Energy intensive fiber industries
10,000 paper and pulp mills in the global fiber industry are undergoing continuous change today. They have already taken a leading role in the closed-cycle economy by making optimal use of resources, integrating waste products into processes, optimizing energy requirements, transforming into a self-sufficient energy cycle, and using digitalization tools. Based on more than 100 years of industry expertise combined with our products, solution and services, we accompany our customers to make their production more environmentally friendly, resource-efficient and profitable for the fiber industry of the future.
“To become climate neutral is a mega teamwork”
Sustainable, future-proof and with an eye on climate change? Collaboration develops the fiber industry into an industry that has these challenges in mind. Watch the video to see, what some market players say. You have become curious? Then watch the full session, which is a recording of our Fiber Web Conference.
Green methanol: The basis for a CO2-neutral circular economy
Swedish Power-to-X company Liquid Wind is currently planning the first large-scale industrial roll-out of eMethanol
production facilities across Sweden in partnership with pulp and paper mills and CHP plants.
UPM opens first industrial-scale biorefinery
The biorefinery in Leuna/Germany will be the first industrial-scale facility, which will apply novel process innovations to sustainably convert 100 percent wood into bio-based mono-ethylene glycol (MEG), mono-propylene glycol (MPG) as well as renewable functional fillers (RFF). Siemens Energy will provide the entire electrification, automation, and digitalization (EAD) solution as well as deliver a complete digital twin.
Fiber industries on their way to decarbonization - find the right energy system design
The pulp and paper industry has already taken a leading role in the closed-cycle economy by making optimal use of resources, integrating waste products into processes, optimizing energy requirements, and transforming itself into a self-sufficient energy cycle. But how can you further reduce the energy consumption in both power generation and operational processes? The paper describes how the energy systems and can be optimized with regard to thermal and electrical power.
