CERT Systems, based in Toronto, Canada, has developed a cutting-edge Direct CO2 Electrolysis technology for the sustainable production of ethylene, a key chemical in various industries. Unlike traditional processes, this technology can generate ethylene from CO2 and water in a single step, without the need for additional hydrogen sources or intermediate feedstocks like syngas or ethanol. The innovative approach aims to streamline the ethylene production process, making it more cost-effective and environmentally friendly. The technology's flexibility allows it to utilize different sources of CO2, including industrial emissions and atmospheric CO2. A successful pilot project at the Shepard Energy Centre in Calgary showcased the technology's capability to convert significant amounts of CO2 into ethylene daily. This breakthrough has attracted global interest, leading to a research partnership with AGC, Inc. from Tokyo. The collaboration focuses on enhancing the technology for widespread commercial implementation, offering industries a way to convert their emissions into valuable ethylene feedstocks internally. Future plans involve scaling up the technology and increasing its tolerance to various feed compositions. The company also aims to explore applications beyond ethylene production, such as developing sustainable aviation fuel, showcasing the versatility and potential impact of this innovative electrolysis technology in decarbonizing the chemical industry. With its promising advancements and strategic partnerships, CERT Systems is at the forefront of revolutionizing ethylene production and advancing sustainable solutions for the process industries.