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Latest Daphne Technology news & announcements

Daphne Solutions launches its new entity - Daphne Solutions SA

Daphne Technology SA, a pioneer in climate deep-tech solutions, is announcing the launch of its new entity, Daphne Solutions SA. This strategic spin-off is positioned to better serve customers by offering project engineering solutions integrating its innovative technologies for sulphur removal and carbon management through circular economy initiatives. SulPure® technology As a spin-off of Daphne Technology, Daphne Solutions will take over key projects, such as the SulPure® technology, which transforms harmful H2S waste stream from gas processing into ammonium sulfate fertiliser, and the carbon capture developments. This move allows Daphne Solutions to streamline operations and focus solely on providing sustainable, waste-to-value solutions that benefit the environment and generate economic returns for industrial clients. Decarbonising portfolio Establishing a separate entity allows them to better focus on these specialised areas Daphne Technology has developed a broad portfolio of technologies aimed at decarbonising industries. Given the strategic importance and distinct market dynamics of sulphur removal and carbon capture, establishing a separate entity allows them to better focus on these specialised areas and fully capitalise on emerging opportunities in the circular economy. Daphne Solutions will focus on circular economy projects that involve local stakeholders and leverage the latest advances in sulphur removal and carbon management. Minimising environmental impact "We are launching Daphne Solutions to better serve our customers with a dedicated focus on creating value from emissions," said Dr. Mario Michan, Founder and CEO of Daphne Technology. Dr. Mario Michan adds, "The new entity will focus on delivering circular economy solutions that help industries convert emissions into valuable resources, while minimising their environmental impact." Mobile carbon capture technology These portable, energy-efficient systems can be easily scaled to meet facility needs In addition to sulphur removal, Daphne Solutions will introduce mobile carbon capture technology to help industries manage emissions at the source. These portable, energy-efficient systems can be easily scaled to meet facility needs. By capturing carbon before it is released into the atmosphere, Daphne Solutions aims to support global efforts to combat climate change and help industries meet tightening regulatory requirements.  Sustainability goals This portfolio of solutions addresses the growing demand for technologies that reduce greenhouse gas emissions and convert industrial waste into economically viable products. Working closely with local governments and industry partners, Daphne Solutions will implement solutions that support long-term sustainability goals.

Daphne Technology & Williams collaborate on DOE MERP grant

Daphne Technology and Williams, an energy infrastructure company, are proud to announce their collaboration on the U.S. Department of Energy's (DOE) Methane Emissions Reduction Program (MERP) grant. This partnership underscores both companies' commitment to reducing methane emissions. Methane abatement technologies As part of this collaboration, Daphne Technology and Williams will leverage their combined expertise to advance methane abatement technologies that align with MERP's goals. The program, designed to reduce methane emissions in the exhaust of natural gas engines (aka ‘slip’), aims to drive innovation and deploy cutting-edge solutions to significantly reduce greenhouse gas emissions. SlipPure™ system SlipPure™ system for field demonstration on Williams natural gas engines at multiple locations As the primary applicant on the MERP grant, Daphne Technology commits to providing its SlipPure™ system for field demonstration on Williams natural gas engines at multiple locations across the United States.  In addition to providing access to their natural gas engines, Williams will install and operate the SlipPure™ systems. Lowering GHG emissions At the end of this collaboration, Daphne Technology will have matured its SlipPure™ technology while Williams will have been able to thoroughly vet an innovative technology in addition to further lowering their GHG emissions.  "As demand for natural gas accelerates, Williams is dedicated to advancing the decarbonisation of our industry through various initiatives, including the use of innovative technology,” said Vice President of Williams New Energy Ventures, Jaclyn Presnal. MERP grant “We are excited to partner with Daphne on this grant and are optimistic we will have the opportunity to pilot this technology and eventually adopt it across our business to help meet our climate goals and those of our customers.”  "Partnering with Williams on the MERP grant will not only help us accelerate commercialisation of our SlipPure™ product, but it also allows us to work with a company on the forefront of methane emission reduction," said Jamie Brick, Managing Director of North America at Daphne Technology. "It is great working with Williams. Their expertise and commitment to the environment and innovation are impressive."

Daphne Technology's SlipPure™ gets AiP from Lloyd's Register

Daphne Technology’s innovative SlipPure™ system has been awarded Approval in Principle (AiP) from Lloyd's Register (“LR”) for its Plasma-Catalytic technology, with LR witnessed results confirming its performance. This recognition marks a significant milestone in the fight against methane slips in the maritime and land-based oil and gas industries. The advanced SlipPure™ system, which previously received AiP for its plasma-only configuration, now runs its full Plasma-Catalytic process. This advanced technology improves efficiency by lowering plasma power consumption, enabling very high methane slip reductions at exhaust temperatures well below those required for catalyst-only solutions, in Daphne Technology’s view, making it both the most effective and efficient methane slip reduction system available. The SlipPure™ Plasma-Catalysis system is also Approved in Principle by DNV. Methane slip reduction Reducing methane emissions is vital as it is liable for at least a quarter of the recent global warming Methane slip is a major contributor to greenhouse gas emissions, with a global warming potential 28 times greater than that of CO2 over a 100-year period. Reducing methane emissions is crucial as it is responsible for at least a quarter of the current global warming. As it has a much shorter atmospheric lifetime compared to CO2, cutting methane emissions now can lead to faster climate benefits. Daphne Technology believes it is the only company actively developing a Plasma-Catalysis system for methane slip reduction. This advanced system integrates the patented wavelet pulse power (WPP) supply technology to generate plasma and utilises the proprietary catalyst, ensuring unmatched performance and efficiency. Plasma-Catalytic process SlipPure™ has undergone several rigorous test campaigns utilising exhaust gas produced from a land-based test engine (746 kW lean burn spark ignited engine type RR MTU 8V4000M55RN) installed at the Maritime Centre of the University of Applied Science in Flensburg, Germany. The Plasma-Catalytic process was evaluated over nearly 100 h of operation In January 2023, safe operation of the WPP power supply in the plasma-only system was demonstrated over nearly 75 hours of operation. Earlier this year, the Plasma-Catalytic process was evaluated over nearly 100 hours of operation, and LR witnessed 4.0 g/kWh removal of methane slip (62% methane slip reduction at 75% load) from exhaust gas with temperatures as low as 380°C. Reducing methane emissions "We are again very honoured to be working closely with Lloyd's Register and delighted to receive this AiP," said Dr. Mario Michan, CEO and Founder of Daphne Technology. "This approval in principle validates our innovative approach, and the witnessed results are a testament to the efficacy and reliability of our SlipPure™ system. The performance results demonstrate our technology's readiness for market deployment and its impact on reducing methane emissions." Panos Mitrou, Lloyd's Register Global Gas Segment Director, said: “LR has been working with Daphne Technology for several years and following recent testing, it’s clear that its Plasma-Catalytic technology is moving the bar in helping companies to meaningfully mitigate methane slip in the maritime and land-based oil and gas industries.” Key Benefits of the SlipPure™ Plasma-Catalysis System Reduced Power Consumption: More energy-efficient compared to plasma-only systems. Feasibility: Operates effectively at the lower exhaust temperatures typical of marine engines. Innovative Technology: Combines the strengths of plasma and catalysis for superior methane abatement. Reporting of GHG emissions SlipPure™ with Daphne Technology's PureMetrics™ improves the point of methane slip drop The Plasma-Catalysis system represents a breakthrough in methane abatement technology, significantly enhancing the efficacy of SlipPure™ while reducing power consumption and maintaining operational feasibility. Additionally, combining SlipPure™ with Daphne Technology's PureMetrics™ enhances the effectiveness of methane slip reduction by providing accurate quantification and reporting of GHG emissions. PureMetrics™ is essential for monitoring the real-time impact of SlipPure™, offering auditable reports and operational insights. Next version of SlipPure™ This integration ensures compliance with environmental regulations and helps companies achieve their sustainability goals by providing a clear picture of their emissions. The next version of SlipPure™ is currently being manufactured for deployment in November 2024 with a US Oil super-major, highlighting the commitment to continuous improvement and market readiness.

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