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

NEXTCHEM to Conduct Feasibility Study on Low-Carbon #Fertilizer Italian #engineering group Maire Tecnimont announced that its subsidiary NextChem, which specializes in sustainable technology solutions, has been awarded a feasibility study and a pre-FEED (front-end engineering design) contract by FertigHy to use NX Stami Green Ammonia and NX Stami Nitric Acid technologies. The FertigHy consortium, established in 2023, is composed of a cross-value chain combination of shareholders, including EIT InnoEnergy, Ric Energy Group, Maire , Siemens Financial Services, InVivo and The HEINEKEN Company. This consortium aims to drive the continuous #decarbonization of the European economy. The first plant to be built in #France, which is scheduled to start construction in 2027, will produce 500,000 t/y of low-carbon nitrogen-based fertilizers, from hydrogen obtained by renewable and low carbon electricity. FertigHy aims to replicate this integrated concept in other European countries to potentially reduce single plant emissions by up to one million tons of CO2 per year. Read more on #CMI online: https://lnkd.in/e2aCGxzT

South Korea’s LG Chem and Italy’s Eni signed a joint venture agreement to develop a biorefinery in Daesan, South Korea capable of processing approximately 400,000 tons of renewable bio-feedstocks annually to produce multiple products including sustainable aviation fuel (SAF), hydrotreated vegetable pil (HVO), and bio-naphtha. The new refinery will be developed at the existing LG Chem’s integrated petrochemical complex in Daesan, South Korea. “Biofuel production is one of the main pillars of our strategy to contribute to reach net zero emissions by 2050 also through the sale of increasingly decarbonized products to our clients. The biorefinery project we are working on together with LG Chem is a key element to expand Enilive biorefining presence internationally, to raise its capacity from current 1.65m tons/year to over 5m tons/year by 2030 and to increase the optionality of SAF production to up to 2m tons/year from 2030,” said Claudio Descalzi, CEO, Eni Energies et Services. The final investment decision on the project using Eni’s Ecofining™ technology is expected in 2024 with aim to complete the biorefinery by 2026. “This agreement holds significant meaning as it represents the collaboration and joint effort of global leading companies towards the common goal of ‘Net Zero’,” commented Hak Cheol Shin, CEO, LG Chem. “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.” #avfoilnews #avaition #sustainability #sustainableaviationfuel

LG Chem, Eni to setup biorefinery in South Korea South Korea’s LG Chem and Italy’s Eni signed a joint venture agreement to develop a biorefinery in Daesan, South Korea capable of processing approximately 400,000 tons of renewable bio-feedstocks annually to produce multiple products including sustainable aviation fuel (SAF), hydrotreated vegetable pil (HVO), and bio-naphtha. The new refinery will be developed at the existing LG Chem’s integrated petrochemical complex in Daesan, South Korea. #SAFAviation #SustainableAviationFuel #CleanAviation #ReduceCarbonEmissions #NetZeroAviation #AviationSustainability #DecarbonizeAviation #FutureOfAviation #SustainableTravel Read full below. https://lnkd.in/epmvxfbw

Commercialisation of the bioeconomy is key.

The Renewable Materials Conference in Sieburg/Cologne, Germany from 11-13 June 2024 is a unique opportunity for sponsors to showcase themselves and have a positive impact on renewable materials research. Here are some reasons why you should be there as a sponsor - Visibility and networking: As a sponsor, you will have the opportunity to present your company or organisation to an international audience of researchers, scientists and industry experts. Use this platform to make new contacts and strengthen existing relationships. - Innovation and research: The Renewable Materials Conference brings together leading minds in fossil free materials research. As a sponsor, you can experience the latest developments and innovations in this field at first hand and be inspired. - Sustainability and responsibility: The conference focusses on sustainable renewable materials and technologies. As a sponsor, you demonstrate your commitment to environmental protection and responsible behaviour. - Market leadership: By supporting the conference, you position yourself as a pioneer in the industry and strengthen your brand image. - Knowledge transfer: The Renewable Materials Conference offers a wealth of presentations, workshops and discussions. As a sponsor, you have access to valuable knowledge and can benefit from the experts' insights. Be part of this pioneering event and shape the future of materials research with us. #renewablecarbon #bioeconomy #biobased #ccu #useco2 #recycling #fossilfree #chemicalindustry #sustainability #chemicalindustry #sustainabledevelopment #renewablecarbon

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

Wade Maxwell, VP engineering, Exxon Mobil Technology & Engineering Co., speaking at #ARCForum: -- On hydrogen: Exxon currently produces about 1 million tons of hydrogen a year. Working to develop new technologies to produce hydrogen at a lower cost. This includes a blue hydrogen facility at its Baytown complex. Plant will have capacity to produce 1 billion cubic feet of hydrogen per day with the ability to capture 98% or more of CO2 from the facility. --Sustainable solutions: Company is researching low-emissions fuels derived from agricultural waste that don’t compete with food supply. Commercial transportation is a target for this research. -- Plastics: Through its Exxtend technology, the company is converting waste plastics into its "molecular building blocks" so it can be used to create new plastics. Goal is to produce 1 billion pounds per year of renewable plastics at its Baytown site by 2026. -- Lithium extraction: On the company's recent activities in Arkansas, Maxwell highlighted the direct lithium extraction process as a way to leverage its existing capabilities in oil and gas exploration and chemicals production. He said the process is two-thirds less carbon intensive than hard-rock mining. The goal is to start production in 2027.

Methanex Corporation and Entropy Inc partner to reduce emissions in methanol production - Methanex and Entropy partner to invest in a pre-FEED study for carbon capture technology at a facility in Alberta - Collaboration aims to capture approximately 400 tpd of CO2 emissions and create additional methanol - Investment of approximately CAD $100 million expected to create jobs and promote low-carbon transition - Project involves innovative use of CO2 as feedstock for methanol production, with the remaining CO2 sequestered underground - Stakeholders express excitement for the project's potential to contribute to carbon reduction goals in Alberta and create economic resilience https://lnkd.in/gGB_8pHe

Great work, Abu Yousuf, for your outstanding contributions as the lead editor of this published book on "Biogas to Biomethane: Engineering, Production, Sustainability." Your efforts have truly shone a spotlight on the technical, social, and economic dimensions of biogas upgradation to biomethane. https://lnkd.in/gnQsTz35