UniSieve AG

#Decarbonisation #Innovation #Sustainability #Technology #UniSieve #GlobalCollaboration #Japan

Racing UniSieve: 113 km track completed 14’000 participants were participating in this year’s SOLA relay, and our UniSieve team of 14 members successfully completed the 113km around Zürich. Perfectly reflecting the UniSieve AG mindset, everyone pushed not only their physical but also their mental limits. We’re proud of our team’s team effort and the drive to work with “Body, Brain, and Soul” on our daily mission to “Decarbonizing Heavy-Emitting Industry with Sieving Membranes.” A heartfelt thank you to the Akademischer Sportverband Zürich (ASVZ) the #SOLAstafette organization and our dedicated runners: Zampese Marco Paolo, Samuel Hess, Jens Ammann, Jan Wixinger, Hagen R., Catarina Rebelo, Natália Molnárová, Marc Nicolas, Jasmine Tacneng, Elia Schneider, Marie Jehannin, Pascal Schlatter, Mae McKenna and Anna Thumann. See our video here: https://lnkd.in/d9RUyzJr #Teamwork  #Collaboration #Sustainability #UniSieve #cleantech

We're looking for team support!

Carbon tech startup to watch (2024), Sifted: UniSieve's latest efforts to decarbonize the heavy-emitting industry were demonstrated by "Trift". Trift, our pilot unit named after a Swiss glacier, successfully separated CO2 from a waste incineration plant. We're excited to see increased awareness regarding UniSieve's efforts for a cleaner future and thank Jonathan Sinclair for including us in this year's Sifted Carbon tech Briefing. 🌱Contact us to learn more about the UniSieve Solution! Join us in championing sustainable solutions for a cleaner, greener, and more sustainable future at www.unisieve.com! Together, we will make THE difference. 🌐🌍 #Unisieve #DecarbonizationInnovation #SustainabilityLeadership #CO2CaptureTechnology #sustainability #innovation #environment #climatechange #tech #energy #renewables #sustainable #renewableenergy #esg #plastic #leadership #climateation #netzero #greenindustry #carboncature #CCUS #CCU #CCS https://lnkd.in/dCSZwz_f

🌐 UniSieve. Decarbonizing Heavy-Emitting Industries! 🌿   Dedicated to transforming heavy emitting industries, UniSieve achieves yet another breakthrough milestone in CO2 capture! 🏭💨 Our pilot plant, named after the Swiss glacier "Trift," has successfully extracted CO2 from a Swiss KVA. The waste incineration plant that converts waste to energy deployed UniSieve’s resilient membrane technology throughout 2023.   🔬 UniSieve membrane solution proved its reliability even under the demanding conditions of incineration plant exhaust. This milestone demonstrates that UniSieve's technology is an extremely viable option for CO2 capture in combustion processes.   💡 What sets us apart? UniSieve's membrane technology allows for the physical sieving of gas compositions at an industrial scale in a very simple, robust, and modular design. Our solution is fully electrified and avoids any dangerous handling of chemicals that produce toxic emissions. At the same time, our technology is more energy-efficient than the state of the art. An ideal prerequisite for the sequential liquefication of CO2, facilitating efficient transportation and/or storage.   🌱 Join us in championing sustainable solutions for a cleaner, greener, and more sustainable future at www.unisieve.com! Together, we will make THE difference.   🌐🌍 #Unisieve #DecarbonizationInnovation #SustainabilityLeadership #CO2CaptureTechnology #sustainability #innovation #environment #climatechange #tech #energy #renewables #sustainable #renewableenergy #esg #plastic #leadership #climateation #netzero #greenindustry #carboncature #CCUS #CCU #CCS

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We're #hiring a new Head of Operations in Zurich. Apply today or share this post with your network.

Plastic – A Happy End to a Toxic Story?  The dilemma: it is undeniable that polyolefins - or simpler plastics - have a dark side. Few images illustrate plastic-caused pollution more emphatically than the sadly iconic turtle navigating through an ocean of plastic. To make matters worse, plastic production is a heavy emitter of the greenhouse gas CO2. Yet, plastic is vital for modern life. From examination gloves to dialysis equipment to prosthetic limbs, much of our advanced medicine is unthinkable without it. Food waste would rocket through the roof without plastic conservation. Electric cables without plastic insulation? Deadly.  Yes, in some cases, plastic could be replaced with other materials. However, such substitutes often leave an even worse footprint. Hence, replacing plastic isn’t the silver bullet.   A sustainable plastic future - learnings from this year’s Active Communications International (ACI Europe) “Future of Polyolefins.” So, how can plastic become sustainable? With recycling and with circularity!   Classic plastic recycling has two steps: 1: At the end of its lifecycle, users must bring plastic products to collection points. 2: Mechanical recycling separates the plastic from other materials, crushes it, and remelts it into granulates used to produce new plastic. However, the quality of such plastic is limited. For true sustainability, high-quality plastic cannot only be downcycled to lower-quality grades but must become high-quality polyolefins again. Such circularity requires a third step: 3: Chemical recycling splits polymers and converts plastic waste into pyrolysis oil. This “recycled” oil now replaces part or all the conventional fossil oil feedstock of chemical plants, producing new olefins of any quality level.   Unfortunately, chemical recycling is energy-intensive and hence expensive. Adding further energy cost pressure to an already very energy-intensive industry that has seen energy prices rocketing through the roof, where feedstock is already too costly and regulatory burdens are piling up—a harsh environment for new investments into sustainability.   UniSieve’s Support Here, we can give a hand. UniSieve`s universal sieving membranes are up to 90% more energy efficient than conventional thermal separation technologies used for polyolefins production. Saving drastically on energy costs provides the required operational levy to incorporate more recycled oil as feedstock.   Our solution can be added to existing chemical and chemical recycling plants to improve production yields of existing separation equipment or completely replace such equipment. This fully electrified approach avoids 100% of the previously required fossil fuel and its associated CO2 emissions. Residual CO2 emissions can be captured by our point source solutions.   Want to learn more about reducing your carbon footprint and saving on energy and feedstock expenditures via membranes? Visit www.unisieve.com or contact us at [email protected]

180 investors and 19 presenting companies participated at this year's European Venture Fair, organized by Emerald Technology Ventures and sponsored by partners including Demeter, OGCI (Oil and Gas Climate Initiative), Aramco Ventures, Dow, and bp. We thank the organizers for inviting UniSieve to pitch and support our mission of decarbonizing heavy-emitting industries with UniSieve's unique membrane solution! https://lnkd.in/ejC6a3SN #EVF23 #climatetech #energytransition #hydrogenstrategy

Innosuisse supported UniSieve AG's mission of decarbonizing heavy industries from the very beginning. We were excited to host the Innosuisse film crew at our offices and production facilities and thank the team for the result. Check out the article and video: https://lnkd.in/eg7bf7AP