This is a large-scale project that will implement a large-scale multi-user carbon dioxide (CO₂) capture, transport, and storage network in southeastern Australia in the Latrobe Valley. Multiple industrial and utility point sources of CO…

This is a pilot-scale project that involves transport and injection of approximately 100,000 tons of carbon dioxide (CO₂) into a depleted natural gas well over a two-year period. Besides the operational aspects of processing, transport…

This is the second stage of a multistage carbon dioxide (CO2) storage program, located in southwestern Victoria, Australia. The goal is to increase the knowledge base for CO2 storage in geologic deep saline formations through seismic visualization of…

This is a large-scale project that will store approximately 120 million tonnes of carbon dioxide (CO₂) in a water-bearing sandstone formation two kilometers below Barrow Island, off the northwest coast of Australia. The CO₂ …

This is a large-scale project that will implement a large-scale "Carbon Dioxide (CO₂) Hub" for multiuser capture, transport, utilization, and storage of CO₂ in southwestern Australia near the city of Perth. Several…

This is the third stage of a multistage carbon dioxide (CO₂) storage program, located in southwestern Victoria, Australia. The project's goal is to validate cost and operationally effective subsurface monitoring technologies to accelerate…

This large-scale fully-integrated project will collect carbon dioxide (CO₂) from two industrial sources (a fertilizer plant and an oil sands upgrading facility) in Canada’s Province of Alberta industrial heartland and transport it via a 240…

This pilot-scale project, located in Alberta, Canada, demonstrated from both economic and environmental criteria the overall feasibility of coalbed methane (CBM) production and simultaneous carbon dioxide (CO₂) torage in deep…

This was a pilot-scale project, located in Ontario, Canada, that demonstrated oxy-fuel combustion technology with carbon dioxide (CO₂) capture. The project focus was on energy-efficient integrated multipollutant control, waste management,…

This was a large-scale project in northeastern British Columbia, Canada, which developed a feasibility study for a large natural gas-processing plant for CCS into deep saline formations of the Western Canadian Sedimentary Basin (WCSB).  Goals of…

This was a monitoring-related activity for a large-scale project that utilizes carbon dioxide (CO₂) for enhanced oil recovery at a Canadian oil field. The goal of the project was to determine the performance and undertake a thorough risk…

This is a pilot-scale project that will demonstrate carbon dioxide (CO₂) capture using chemical solvents. Supporting activities include bench and lab-scale units that will be used to optimize the entire process using improved solvents and…

Located at Fort Saskatchewan, Alberta, Canada, this large-scale project has integrated capture, transportation, storage, and monitoring that will capture and store up to 1.2 million tonnes per year of carbon dioxide (CO₂) from an oil…

This large-scale project, located in the southeastern corner of Saskatchewan Province in Canada, is the first application of full stream carbon dioxide (CO₂) recovery from flue gas of a 139-megawatt coal-fueled power plant unit. A…

This was a pilot-scale project that involved utilization of acid gas (approximately 70% CO₂ and 30% hydrogen sulfide) derived from natural gas extraction for enhanced oil recovery. Project objectives were to predict, monitor, and evaluate…

This pilot-scale project successfully demonstrated that coal seams in the anthracitic coals of Shanxi Province of China are permeable and stable enough to absorb carbon dioxide (CO₂) and enhance methane production, leading to a clean energy…

This integrated large-scale pilot project, located at a coal-to-chemicals company in the Ordos Basin of China’s Shaanxi Province, is capturing carbon dioxide (CO₂) from a coal gasification plant via a commercial chilled methanol process,…

This was a multifaceted project that had activities at various sites in Europe, in three main areas: strategy for carbon dioxide (CO₂) reduction, post-combustion capture, and CO₂ storage performance and risk assessment…

This multifaceted project is focused on geologic storage options for carbon dioxide (CO₂) as a greenhouse gas mitigation option, and on assembling an authoritative body for Europe on geologic sequestration. Major objectives include…

This was the first phase of the multifaceted European Hydrogen program, which was intended to lay the groundwork for a future advanced commercial-scale power plant with hydrogen production and carbon dioxide (CO₂) management. The Dynamis…

ENhanced CAPture of Carbon Dioxide (CO₂), or ENCAP, was a multifaceted research project consisted of six sub-projects: process and power systems, pre-combustion decarbonization technologies, oxygen (O_2…

The first European onshore carbon dioxide (CO₂) storage project was initiated at the Ketzin pilot site in 2004. Between June 2008 and August 2013, about 67 kilotonnes of CO₂ were injected into a saline aquifer at depths of 630 to…

This was a collaborative venture, involving 35 partners from participant countries in Europe, with extensive structured networking, knowledge transfer, and information exchange. A goal of the project wss to create a durable network of experts in…

This was an intermediate-scale project that tested and demonstrated an entire integrated carbon capture and storage (CCS) process, from emissions source to underground storage in a depleted gas field. The project captured and stored approximately…

This is a multi-faceted project whose objectives are to provide crucial advances to help foster onshore CO₂ storage in Europe through (a) developing, testing, and demonstrating key technologies specifically adapted to onshore storage, and (…

This is a small-scale project that will evaluate processes and economics for carbon dioxide (CO₂) separation from pressurized gas streams. The project will evaluate primary promising new gas separation membranes, initially at atmospheric…

This is an integrated large-scale pilot project, located at a refinery complex in Tomakomai City on the island of Hokkaido in Japan, which is capturing carbon dioxide (CO₂) from the refinery’s hydrogen production unit with a steam methane…

This is a pilot-scale project, located in southern Korea, that is demonstrating the capture of carbon dioxide (CO₂) from a 10 megawatt electric power plant flue gas slipstream, using a potassium carbonate-based solid sorbent. The project’s…

This is a pilot-scale project, located at Svelvik, Norway, that will investigate carbon dioxide (CO₂) leakage characteristics in a well-controlled and well-characterized permeable geological formation. Relatively small amounts of CO_2…

This project, a follow-on to the Sleipner project, involved the monitoring of carbon dioxide (CO₂) migration (involving a seismic survey) in a saline formation beneath the North Sea and additional studies to gain further knowledge of…

Technology Centre Mongstad (TCM) is one of the world’s largest facilities for testing and improving carbon dioxide (CO₂) capture. It started operating in May 2012 and has an annual capacity for handling up to 100,000 tons of CO_2…

The Norcem test facility is one of the world’s first pilot plants for capturing carbon dioxide (CO₂) from a cement plant. The project started in 2013, and four different technologies will be tested: amine-based capture, membranes, solid…

This large-scale project, located in the Eastern Province of Saudi Arabia, is capturing and storing approximately 800,000 tonnes of carbon dioxide (CO₂) per year from a natural gas production and processing facility and includes pipeline…

This is a large-scale carbon dioxide (CO₂) utilization project, including approximately 25 kilometers of pipeline infrastructure, that captures and purifies CO₂ from an existing ethylene glycol production facility located in…

This is a large pilot project (approximately 30–60 megawatts in scale), located in Dhahran, Saudi Arabia, whose goals are to investigate the performance of oxy-fuel combustion technology when firing difficult-to-burn liquid fuels such as…

This is an integrated commercial-scale project, located in Mussafah, Abu Dhabi, United Arab Emirates, which is capturing carbon dioxide (CO₂) from the flue gas of an Emirates Steel production facility and injecting the CO₂ …

This project located at Renfrew, Scotland, United Kingdom, demonstrated oxyfuel technology on a full-scale 40-megawatt burner. The goal of the project was to gather sufficient data to establish the operational envelope of a full-scale oxy-fuel burner…

This multifaceted project will develop the tools, technologies, techniques, and management systems required to cost-effectively demonstrate, safe, secure, and verifiable carbon dioxide (CO₂) storage in conjunction with commercial natural…

This pilot-scale project continued the development of new technologies to reduce the cost of carbon dioxide (CO₂) separation, capture, and geologic storage from combustion sources such as turbines, heaters, and boilers. These technologies…

This was a collaborative venture of seven partner companies (international oil and gas producers) plus the Electric Power Research Institute. The overall goals of the project were to increase technical and cost knowledge associated with carbon dioxide…

This is a multidiscipline project whose goal is to further increase understanding of existing, emerging, and breakthrough carbon dioxide (CO₂) capture technologies applied to oil and gas application scenarios (now including separation from…

This pilot-scale project demonstrated the process of carbon dioxide (CO₂) sequestration in an onshore underground saline formation in eastern Texas, United States. This location was ideal, as very large scale sequestration may be needed in…

This is a large-scale research project that will geologically store up to 1 million metric tons of carbon dioxide (CO₂) over a 3-year period. The CO₂ is being captured from the fermentation process used to produce ethanol at…

This is a large-scale commercial project that will collect up to 3,000 tonnes per day of carbon dioxide (CO₂) for deep geologic storage. The CO₂ is being captured from the fermentation process used to produce ethanol at an…

This large-scale carbon dioxide (CO₂) storage project, located in Michigan and nearby states in the northern United States, will, over its 4-year duration, inject a total of one million tonnes of CO₂ into different types of…

This is a capture-only large-scale pilot project, located in La Porte, Texas, in the United States, whose overall objective is to demonstrate the performance of the Allam power cycle. The Allam cycle is a next-generation gas turbine-derived power…

This multifaceted project will identify and test the most promising opportunities to implement sequestration technologies in the United States and Canada. There are seven different regional partnerships, each with their own specific program plans,…

This is a large-scale project, located near Natchez, Mississippi, United States, that involves transport, injection, and monitoring of approximately one million tonnes of carbon dioxide (CO₂) per year into a deep saline reservoir associated…

This large-scale, fully-integrated carbon capture and storage (CCS) project, located in southeastern Alabama in the United States, brought together components of carbon dioxide (CO₂) capture, transport, and geologic storage, including…

This is a large-scale commercial project, located in eastern Texas in the United States, that will demonstrate a state-of-the-art system to concentrate carbon dioxide (CO₂) from two steam methane reformer (SMR) hydrogen production plants…

This is a computational research initiative, with activities ongoing at the National Energy Technology Laboratory, four other national laboratories, and five universities across the United States, with collaboration from other organizations outside…

This is a risk assessment initiative, with activities ongoing at the National Energy Technology Laboratory and four other national laboratories across the United States, including collaboration with industry, regulatory organizations, and other types…

This project characterized the technical and economic potential of carbon dioxide (CO₂) capture and storage technologies in China. The project goals were to compile key characteristics of large anthropogenic CO₂ sources (…

This project utilizes Svante’s CO2 capture system and will be testing a selection of CO2 utilization technologies such as CO2-injected concrete and fly ash at Lafarge’s Richmond, British Columbia (BC), Canada cement plant over a four-year period of 2020- 2023. The project, led by Svante, is a partnership with Lafarge Canada Inc. The technology is based on intensified rapid cycle Temperature Swing Adsorption (RC-TSA) using a rotary machine to enable continuous flows, using a Metal Organic Framework (MOF) sorbent material CALF20.

This project develops an open-source infrastructure for CO2 transport and storage, with the aim to contribute to establishing a commercial CCS market in Europe. The first phase will transport CO2 by ship from a cement plant and a waste-to-energy plant in south-east Norway to a terminal on the west coast, from which it will be piped offshore for injection into an aquifer. Operations will commence in 2025.

This project will transport CO2 captured by various industrial sources in the Rotterdam port area. The companies will supply their CO2 to a collective pipeline that runs through the Rotterdam port area. The CO2 will then be pressurized in a compressor station and transported in an offshore pipeline to a platform approximately 20 km off the coast for injection in empty gas fields. Porthos aims to store approximately 2.5 Mton CO2 per year for 15 years.

This is a project that has developed and adapted technologies to separate CO2 from the produced natural gas and compress and reinject the CO2-rich stream back into the reservoir for enhanced oil recovery in the Santos Basin off the coast of Brazil. This solution generates greater economic sustainability and avoid emissions. Production efficiency has been increased, thereby reducing CO2 emissions per barrel produced.

This project captures 1.7 Mt CO2/year from the high concentration tail gas from a coal gasification unit using a low temperature distillation technology at the Sinopec Qilu Petrochemical Company in the Sandong Province, China. The CO2 is transported in a 114 km long pipeline for injection in 70 wells for enhanced oil recovery (EOR) in the Jiayang/Bohay Bay Basin