DMX CO2 capture technology: an industrial demonstration

Apr-2023

An innovative CO2 capture absorption process technology offers improved performance and reduced energy requirements compared with existing solvent.

Mineralisation to capture and use CO2 from steam methane reforming

Mar-2023

Where CCS with underground CO2 storage is not possible, mineralisation of the CO2 to chemicals such as soda ash or sodium bicarbonate is an emerging s ...

Reducing CO2 emissions through process electrification

Aug-2021

Hydrogen production from catalytic microwave methane reforming could jump-start the hydrogen economy.

Decarbonisation and sustainability value chains

May-2023

Deciding which decarbonisation pathway to adopt can be difficult, as there are multiple technologies to consider, each with its own risks and rewards.

Innovative technological paths for carbon dioxide capture

Mar-2023

A review of advances in carbon capture technologies. Continuous improvement of existing processes for efficient removal of CO2 from flue gases is esse ...

Carbon capture, utilisation and storage in the energy transition

Nov-2022

CCUS has a vital, albeit limited, role to play in delivering a net-zero economy by mid-century alongside zero-carbon electricity and clean hydrogen.

Techno-economic metrics of carbon utilisation: Part 1

Aug-2022

Technological and economical parameters of carbon utilisation and how these parameters vary widely depending on external and technology-specific varia ...

Techno-economic metrics of carbon utilisation: Part 2

Mar-2023

Explaining the technological and economical parameters of carbon utilisation and how these vary widely depending on external as well as technology-specific ...

Carbon utilisation to accelerate the transition to net zero

May-2023

Captured carbon can be converted into valuable products, enabling circularity and decarbonisation of hard-to-abate industries.

Carbon capture application to ethylene plants

May-2022

Operationally proven carbon capture applied to ethylene plants, with examples of deployment in new and existing plants

CO2 capture and natural gas savings in SMR process

Aug-2021

Study of the efficiency optimisation of an H2 production plant through natural gas reforming and its contribution to preserving the environment.

Choosing the ideal CO2 drying solution for CCS applications

Aug-2022

Aluminosilicate adsorbents provide a reliable, low-energy solution for CO2 dehydration prior to transport, storage or usage.

Biomass, BECCS and electrolysis for climate-neutral liquid fuels

Aug-2022

Synthetic e-fuels, biofuels, and BECCS can be ‘carbon-negative’ and therefore have a valuable role to play in a ‘net-zero’ energy system

Advances in carbon capture and hydrogen technologies

Mar-2023

Carbon capture and hydrogen purification technologies can significantly reduce CO2 emissions and support the growing hydrogen economy.

CCUS challenges and opportunities in Chile

Aug-2021

For Chile, carbon capture use and storage presents a potential opportunity to go beyond carbon neutrality and provide a source of ‘negative emission ...

Carbon capture policy development and the pathway forward

Aug-2021

How can policymakers help commercialise the carbon capture market to significantly kick off the global deployment of the technology?

Capturing green opportunities

Nov-2021

Well-designed post-combustion carbon capture technologies can benefit businesses in the energy sector

Fertiliser can also help your refinery grow revenue

Apr-2023

Energy companies under pressure. The global Environmental, Social and Governance (ESG) movement is having an enormous impact on how energy companies are ...

Key decarbonisation insights from Pernis refinery

Nov-2021

Across the sector, we all recognise that it will not be easy to reduce the carbon footprints of our refineries. But has it ever been easy in refining? ...

Metal-organic frameworks for carbon capture

Aug-2023

How the industrial-scale, cost-effective manufacture of MOFs and speciality nanomaterials could enable energy-efficient carbon capture and storage.

Moving to a more sustainable future with Coriolis technology

Nov-2021

Coriolis flow monitoring can optimise process control for refineries as they diversify feedstocks, increase hydrogen yields and reduce carbon emission ...

CO2 capture options for steam methane reforming based hydrogen manufacturing units

Mar-2022

A growing number of national governments and energy companies, including Shell, have announced net-zero-emission ambitions. To help fulfil their responsibilities ...

CCUS: status and priorities for research and development

Feb-2022

An update on CCUS R&D that could significantly reduce net CO2 emissions by way of identifying research gaps, opportunities, and priorities in CCUS.

How the UK government is supporting cleantech innovation

Aug-2023

Through its Net Zero Innovation Portfolio, UK government aims to accelerate the development of low-carbon fuel alternatives and fuel switching sol ...

HyNet: a case study on industrial symbiosis

Aug-2022

How a collaboration of over 30 organisations across different industries can work together to transition to a low-carbon economy.

Mineralisation to capture and use CO2 from steam methane reforming

Mar-2023

Where CCS with underground CO2 storage is not possible, mineralisation of the CO2 to chemicals such as soda ash or sodium bicarbonate is an emerging s ...

Reducing CO2 emissions through process electrification

Aug-2021

Hydrogen production from catalytic microwave methane reforming could jump-start the hydrogen economy.

Decarbonisation and sustainability value chains

May-2023

Deciding which decarbonisation pathway to adopt can be difficult, as there are multiple technologies to consider, each with its own risks and rewards.

Carbon capture application to ethylene plants

May-2022

Operationally proven carbon capture applied to ethylene plants, with examples of deployment in new and existing plants

Carbon capture, utilisation and storage in the energy transition

Nov-2022

CCUS has a vital, albeit limited, role to play in delivering a net-zero economy by mid-century alongside zero-carbon electricity and clean hydrogen.

Techno-economic metrics of carbon utilisation: Part 1

Aug-2022

Technological and economical parameters of carbon utilisation and how these parameters vary widely depending on external and technology-specific varia ...

DMX CO2 capture technology: an industrial demonstration

Apr-2023

An innovative CO2 capture absorption process technology offers improved performance and reduced energy requirements compared with existing solvent.

CO2 capture and natural gas savings in SMR process

Aug-2021

Study of the efficiency optimisation of an H2 production plant through natural gas reforming and its contribution to preserving the environment.

Advances in carbon capture and hydrogen technologies

Mar-2023

Carbon capture and hydrogen purification technologies can significantly reduce CO2 emissions and support the growing hydrogen economy.

CCUS challenges and opportunities in Chile

Aug-2021

For Chile, carbon capture use and storage presents a potential opportunity to go beyond carbon neutrality and provide a source of ‘negative emission ...

Choosing the ideal CO2 drying solution for CCS applications

Aug-2022

Aluminosilicate adsorbents provide a reliable, low-energy solution for CO2 dehydration prior to transport, storage or usage.

Carbon utilisation to accelerate the transition to net zero

May-2023

Captured carbon can be converted into valuable products, enabling circularity and decarbonisation of hard-to-abate industries.

Innovative technological paths for carbon dioxide capture

Mar-2023

A review of advances in carbon capture technologies. Continuous improvement of existing processes for efficient removal of CO2 from flue gases is esse ...

HyNet: a case study on industrial symbiosis

Aug-2022

How a collaboration of over 30 organisations across different industries can work together to transition to a low-carbon economy.

Metal-organic frameworks for carbon capture

Aug-2023

How the industrial-scale, cost-effective manufacture of MOFs and speciality nanomaterials could enable energy-efficient carbon capture and storage.

Techno-economic metrics of carbon utilisation: Part 2

Mar-2023

Explaining the technological and economical parameters of carbon utilisation and how these vary widely depending on external as well as technology-specific ...

Fertiliser can also help your refinery grow revenue

Apr-2023

Energy companies under pressure. The global Environmental, Social and Governance (ESG) movement is having an enormous impact on how energy companies are ...

Key decarbonisation insights from Pernis refinery

Nov-2021

Across the sector, we all recognise that it will not be easy to reduce the carbon footprints of our refineries. But has it ever been easy in refining? ...

CO2 capture options for steam methane reforming based hydrogen manufacturing units

Mar-2022

A growing number of national governments and energy companies, including Shell, have announced net-zero-emission ambitions. To help fulfil their responsibilities ...

Biomass, BECCS and electrolysis for climate-neutral liquid fuels

Aug-2022

Synthetic e-fuels, biofuels, and BECCS can be ‘carbon-negative’ and therefore have a valuable role to play in a ‘net-zero’ energy system

How the UK government is supporting cleantech innovation

Aug-2023

Through its Net Zero Innovation Portfolio, UK government aims to accelerate the development of low-carbon fuel alternatives and fuel switching sol ...

Value of investment, partnerships and policy in growing CCS market

May-2022

As 2050 climate targets near, matching climate ambition with urgent action will drive CCS adoption, inching us closer to a net-zero future

Capturing green opportunities

Nov-2021

Well-designed post-combustion carbon capture technologies can benefit businesses in the energy sector

CCUS: status and priorities for research and development

Feb-2022

An update on CCUS R&D that could significantly reduce net CO2 emissions by way of identifying research gaps, opportunities, and priorities in CCUS.

Clean hydrogen energy from repurposed gasification plant

Aug-2021

A former gasification plant is set to become one of the largest carbon capture and clean hydrogen production facilities in the US to date.