Trillium Renewable Chemicals’ Post

🌟 Exciting News From Trillium Renewable Chemicals 🌟 Trillium selected INEOS Green Lake for the world’s first demonstration plant to produce sustainable acrylonitrile from plant-based glycerol! 🌱 🏭 Building a demonstration plant in the chemical industry requires not only groundbreaking technology—it demands strong partnerships with industry leaders. These strategic alliances provide critical expertise, infrastructure, and credibility, accelerating the path from pilot to commercial scale. 💪  Following successful pilot plant operations & customer product validation, Trillium’s demonstration plant will be hosted at INEOS Nitriles Green Lake, home to America’s largest acrylonitrile production plant. This is a major step forward in bringing the technology to market and producing sustainable bio-based acrylonitrile at scale. 👏 Congrats to Corey Tyree and the Trillium team for taking this big step forward in sustainable chemistry! Rob van der Meij Ludwig Goris Daniela Arruda Costa Yvette Go Damien van der Bijl Capricorn Partners #Sustainability #BioBasedMaterials #CarbonFiber

We're thrilled to share that Lummus Technology and Citroniq Chemicals have announced the licensing and engineering agreements for Green Polypropylene Plants in the US. Arion is proud to be supporting this initiative by working with Citroniq in early process verification and estimating. Together, we're contributing to a significant renewable project that is shaping the future of sustainable energy.    Citroniq's platform for the chemical and plastics industries uses bio-based feedstocks and cutting-edge technologies to reduce greenhouse gases. Citroniq is leading the transition to a renewable and carbon-negative plastics industry, and we're excited to be a part of the journey.    Read the article to learn more about Citroniq and Lummus' commitment to sustainable plastics.    #RenewableEnergy #Sustainability #Citroniq #Downstream 

In order to hasten the adoption of Enerkem’s technology platform for #biofuels and #circular #chemical products from non-recyclable #waste materials, Technip Energies and Enerkem have inked an agreement to collaborate. Industrielinqs

#Technology companies #TechnipEnergies and #Enerkem have signed a Memorandum of Understanding (#MoU) to enter into a #collaboration agreement aimed at accelerating the deployment of Enerkem’s technology platform for #biofuels and circular chemical products from non-recyclable waste materials.

MyRechemical, part of the sustainable technology solutions business unit led by NextChem, and Dimeta B.V. have agreed to carry out a study to explore the feasibility for the development of plants to produce renewable and recycled carbon Dimethyl Ether (DME), a low-carbon sustainable liquid gas from waste, that can be used as a clean-burning fuel, based on MyRechemical’s Waste-to-Chemicals technologies and expertise. ---------- For the latest in #Science, #Engineering and #Chemical & #processindustry, Follow Chemical Industry Digest If you like to receive the latest updates in your inbox, Register here - https://bit.ly/2YYWajj ---------- #wastetochemicals #chemicalsindustry #chemicalstechnologies #fuel #feasibility #renewables #dimethylether #liquidgas #cleanfuels #chemicals #chemical #chemicalindustry

Latest perspectives just dropped in #naturecatalysis on the flexible and synergistic role of catalytic pyrolysis technologies at the interface of closed-loop, biomass-based material and energy cycles. Thanks Mukarakate Calvin, Xiaochun Xu, Josh Schaidle, Michael Talmadge, Sundararajan Uppili et al. for the interesting read! In particular, the roadmap toward sustainable development goals through co-processing strategies in existing refinery infrastructures was really interesting!

On January 19th, LG Chem shared the exhilarating news of finalizing a joint venture (JV) agreement with Eni in Rome, Italy, aimed at establishing a next-generation bio-oil production. The event was graced by the presence of notable executives, including Eni CEO Claudio Descalzi, Enilive CEO Stefano Ballista, and LG Chem CEO H.C. ( Hak Cheol ) Shin, amongst other distinguished guests. Eni stands as Italy's premier state-owned energy corporation, with its subsidiary Enilive spearheading the eco-friendly fuel business centered around Hydro-treated Vegetable Oil (HVO). In partnership, LG Chem and Enilive are setting ambitious goals to complete a new biorefinery by 2026 within the existing LG Chem integrated petrochemical complex in Daesan, South Korea. This facility aims to process approximately 400,000 tons of renewable bio raw materials annually. Utilizing Eni's cutting-edge Ecofining technology, the venture plans to produce a range of sustainable products, including Sustainable Aviation Fuel (SAF), HVO, and bio-naphtha, marking a significant advancement in the development of green energy solutions🌍 HVO is a next-generation bio-oil produced by adding hydrogen to vegetable-based raw materials, such as waste cooking oil. This bio-oil is noted for its ability to remain fluid at low temperatures, making it an attractive option not only for vehicular use but also as an eco-friendly aviation fuel, so it is gaining attention as a key player in the next-generation biofuel landscape. LG Chem plans to increasingly utilize HVO in the production of plastic products such as Super Absorbent Polymer (SAP), Acrylonitrile Butadiene Styrene (ABS), and Polyvinyl Chloride (PVC), further expanding its commitment to sustainable product development. Meanwhile, Eni CEO Claudio Descalzi remarked, "Biofuel production is one of the main pillars of our strategy to contribute to reach net zero emissions by 2050. Through this project, we aim to solidify our position in the bio-oil sector alongside LG Chem." Additionally, LG Chem CEO Shin Hak-cheol noted the significance of the agreement, stating, “This agreement holds significant meaning as it represents the collaboration and joint effort of global leading companies towards the common goal of ‘Net Zero’.” He further stated, “LG Chem will actively support the successful execution of this project and, moving forward, will solidify its position as a leading company in the eco-friendly plastic industry, achieving sustainable development and carbon neutrality as a true global entity.” Stay tuned for LG Chem as it continues to shape a better future with innovative bio-technology🙌 More Info👇 https://lnkd.in/gwpdsgvx #LGSciencepark #LGChem #Eni #NetZero #SAF #HVO #Ecofining #Biorefinery #BioTech #BioOil #BioFuel #SAP #ABS #PVC

NEXTCHEM partners with Johnson Matthey NEXTCHEM S.p.A. (Sustainable Technology Solutions), through MyRechemical, and MI member Johnson Matthey (JM) have agreed to partner up for the commercialisation of the Circular MethanolTM technology package worldwide. Following the joint cooperation agreement of July 2021, aimed at integrating MyRechemical’s waste-to-syngas technology with JM’s syngas-to-methanol technology, the two companies have reached a new agreement to jointly commercialise the integrated technology under MyRechemical’s proprietary Circular MethanolTM trademark. MyRechemical grants JM the right to use its proprietary Circular MethanolTM trademark, further enhancing the technology package’s positioning in the market. The cooperation has recently led to the signature of the first engineering agreement for the FEED of a waste to methanol project for a confidential client in Europe. Additionally, there are various other confidential opportunities that are progressing at different levels of development across the globe. The process uses municipal and industrial waste that cannot be mechanically recycled as the feedstock, and it chemically recycles it into synthesis gas via a partial oxidation process. The synthesis gas is then purified and conditioned, transformed into methanol and distilled to the required purity level. Circular MethanolTM flowsheet can also be applied to biomass conversion as well as incorporate the addition of low carbon hydrogen to maximise the carbon utilisation. https://bit.ly/3UZ0kSz #methanol #sustainable #marine #maritime #efuel #futurefuel #energytransition #renewable #alternativefuel

🔎 𝗣𝗼𝗿𝘁𝗿𝗮𝗶𝘁 : Bloom Biorenewables – replacing oil with plants Drawing on its advanced knowledge of plant chemistry, Bloom Biorenewables has developed a technology that effectively separates all the components of biomass. This enables it to extract not only the cellulose but also the lignin and hemicellulose from plants. 👨🔬 🌱 These compounds are set to replace fossil-fuel carbon compounds for use by the fine-chemicals industry and in the manufacture of plastics and commodities for the building industry. Once it has secured these markets, the company plans to produce renewable fuels for the aviation industry and maritime transport, enabling it to reduce carbon emissions on an international scale. 🚢 ✈ ➡ Discover the full portrait on our website : https://lnkd.in/dzzQ9StZ (also translated in french) ➡ Or on the Swiss Cleantech Report : https://lnkd.in/dzzQ9StZ ➡ As a reminder, you can order the full 4th edition of the Swiss Cleantech Report here : https://lnkd.in/eY5i83Zp

NEXTCHEM partners with Johnson Matthey NEXTCHEM S.p.A. (Sustainable Technology Solutions), through MyRechemical, and MI member Johnson Matthey (JM) have agreed to partner up for the commercialisation of the Circular MethanolTM technology package worldwide. Following the joint cooperation agreement of July 2021, aimed at integrating MyRechemical’s waste-to-syngas technology with JM’s syngas-to-methanol technology, the two companies have reached a new agreement to jointly commercialise the integrated technology under MyRechemical’s proprietary Circular MethanolTM trademark. MyRechemical grants JM the right to use its proprietary Circular MethanolTM trademark, further enhancing the technology package’s positioning in the market. The cooperation has recently led to the signature of the first engineering agreement for the FEED of a waste to methanol project for a confidential client in Europe. Additionally, there are various other confidential opportunities that are progressing at different levels of development across the globe. The process uses municipal and industrial waste that cannot be mechanically recycled as the feedstock, and it chemically recycles it into synthesis gas via a partial oxidation process. The synthesis gas is then purified and conditioned, transformed into methanol and distilled to the required purity level. Circular MethanolTM flowsheet can also be applied to biomass conversion as well as incorporate the addition of low carbon hydrogen to maximise the carbon utilisation. https://bit.ly/3UZ0kSz #methanol #sustainable #marine #maritime #efuel #futurefuel #energytransition #renewable #alternativefuel