers emissions from the production phase
By changing the chemistry of cement, Solidia has made concrete that outperforms traditional concrete, costs less, cures faster and has a 70% lower carbon footprint
SeekOps – Drone-based monitoring of methane emissions
Scalable methane detection techniques for on and offshore environments, that have shown results over five times more efficient than existing methods
bp – Mapping and capping methane emissions with Kairos Aerospace
Kairos Aerospace provides actionable data on major sources of methane emissions from aerial surveys.
Eni – Tackling fugitive emissions with Clarke Valve
Clarke Valve has developed a unique control valve that is low-cost and virtually eliminates fugitive methane emissions.
75F – Over 20% energy efficiency gains in a HOM showroom
Air temperature controls and smart sensors that self-optimize to make buildings more energy efficient, saving money and lowering emissions
Norsepower – Harnessing wind power to clean up modern shipping
Large mechanical sails installed on the Maersk Pelican tanker record annual saving equivalent to approximately 1,400 tonnes of carbon dioxide.
The evolution of Net Zero Teesside
Getting a CCUS hub off the ground requires a commercial concept, funding, policies and regulations, community support, subsurface expertise and lots of patient work.
Portfolio news
GHGSat continues to grow with support from Climate Investments
ogci.com
Achates Power Engine meets California’s 2027 emission regulations
ACHATES
OnTruck and 75F named BloombergNEF Pioneers 2021
ONTRUCK & 75F
OGCI Climate Investments takes a stake in Andium
ANDIUM
OGCI Climate Investments announces investment in NextDecade Corporation
NEXTDECADE
Looking to decarbonize the metal industry, Bill Gates-backed Boston Metal raises $50 million
BOSTON METAL
XL Fleet, a Leader in Commercial Vehicle Electrification, and Pivotal Investment Corporation II Announce Closing of Merger; XL Fleet to Trade on NYSE as “XL”
XL FLEET
Take a look at the new interactive global map: Pulse, produced by Montreal firm GHGSat
GHGSAT
Net Zero Teesside’s network will be shared with ‘The Zero Carbon Humber’ located on the English east coast. The joint proposal was submitted by a group of 11 companies, including Equinor, to create the UK’s largest and most carbon-intensive industrial region.
NET ZERO TEESIDE
Tom Schuler, President & CEO at Solidia Technologies, discussed the new technology they are developing that can turn concrete into a carbon sink, during his TED Talk at TED and Future Stewards’ Global Countdown Launch.
SOLIDA
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We invest in solutions to decarbonize sectors like oil and gas, industrials and commercial transport. We look for outcomes that reduce methane and carbon dioxide emissions, and that can recycle or store carbon dioxide.
