Using heat electrification technology in heavy industry could reduce emissions by up to 30%. That amounts to a significant 7% of global emissions.

From lower to higher heat temperatures, ABB enables the removal of direct CO₂ emissions by harnessing technologies such as heat pumps and plasma torches. We're also advancing methods to electrify heat applications, aiming to decarbonize some of the most impactful industrial processes.

In industrial sectors and transportation, ABB enables the replacement or enhancement of carbon-intensive equipment with electric alternatives. Our high-efficiency electric motors, generators, and drives will optimize energy use, enhancing performance and reliability.

To accelerate your CO₂ goals and advance your electrification journey, ABB offers comprehensive support, from heavy electric vehicles to cutting-edge grinding and drilling equipment.

On-site production of green hydrogen can cut CO₂ emissions by 80-95% in some sectors.

At ABB, we’re enhancing the electrolysis process to make it more efficient, affordable, and reliable, enabling the maximum reduction of CO₂ emissions.

Our solutions go beyond hydrogen production, providing advanced technologies for hydrogen compression and power supply.

For processes that are difficult to decarbonize, carbon capture can help prevent CO₂ emissions. This captured CO₂ can also be converted into valuable industrial raw materials. The drawback is that operating costs can be high.

To reduce your investment in CCUS, control energy costs and improve infrastructure efficiency, ABB assists you with solutions ranging from point-of-emission capture to CO₂ compression.
Our high-efficiency electric motors, generators, and drives will optimize energy use, enhancing performance and reliability.

To accelerate your CO₂ goals and advance your electrification journey, ABB offers comprehensive support, from heavy electric vehicles to cutting-edge grinding and drilling equipment.