Non-metallic Innovation Centre’s Post

Partnership with Heidelberg Materials for the GeZero carbon capture project 🌱 thyssenkrupp Polysius will design the clinker production line for the GeZero CCS project in Geseke, Germany, following the signing of a front-end engineering design contract. The GeZero project, supported by the EU Innovation Fund, will be one of the first European cement plants capable of producing net-zero cement and clinker on a carbon capture and storage (CCS) basis. When completed in 2029, the plant will have a potential capture capacity of 700,000 tons per year and will incorporate the polysius® pure oxyfuel technology. 💡 💬 Christian Myland, CEO of thyssenkrupp Polysius, states: "We are proud to be involved in this flagship project for one of the world's leading cement producers. It once again underlines the acceptance of the polysius® pure oxyfuel process developed by us as one of the most promising technologies for CO2 reduction in the construction industry". #carboncapture #GeZero #pureoxyfuel #Polysius #cementindustry

Have you ever wondered about the chemicals that silently shape our lives? Where do they come from, and what roles do they play?... The HYPER project is tackling these questions head-on – we are revolutionizing hydrogen peroxide production for a greener future! HYPER is a Horizon Europe Project and is made possible thanks to the funding from the European Commission. Wondering how we’re reshaping the chemical industry? WATCH OUR LATEST VIDEO HERE! https://lnkd.in/dJ6Rq_Fx Project partners: SINTEF, CONDIAS GmbH, AristEng Sarl, HELIOS RESINS, Kemijski inštitut - National Institute of Chemistry, Process Design Center, ETA Florence Renewable Energies, INERIS, Jozef Stefan Institute, ANDRITZ, Eilenburger Elektrolyse- und Umwelttechnik GmbH, INOTEX, Processes4Planet Partnership #greenchemistry #electrified #europeancommission #circulareconomy #safe #costefficiency #europe #future #technology #chemistry #research #design #engineers #project #innovation #sustainability #chemicalindustry

Join Callum O'Reilly, Senior Editor of Hydrocarbon Engineering, as he interviews Luis Hoffmann, Head of Renewables Process Technology, Sulzer Chemtech, and Emmanuelle Chauveau, Product Line Manager, Sulzer Chemtech, in an exclusive Spotlight Q&A Interview. They consider why polymer recycling presents both a critical challenge and an opportunity to incorporate sustainability in industrial practices worldwide, and explore how dissolution recycling can capture the space between mechanical recycling and chemical recycling. Watch the full conversation here: https://bit.ly/3AagpgC #SulzerChemtech #PolymerRecycling #Innovation #HydrocarbonEngineering #CircularEconomy

Sustainable Aviation Fuel (SAF): A Vision for Future Generations As the world moves towards a more sustainable future, the aviation industry is at the forefront of this transformation. One of the most promising advancements in this sector is the development and implementation of Sustainable Aviation Fuel (SAF). SAF represents a major shift towards reducing the carbon footprint of air travel, ensuring that flying remains a viable and responsible mode of transportation for future generations. The Importance of Sustainable Aviation Flying has been an integral part of modern society, connecting people, cultures, and economies across the globe. It has enabled unprecedented levels of global mobility and economic growth. However, the environmental impact of aviation, particularly its contribution to greenhouse gas emissions, has become a significant concern. To address this, the aviation industry is turning to innovative technologies and alternative fuels like SAF to create a more sustainable future. SAF is a type of aviation fuel derived from sustainable resources such as waste oils, agricultural residues, and even carbon captured from the atmosphere. Unlike traditional jet fuel, which is derived from fossil fuels, SAF can significantly reduce the carbon emissions associated with flying. Here are some key characteristics and benefits of SAF: Reduced Carbon Footprint, Renewable Sources utilization & Compatibility. The production of SAF involves several cutting-edge technologies that ensure its sustainability and efficiency: Feedstock Processing: Advanced biochemical and thermochemical processes convert raw materials into fuel. This includes technologies like hydroprocessing of esters and fatty acids (HEFA). Carbon Capture and Utilization (CCU): Innovative methods capture CO2 from industrial processes or directly from the air, converting it into sustainable fuel. Hydrogen: it is the first building block to link renewable energy and green chemicals. The adoption of Sustainable Aviation Fuel represents a transformative step towards a greener and more sustainable aviation industry. By investing in SAF technologies and supporting their development, we can ensure that flying continues to be a force for good in society, connecting the world while preserving it for future generations. The journey towards sustainable aviation is not just about reducing emissions; it's about redefining how we interact with our planet and securing a healthier, more sustainable future for all. Gabriele Albasio, Giovanni Sale, Massimo Di Amato, Fabio Brignoli, Federico Brenna, Daniele Provenziani, Alessandro Bernini, Mohammed Nafid

How can technology help the chemical industry achieve its energy transition goals while maintaining global competitiveness? Find it out during the CHEMTECH SYNERGY 2024 event! Agoria #Technology

thyssenkrupp nucera partners with Chlorum Solutions USA for #chlor-alkali plant in the U.S. thyssenkrupp nucera will oversee the #engineering and #procurement of the plant’s #chlor-alkaline #electrolyzer using skid-mounted #technology https://lnkd.in/g-upVTPT

Heart of the Compressors 💚🤍🖤❤️💚🤍🖤❤️💚🤍🖤❤️ KBDME Compressor Valves & Accessories FZCO. Dubai 🇦🇪Ajman🇦🇪 💚🤍🖤❤️💚🤍🖤❤️💚🤍🖤❤️ Compressor valves are often referred to as the heart of the compressor, crucial for regulating the flow of gases and ensuring efficient operation. The quality of these valves directly impacts the performance, reliability, and longevity of the compressor. High-quality valves ensure precise control over intake and discharge cycles, minimizing energy consumption and reducing the risk of leaks and pressure drops. Conversely, inferior valves can lead to inefficiencies, increased operational costs, and frequent maintenance issues. Therefore, maintenance at regular intervals with high-quality internals is essential for maintaining optimal performance and ensuring the longevity of the entire compressor system. 💚🤍🖤❤️💚🤍🖤❤️💚🤍🖤❤️

Congratulations to Sylvatex (SVX) who has secured $1.4 million in project funding from the Advanced Research Projects Agency-Energy (ARPA-E)! This significant support will enhance their innovative work in producing lower-cost, lower-carbon cathode active materials for electric vehicle and energy storage batteries. Originally awarded $500k under the SEED program, this additional funding will propel Sylvatex’s mission to develop competitive battery-grade lithium iron phosphate materials. Their groundbreaking nanomaterial platform is set to transform domestic battery manufacturing and strengthen supply chain security. By focusing on low-cost feedstocks and efficient production processes, Sylvatex is committed to driving down costs and improving performance, making electric vehicles more accessible for all. #Sylvatex #Ideaship #GlobalTechnologyTransferGroup #GTTGroup #SustainableEnergy #ARPAE #ElectricVehicles #CleanEnergy #BatteryTechnology

Exciting milestone for #TITAN and our pioneering carbon capture project #IFESTOS! We were honored to welcome thyssenkrupp Polysius to our Athens Headquarters to celebrate the signing of the Front-End Engineering Design (#FEED) #contract for IFESTOS. This partnership represents a significant step forward in the implementation of one of the largest carbon capture projects in Europe. Set to be deployed at our Kamari plant near Athens, Greece, the project aims to reduce CO2 emissions of the plant to #netzero and enable the annual production of more than 3 million tons of #zerocarbon #cement. Under the agreement, thyssenkrupp Polysius will design and equip the two kiln lines of the Kamari plant with oxyfuel systems for CO2 capture. First -and second- generation oxyfuel and cryogenic capture technologies will combine to capture 98.5% of the plant’s CO₂ emissions. You may find out more here 👉 https://lnkd.in/dyrn9Uk4 Together, we are pushing the boundaries of innovation and sustainability in the cement industry, paving the way for a greener future! 🌱🌍 In the photo from the left: Samir Cairae, Chief Technology Officer of TITAN Group Dr. Cetin Nazikkol, Chief strategy officer of thyssenkrupp Decarbon Technologies Group Marcel Cobuz, Chairman of TITAN Group Executive Committee Christian Myland, CEO of thyssenkrupp Polysius GmbH #sustainablegrowth #TitanTeam #innovation #climateaction #InnovationFund

Congratulations to Sylvatex (SVX) who has secured $1.4 million in project funding from the Advanced Research Projects Agency-Energy (ARPA-E)! This significant support will enhance their innovative work in producing lower-cost, lower-carbon cathode active materials for electric vehicle and energy storage batteries. Originally awarded $500k under the SEED program, this additional funding will propel Sylvatex’s mission to develop competitive battery-grade lithium iron phosphate materials. Their groundbreaking nanomaterial platform is set to transform domestic battery manufacturing and strengthen supply chain security. By focusing on low-cost feedstocks and efficient production processes, Sylvatex is committed to driving down costs and improving performance, making electric vehicles more accessible for all. #Sylvatex #Ideaship #GlobalTechnologyTransferGroup #GTTGroup #SustainableEnergy #ARPAE #ElectricVehicles #CleanEnergy #BatteryTechnology