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Innovative plant to turn wood into biochemicals – UPM Biochemicals selects Bilfinger as maintenance associate for sustainable biorefinery

Taanvi Sawhnay by Taanvi Sawhnay
February 13, 2025
in Latest News
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Innovative plant to turn wood into biochemicals – UPM Biochemicals selects Bilfinger as maintenance associate for sustainable biorefinery

Photo Credit: https://chemicalparks.eu/news

Leuna, Germany Industrial services provider Bilfinger accesses into a 6 year framework agreement with UPM Biochemicals

Overlaying inclusive upkeep services for a brand new, sustainable manufacturing plant: At its Leuna site, UPM Biochemicals is presently building the world’s first biorefinery for the manufacturing of hardwood based biochemicals. As their solution associate for the preservation of all trades includes, Bilfinger will make sure the plant’s lengthy-term productive operation. The facility will manufacture about 220,000 tons of basic chemical substances and consequently offer more sustainable raw materials for in addition processing into more than a few client applications.

The industrial scale biorefinery, estimated at 1.180 million euro, is a world first. It makes use of licensed beech wood from sustainable forestry, in particular from the German area of Saxony-Anhalt and neighboring federal states. The raw biomass is gathered and used in the surroundings of forestry in Central European beech forests, where organic variety and natural ecosystems are maintained. Its source is fully tracked and controlled and is subjects to either the FSC® or the PEFC manage system.

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“With our biorefinery in Leuna, we’re doing global progressive work, permitting us to rethink chemical manufacturing,” stated Michael Duetsch, Vice President of UPM Biochemicals. “Our plant is primarily based on a unique procedure that places special needs on renovation. With Bilfinger, we’ve got a solution provider at our facet who, way to their a many years of expertise, can offer exactly the help we need in all of the important trades.”

Beech is taken into consideration a climate opposing species with a tree population that will persist to grow in German forests in the coming decades. That is what makes it a future evidence raw material to UPM. The timber, which is commonly offered as normal firewood, industrial timber and sawmill waste, is shipped to Leuna by a regional logistics chain. Here, round 220,000 tons of biochemicals consistent with year are generated from the biomass the usage of hydrolysis, amongst others. The results are bio-monoethylene glycol (BioMEG) as base material for PET bottles, bio-monopropylene glycol (BioMPG) for the manufacture of, for example, detergents, and renewable functional fillers (RFFs) as a sustainable options to carbon black and precipitated silica.

“UPM’s biorefinery performs a key position in the conversion of the chemicals value chain regarding a round economy,” stated Thomas Schulz, Bilfinger Group CEO. “We are thrilled to be a part of shaping the achievement of this conversion for greater sustainability. Our expert, comprehensive renovation services will make ensure effective operations.”

Bilfinger will offer all renovation services in a single solution, from plant, mechanical and electric additives to measure and manage technology along with the analytical technology. UPM advantages from Bilfinger’s many years of experience, bundled and blended in. On their adventure to being the No. 1 for clients in improving efficiency and sustainability, Bilfinger has been a solution associate for progressive techniques like UPM’s for years. Further examples are the biochemicals producer and, whose precise technology converts used tires into biofuels.

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Taanvi Sawhnay

Taanvi Sawhnay

I’m Taanvi Sawhnay, known as Tan, a professional blogger with a deep interest in the global chemical industry. I’ve spent years writing for various platforms, delivering insightful analysis and up-to-date news. At ChemDive, I share my knowledge and passion, making complex industry trends accessible to professionals, academics, and enthusiasts alike. My goal is to engage readers with clear, informative content while keeping them informed about the latest developments in the chemical world.

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