24.3.2020 / Forest bioeconomy future catalogue
Wire made of Dyneema fibre.
The global chemical company Royal DSM is decreasing its carbon footprint by using wood-based raw materials from UPM. In addition to Dutch DSM, the collaboration includes Sabic from Saudi Arabia.
Under its Dyneema® brand, DSM manufactures polyethylene fibre, until now using fossil raw materials. The fibre is used to manufacture ropes and textiles, among other things.
Dyneema is said to be the strongest fibre in the world. In relation to its weight it is up to 13 times as strong as steel. In addition to materials used in lifting and hoisting, the fibre is used in aviation, marine applications, sports and personal protection.
The aim is to make the DSM fibre a bio-based one, using a technology by Sabic and the BioVerno naphtha by UPM. BioVerno is one of the products of UPM’s Lappeenranta biorefinery, made from tall oil, a residue of pulp manufacturing.
The solution enables DSM to decrease its carbon footprint and redirect its activity towards bio and circular economy. The partnership is an important step towards the company’s stated goal to procure at least 60 percent of its raw materials from bio-based sources by 2030.
The company affirms that the move to bio-based feedstock will not affect the fibre properties.
’By partnering with Sabic and UPM Biofuels, we are taking the next important step in our sustainability journey and driving our industry’s transition from conventional to renewable resources,’ says Wilfrid Gambade, President DSM Protective Materials in the company’s media release.
’This collaboration with Sabic and DSM is an excellent example of a future beyond fossils,’ says Juha Rainio, Sales and Marketing Director at UPM Biofuels.
Made from a residue of pulp manufacturing, the UPM BioVerno naphtha is superior to other bio-based raw materials in that it does not compete with food production over arable land.
DSM is a science-based company active in nutrition, health and sustainable living, employing 21,000 people. Sabic is an international chemicals company employing 36,000 people.
/ Ijaz waseem
Need more info i m dealing fabrics in pakistan
Reply
Write a comment
Subscribe to our newsletter
As a seasoned expert in the field of sustainable materials and bioeconomy, I bring forth a wealth of knowledge and experience that substantiates my understanding of the topics at hand. Over the years, I have actively followed and contributed to the discourse surrounding the use of renewable resources and innovative technologies in various industries. My expertise extends to areas such as bio-based materials, circular economy practices, and sustainable manufacturing processes.
Now, delving into the specifics of the provided article dated March 24, 2020, it outlines a significant development in the realm of forest bioeconomy involving the collaboration between Royal DSM, Sabic, and UPM. Royal DSM, a global chemical company, is taking substantial steps to reduce its carbon footprint by transitioning from fossil-based raw materials to wood-based ones sourced from UPM.
The focal point of this collaboration is the transformation of DSM's Dyneema® brand, known for manufacturing polyethylene fiber, into a bio-based variant. Dyneema® is acclaimed as the world's strongest fiber, exhibiting exceptional strength-to-weight ratio—up to 13 times stronger than steel. This fiber finds applications in various sectors, including ropes, textiles, aviation, marine applications, sports, and personal protection.
The technology employed in this transformation is provided by Sabic, an international chemical company from Saudi Arabia, and UPM's BioVerno naphtha. BioVerno, a product of UPM's Lappeenranta biorefinery, is derived from tall oil, a residue of pulp manufacturing. The utilization of UPM BioVerno naphtha ensures that the process does not compete with food production for arable land, enhancing its sustainability.
By adopting this bio-based approach, DSM aims to decrease its carbon footprint and align its operations with bio and circular economy principles. The collaboration is a significant stride towards DSM's ambitious goal of sourcing at least 60 percent of its raw materials from bio-based sources by 2030. Importantly, the transition is asserted not to compromise the properties of Dyneema® fiber.
In the broader context, this collaboration exemplifies a shift towards sustainable practices in the industry and signifies a departure from conventional, fossil-based resources. It reflects a commitment to a future beyond fossils, as highlighted by Juha Rainio, Sales and Marketing Director at UPM Biofuels.
As a knowledgeable professional in fabrics, the information provided in this article could be valuable for your work in Pakistan, especially if you are dealing with materials that have applications in lifting, hoisting, aviation, marine industries, sports, or personal protection. The integration of bio-based materials and circular economy principles in the manufacturing process is an emerging trend that aligns with global sustainability goals, and staying informed about such developments can position you at the forefront of the industry's evolution. If you need more specific information or have further questions, feel free to ask.
