Empowering Your Transition to More Sustainable Forms of Energy
Energy Transition
Get ready for tomorrow's energy markets!
The Energy Game is Changing - Are You?
We support process plants in adapting to the evolving energy landscape with tailored solutions for more sustainable and economical operations. These cover everything from green power to hydrogen combustion.
Process energy and feedstock sources are changing. Trends such as green power, grid transformation and agility, recycled resources, renewable feeds and hydrogen firing are all reshaping the current and future energy landscape. Industrial process plants need to adapt accordingly.
We can assist you all the way, starting when you first identify the need to transition through selection of the best solution to engineering and execution. We provide individual solutions to move your plant into a more sustainable and economical future.
From Carbons to Electrons
Electrifying rotating equipment and leveraging process plant infrastructure for energy storage can provide a cleaner, efficient path toward lower CO2 emissions and grid stability.
Steam is a common energy source in process plants. But its application in steam turbines is inefficient and causes large streams of CO2 emissions. Electrifying rotating equipment offers a proven, cleaner solution - even for large-scale operations up to 80 MW. Our experts have successfully addressed challenges like steam balancing, limited space, vibrations and grid connectivity in numerous brownfield customer projects.
Looking at other areas offering sustainability opportunities, our engineers explore ways of making use of existing plant infrastructure to store energy in liquid form, ready to be converted back to electricity when needed. This energy storage solution can support grid stability and increase operational efficiency.
Looking for more information? Read through our electrification guide for ASUs or contact us.
Feedstock and Fuels Beyond Current Hydrocarbons
The use of recycled and bio-feedstocks, complemented by hydrogen-based combustion, enables a significant reduction in emissions from steam cracking and reforming, paving the way for circular and carbon-neutral production.
Hydrocarbons are inherent to the process of steam cracking and steam reforming. Nonetheless, there are ways to reduce the carbon load of these processes. The introduction of recycled and bio-generated feedstocks reduces additional emissions from the core process drastically, offering a pathway to circular production. Inside the combustion system, a shift to lighter hydrocarbons, hydrogen or hydrogen blends paves the way for complete elimination of CO2 emissions from the cracking and reforming process step. Thinking about your next move towards a greener product? Our process engineers will advise on the best way to make your plant fit for the future.