TAGS: Sustainability / Natural Adhesives
LUCRA, which is a four-year Circular Bio-based Europe Joint Undertaking (CBE JU) project, aims to demonstrate a unique process to convert underutilized organic fraction of municipal solid waste (OFMSW) and wood waste into bio-based succinic acid.
Cost-effective Solution for Bio-based Industry
The project is set to provide the bio-based industry with a sustainable and cost-effective solution that meets the increasing demand for this versatile platform chemical in the food, pharmaceutical, cosmetic and chemical industries.
Intermediate building blocks, nowadays mainly fossil-based, are important for synthesizing other chemicals, polymers, resins, coatings, solvents and plasticizers. As stricter regulations are being placed and market demands and consumer preferences are moving towards more sustainable products, the chemical industry is searching for viable and cost-effective alternatives to fossil-based building blocks such as succinic acid.
Therefore, the production of biobased succinic acid holds vast market potential and its production from organic waste sources addresses both environmental and economic concerns.
Ten industrial partners and renowned research centers from seven countries representing the whole value chain from feedstock to products have joined forces to demonstrate the technical and economic feasibility of transforming organic waste into bio-succinic acid on a pre-industrial scale.
By combining cutting-edge thermal and enzymatic technologies, innovative fermentation and electrochemical processes, the consortium led by Bio Base Europe Pilot Plant will pave the way for a sustainable, resource-efficient and circular bioeconomy.
Contribution Towards Sustainable Chemical Industry
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We are excited to kick off the LUCRA Project as a significant contribution towards a more sustainable chemical industry,” said Tanja Meyer, LUCRA project coordinator and senior project manager at Bio Base Europe Pilot Plant.
The demand of our customers for sustainable bio-based solutions is continuously increasing. Hence, “
the LUCRA project is of high relevance for us as it makes use of second-generation biomass to produce a relevant building block for our materials” stated Dr. Vera Essmann lab head for R&D PUDs at Covestro.
Over the course of the project, extensive validation and demonstration activities in various European locations will take place to optimize the production process at a pre-industrial scale, evaluate the environmental impact and circularity of the process and validate its economic feasibility.
Supporting EU Green Deal's Goals
The final products, namely succinic acid-based polyester and resins will also be validated, for example, in products for the textiles industry, guaranteeing the products meet the required technical and economic specifications. The results and insights of LUCRA will help to turn common waste and residue materials into a valuable resource for chemical products.
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The launch of the LUCRA project is an exciting development for the European chemical industry, as it sets out to support the industry’s transformation in line with the EU Green Deal's goals," said Nicoló Giacomuzzi-Moore, executive director at interim of the CBE JU.
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This project is a great example of how CBE JU-funded initiatives advance sustainable and competitive bio-based industries. By setting up innovative bio-based processes and value chains, LUCRA will unlock the potential of sustainable biomass and reduce CO2 emissions compared to traditional production methods, which will help strengthen Europe's sustainability,” added Moore.
Mr. Giacomuzzi-Moore also highlighted the leading role small and medium-sized enterprises (SMEs) play in the CBE JU program, “
39% of the beneficiaries in our program are SMEs and they are projects that go from basic research to industrial deployment. By directing the CBE JU-funded LUCRA project, Bio Base Europe Pilot Plant exemplifies how small businesses bring bio-based solutions closer to our everyday life."
Source: Montinutra