The post Daphne Technology and Maran Gas Conclude First Shipboard Plasma-Catalytic Methane Abatement Pilot appeared first on Daphne Technology.
]]>Lausanne, Switzerland, October 30th 2025 – Daphne Technology and Maran Gas, part of the Angelicoussis Group, announce the conclusion of their joint pilot project that marked the first deployment of SlipPureTM Plasma-Catalytic Methane Slip Aftertreatment system on board the commercial LNG carrier, the Maran Gas Chios. The pilot reflects the commitment of both companies to explore innovative solutions for reducing methane emissions from shipping.
Image Credit: LNG-carrier Maran Gas Chios, by the Angelicoussis Group.
Methane slip, the unburned methane released from dual-fuel marine engines, remains a key challenge for LNG-fuelled vessels. Addressing this challenge is essential to unlock the full potential of LNG as a lower-emission marine fuel. Daphne Technology’s SlipPure
system, designed to abate methane directly from exhaust gases, was retrofitted on board the vessel to test the feasibility of this approach under real operating conditions.
During the trial, Daphne Technology achieved reductions of up to 4 ± 2 g/kWh methane slip, demonstrating that plasma-catalytic-based abatement is possible on board an LNG carrier. These results represent a first step in validating the technology at sea and provide critical insights for the next phase of development.
By taking part in this pioneering initiative, the Angelicoussis Group has demonstrated its role as an early adopter willing to support the testing of first-generation technologies and decarbonise the maritime industry. Allowing the installation and operation of a first-of-a-kind (FOAK) technology on a vessel in commercial service required a clear commitment to advancing solutions that benefit the wider industry.
Ivan Raleff, Managing Director of Daphne Technology in Switzerland, said: “This was the first time SilpPure Plasma-Catalytic system has been deployed on a ship. It represented a bold step into uncharted territory, and the opportunity to conduct the trial has given us invaluable insights into how methane abatement systems behave in real-life maritime environments. These learnings are fundamental to the next phase of product development, and we are deeply grateful to the Angelicoussis Group for their openness, trust and support in enabling this milestone pilot.”
Andreas Spertos, Technical Director at Maran Gas Maritime Inc., commented: “Methane slip reduction is an inherent challenge for engines running on gas. When combined with the adversities of the marine environment, the challenge becomes exponentially more difficult. The successful demonstration onboard Maran Gas Chios is a landmark methane abatement technology trial. Together with Daphne, we successfully performed the test, verified the potentials, and identified improvements that will support the continuous development of this promising technology.”
The collaboration underlines the importance of partnership in tackling methane emissions. Both companies highlight the value of the insights generated, which will guide further innovation and help reduce risks for future deployments.
The pilot project also illustrates the broader role of early adopters in the energy transition. By taking on risk and providing operational platforms for emerging solutions, companies like the Angelicoussis Group accelerate the development of technologies that may become critical in reducing emissions from hard-to-abate sectors such as shipping.
The SlipPure Plasma – Catalytic system, in conjunction with Daphne Technology’s already commercialised PureMetrics emissions monitoring platform, continues to be developed with the aim of offering scalable methane abatement solutions for both land-based and marine applications.
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Notes to editors
About Daphne Technology
Daphne Technology is dedicated to reducing methane emissions from gas-powered engines on land and at sea. Our innovative products reduce engine exhaust methane (aka ‘slip’) and provide real-time emissions data, enabling operators to meet stringent regulatory standards, enhance environmental responsibility, and improve operational efficiency. Backed by global industrial leaders, we are recognised for our contributions to a cleaner, more sustainable future. Learn more at daphnetech.com
About SlipPure
SlipPure is an innovative exhaust gas cleaning system specifically designed to remove methane from exhaust gases. It is a solution for natural gas-fired internal combustion engines in maritime, oil & gas and land-based industries. SlipPureTM is an environmentally responsible and technologically advanced solution for industries looking to reduce their carbon footprint and meet sustainability targets.
About Angelicoussis Group
The Angelicoussis Group is a privately owned group of affiliated shipping companies dating back to 1947. The Group operates a modern, diversified fleet serving the oil, gas and dry cargo markets through Athens-based companies, Maran Tankers Management (MTM), Maran Gas Maritime (MGM) and Maran Dry Management (MDM), and Maran Shuttle Tankers (MST), based in Stavanger, Norway. The Group has more than 75 years of family legacy providing best-in-class shipping services, operational excellence and industry-leading safety performance. Today, with 8,500-plus employees, 160 vessels on the water and 22 vessels on order, the Angelicoussis Group is one of the world’s largest privately owned shipping groups. Find out more at: https://angelicoussisgroup.com/
Press Contact for the Angelicoussis Group
Elisabeth Morris-Maragoula
[email protected]
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]]>The post Daphne Technology Wins Two Awards at the 2025 SPE ATCE Startup Village appeared first on Daphne Technology.
]]>Houston, Texas, October 28th, 2025 – Daphne Technology has received two awards at the Startup Village Energy Startup Competition, organised by the Society of Petroleum Engineers (SPE) during its Annual Technical Conference and Exhibition (ATCE 2025) in Houston.
Image: Award Winner; Daphne Technology at SPE ATCE 2025.
From left to right: Bryant Mueller, Detechtion; 2025 ATCE Startup Village Program Chairperson — Jamie Brick, Daphne Technology — Jennifer Miskimins, Colorado School of Mines; 2026 SPE President. Photo Credit: Todd Buchanan, Corporate Event Images.
Daphne Technology was one of ten finalists selected from energy technology companies worldwide to compete in this year’s Startup Village, where the company was awarded both the Rising Star and People’s Choice awards. The judging panel, consisting of venture capitalists, angel investors, and industry leaders, evaluated presentations covering the company’s SlipPure plasma-catalytic methane abatement technology, business model, market focus, and growth plans. The presentation demonstrated how SlipPure can significantly reduce unburned methane emissions from natural gas engines, supporting global efforts to mitigate climate impact from existing gas infrastructure.
Interim CEO Jamie Brick represented Daphne Technology during the competition and presented the company’s methane abatement solutions. Methane emissions are a critical challenge in the energy sector, with a global warming potential 28 times greater than CO2 over a 100-year period.
The competition took place on October 21, 2025, at ATCE in Houston, where each of the ten finalists had seven minutes to present their company and technology, followed by seven minutes of Q&A with the judging panel.
“We are honoured to receive both Rising Star and People’s Choice awards from the SPE,” said Jamie Brick, Interim CEO of Daphne Technology. ” The support and recognition from both the industry judges and the broader energy community demonstrate the urgent need for our technologies.”
This was Daphne Technology’s first participation in a U.S. startup competition. Receiving these awards at ATCE highlights the relevance of methane abatement technologies on a global scale and the value of connecting with industry partners committed to delivering real-world impact in emissions reduction.
About the SPE Startup Village
The Startup Village Energy Startup Competition is a partnership between SPE and the Rice Alliance for Technology and Entrepreneurship at Rice University. Since its launch in 2017, the program has awarded almost USD 500,000 in prize money to energy technology companies driving innovation in the sector.
About the Society of Petroleum Engineers
The Society of Petroleum Engineers (SPE) is a not-for-profit professional association with 132,000 members in 146 countries engaged in the exploration and production of oil and gas and related energy resources. SPE delivers solutions and empowers people to drive the energy industry forward. Members gain access to premier programs, content, and events designed to accelerate professional growth and career development, while fostering a strong network and sense of community. SPE maintains offices in Calgary, Dallas, Dubai, Houston and Kuala Lumpur.
Its Annual Technical Conference and Exhibition (ATCE) is one of the leading global events for the upstream sector, bringing together industry leaders, innovators, and professionals to exchange insights and advance solutions for a sustainable energy future. The 2025 edition took place in Houston, Texas, under the theme Solutions » People » Energy.
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Notes to editors
About Daphne Technology
Daphne Technology is dedicated to reducing methane emissions from gas-powered engines on land and at sea. Our innovative products reduce engine exhaust methane (aka ‘slip’) and provide real-time emissions data, enabling operators to meet stringent regulatory standards, enhance environmental responsibility, and improve operational efficiency. Backed by global industrial leaders, we are recognised for our contributions to a cleaner, more sustainable future. Learn more at daphnetech.com
About SlipPure
SlipPure is an innovative exhaust gas cleaning system specifically designed to remove methane from exhaust gases. It is a solution for natural gas-fired internal combustion engines in maritime, oil & gas and land-based industries. SlipPureTM is an environmentally responsible and technologically advanced solution for industries looking to reduce their carbon footprint and meet sustainability targets.
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]]>The post Daphne Technology Moves into New Houston Office appeared first on Daphne Technology.
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Image Credit: Shannon O Hara Photography – the Ion District – Houston,TX
The new office is based in the Ion District, a central hub, powered by Rice University, for innovation in Houston that connects start-ups, investors, corporations, and academic institutions. Its facilities and community programs, in the Ion—the epicenter of the district—provide opportunities for networking, collaboration, and knowledge sharing, creating an environment well-suited to business development. Within this setting, Daphne Technology’s premises include a private workspace with access to shared meeting rooms, event facilities, and collaboration areas.
“This move gives us a stable, long-term base for our U.S. operations,” said Jamie Brick, Interim CEO of Daphne Technology. “It places us in the heart of an active business community while giving us the flexibility to adapt as our needs evolve.”
The office will support Daphne Technology’s work with customers and partners in the U.S. market, focusing on methane slip abatement and emissions monitoring. The space provides flexibility for expansion in line with the company’s recruitment and growth plans.
You will find us at:
Daphne Technology
c/o The Ion, Office 211
4201 Main Street
Houston, TX 77002
USA
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]]>The post New White Paper on Direct Emissions Monitoring in Shipping appeared first on Daphne Technology.
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As regulations tighten under the EU MRV, IMO DCS, and the EU ETS, the quality of emissions data is becoming a financial and operational priority for shipowners and operators. Factor-based methods, while widely used, often leave operators exposed to reporting uncertainty, inflated carbon costs, and underestimation of methane slip.
The white paper sets out how direct measurement, as applied through PureMetrics, addresses these challenges by providing real-world exhaust data that is traceable and audit-ready. Drawing on live deployment experience, it highlights the compliance, cost, and strategic benefits of moving from assumption-based estimates to verifiable measurement. With regulators, verifiers, and charterers all increasing their scrutiny of emissions data, the findings provide valuable insight for decision-makers preparing their fleets for the next phase of compliance and competitiveness.
”The maritime sector is entering a decisive period where emissions transparency will define both compliance and competitiveness,” said Jamie Brick, Interim CEO of Daphne Technology. “This white paper reflects the technical progress achieved in collaboration with our partners, and it underlines the importance of moving from assumptions to verifiable data. Direct measurement is not just a technical step forward, it is essential for operators who want to manage costs, reduce uncertainty, and meet the expectations of regulators and stakeholders in the years ahead.”
The publication draws on extensive work by Daphne Technology’s team and industry partners, including real-world deployment of the PureMetrics system on dual-fuel vessels. It combines operational data with analysis of regulatory developments under the EU MRV and IMO DCS frameworks, as well as independent studies on methane slip and greenhouse gas factors.
Access the White Paper >>
Learn more about PureMetrics – real-time exhaust emissions measurement
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]]>The post AET Highlights Use of Daphne Technology’s PureMetrics™ appeared first on Daphne Technology.
]]> system as part of their efforts to improve emissions transparency and explore methane reduction strategies.
Image: PureMetrics installed on an AET vessel to enable real-time measurement of methane and CO₂ emissions from engine exhaust.
As part of the pilot, the PureMetrics system has been installed on two of AET’s LNG dual-fuel vessels — Eagle Ventura (Aframax) and Eagle Bintulu (VLCC). The technology enables real-time measurement of engine emissions, providing greater visibility into vessel performance and helping AET evaluate emerging solutions for methane capture, which are in early stages of development and review.
Supporting Digitalisation and Regulatory Readiness
PureMetrics supports AET’s broader digitalisation roadmap and regulatory preparedness under frameworks such as the EU Emissions Trading System (EU ETS), the IMO Data Collection System (DCS), and performance standards like the Carbon Intensity Indicator (CII) and the Energy Efficiency Existing Ship Index (EEXI).
Jamie Brick, Interim CEO of Daphne Technology, commented: “We are pleased to work with AET on this important initiative. Their leading role in piloting emerging technologies and their commitment to sustainability have made the collaboration both productive and insightful. AET’s use of PureMetrics
Operational Insights from Real-Time Measurement
PureMetrics is generating operational insights through initial installations, helping shipowners and charterers improve emissions transparency, quantify methane slip, and prepare for upcoming regulatory requirements. The system measures both CO₂ and methane (CH₄) directly from engine exhaust in real time, supporting compliance with frameworks such as the EU ETS, IMO DCS, CII, and EEXI. By delivering real-time emissions data from multiple engine stacks, PureMetrics strengthens greenhouse gas accounting and compliance readiness across dual-fuel vessel operations.
Designed for integration on LNG dual-fuel, gas-powered, and conventional engine vessels, PureMetrics is a modular emissions monitoring system that enables direct measurement of methane slip and CO₂ directly at the exhaust outlet. It supports real-time tracking of vessel emissions, aligns with EU MRV and upcoming IMO methane regulations, and provides a robust foundation for meeting carbon intensity and carbon pricing requirements in maritime operations.
Read the AET 2024–2025 Annual Review Learn more about PureMetrics – real-time exhaust emissions measurement
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]]>The post Daphne Technology SA Moves to a New Office and R&D Lab in Ecublens appeared first on Daphne Technology.
]]> New Office & R&D Lab Address
Daphne Technology SA
Chemin des Champs Courbes 5
CH-1024 Ecublens
Switzerland
Please use this address as the default billing and delivery location.
Invoicing Notice
As a fully paperless company, we do not accept paper invoices. Please ensure that all invoicing and related communications align with our digital invoicing process.
Former Locations
Our previous office and R&D Lab in Saint-Sulpice will no longer be maintained after 15th March 2025. Please update your records accordingly:
- Former Office Address:
Route Cantonale 109, 1025 Saint-Sulpice, Vaud, Switzerland - Former R&D Lab (Bill to & Delivery Address):
Chemin de la Venoge 7, 1025 Saint-Sulpice, Vaud, Switzerland
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]]>The post Daphne Technology and Williams Secure DOE Grant to Advance Methane Emission Reduction Technology appeared first on Daphne Technology.
]]>
Daphne Technology, in partnership with Williams, is pleased to announce the award of a grant worth nearly $6M from the U.S. Department of Energy’s (DOE) Methane Emissions Reduction Program (MERP). This project, titled the “Daphne and Williams Methane Slip Abatement Plasma-Catalyst Scale-Up”, highlights the critical role of innovative technologies in reducing methane emissions.
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 MERP program addresses methane emissions across various sources in the oil and gas sector, with Daphne Technology’s contribution focusing specifically on reducing methane slip—methane emissions in the exhaust of natural gas engines, commonly known as ‘slip’—through its SlipPure technology.
Daphne Technology will deploy SlipPure, its advanced plasma-catalytic system, on four engines within Williams’ U.S. operations. Williams will facilitate this initiative by installing and operating the SlipPure systems, providing access to their natural gas engines and ensuring technology is tested under diverse environmental and operational conditions. The project’s comprehensive testing will evaluate the technology’s performance, adaptability, and economic feasibility while addressing a significant challenge in the energy sector – methane emissions.
By implementing SlipPure to reduce methane emissions from natural gas engines, the initiative aims to offer a solution adaptable to one of the energy sector’s most critical challenges.
“We look forward to working with Williams in deploying our SlipPure technology across their assets,” said Jamie Brick, Managing Director North America at Daphne Technology. “Collaborating with an industrial leader like Williams” allows us to advance impactful solutions that reduce methane emissions while driving meaningful progress in combating climate change. This collaboration underscores the importance of united efforts in addressing one of the most critical climate challenges.”
“As natural gas demand continues to grow, we are excited to work hand-in-hand with Daphne on this decarbonisation initiative and are optimistic that the results of the pilot phase will lead to widespread adoption,” said Vice President of Williams New Energy Ventures, Jaclyn Presnal. “By embracing innovative technology and pragmatic solutions to reduce emissions, we are raising the bar for our industry and helping achieve climate goals for ourselves and our customers.”
Daphne Technology and Williams are committed to advancing environmental responsibility and operational efficiency in the energy industry. This project represents a significant step toward addressing methane emissions, enabling industry players to meet regulatory requirements while driving impactful environmental change.
For more information on this project and other initiatives by Daphne Technology and Williams, please visit our previous press release: Daphne Technology Partners with Williams on DOE Grant to Reduce Methane Emissions
Announcement from the U.S. Environmental Protection Agency: US Environmental Protection Agency and US Department of Energy Announce $850M to Reduce Methane Pollution from the Oil and Gas Sector
Project Selections for FOA 3256 from the U.S. Department of Energy: Methane Emissions Reduction Program Oil and Gas Methane Monitoring and Mitigation
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Notes to editors
About Daphne Technology
Daphne Technology is dedicated to reducing methane emissions from gas-powered engines on land and at sea. Our innovative products reduce engine exhaust methane (aka ‘slip’) and provide real-time emissions data, enabling operators to meet stringent regulatory standards, enhance environmental responsibility, and improve operational efficiency. Backed by global industrial leaders, we are recognised for our contributions to a cleaner, more sustainable future. Learn more at daphnetech.com
About SlipPure
SlipPure is an innovative exhaust gas cleaning system specifically designed to remove methane from exhaust gases. It is a solution for natural gas-fired internal combustion engines in maritime, oil & gas and land-based industries. SlipPureTM is an environmentally responsible and technologically advanced solution for industries looking to reduce their carbon footprint and meet sustainability targets.
About Williams
Williams (NYSE: WMB) is a trusted energy industry leader committed to safely, reliably, and responsibly meeting growing energy demand. We use our 33,000-mile pipeline infrastructure to move a third of the nation’s natural gas to where it’s needed most, supplying the energy used to heat our homes, cook our food and generate low-carbon electricity. For over a century, we’ve been driven by a passion for doing things the right way. Today, our team of problem solvers is leading the charge into the clean energy future – by powering the global economy while delivering immediate emissions reductions within our natural gas network and investing in new energy technologies. Learn more at williams.com.
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]]>The post UECC and Daphne Technology Join Forces to Drive Advanced Emissions Monitoring on UECC’s Latest Vehicle Carrier appeared first on Daphne Technology.
]]>United European Car Carriers (UECC) has chosen Daphne Technology’s PureMetrics emissions monitoring system to enhance its environmental performance. This partnership reflects both UECC and Daphne’s commitment to sustainability within the maritime industry and aligns with their mutual focus on fugitive emissions and monitoring solutions. PureMetrics will deliver real-time emissions data, enabling UECC to exceed regulatory requirements and advance a greener supply chain.
PureMetrics is expected to be operational at the beginning of 2025. Installed on Auto Aspire, 2022-built vehicle carrier with a three-engine configuration – one main engine and two auxiliary engines – PureMetrics will provide accurate emissions data and support UECC in meeting the automotive industry’s sustainability goals. This precise data will be utilised by UECC in reporting under the European Union Monitoring, Reporting and Verification (MRV) system while enhancing operational efficiency and reducing emissions in line with regulatory and competitive pressures.
“We are very excited to collaborate with UECC on this project,” said Dr Mario Michan, CEO & Founder of Daphne Technology. “Reducing emissions is essential to minimising the environmental impact of maritime transport, especially under EU ETS regulations. With PureMetrics, UECC gains precise emissions insights, helping them exceed compliance standards, control costs, and support a sustainable automotive supply chain.”
”You cannot manage what you cannot measure,” said Daniel Gent, Energy & Sustainability Manager of UECC. “This project with Daphne Technology will enable UECC to understand exactly where and when emissions occur within our operation. This allows us to move away from archaic emissions reporting and will drive data-led decisions. It is an exciting landmark in our journey to maintain the most sustainable fleet in the European RoRo sector.”
Enhancing Compliance and Operational Efficiency
This partnership positions UECC to better navigate the pressures from automotive manufacturers who are committed to reducing emissions across their supply chain. With PureMetrics, UECC can establish emissions baselines, make data-driven decisions to optimise vessel performance, enhance existing regulatory over compliance and further its competitive advantage in European ports.
Through this collaboration, UECC and Daphne Technology demonstrate how innovation and sustainability can support the maritime sector’s efforts to reduce its environmental footprint and achieve greater efficiency.
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Notes to editors
About Daphne Technology
Daphne Technology is a Swiss-headquartered methane slip abatement company dedicated to reducing methane emissions from gas-powered engines on land and at sea. Our innovative products reduce methane slip and provide real-time emissions data, enabling operators to meet stringent regulatory standards, enhance environmental responsibility, and improve operational efficiency. Committed to solving the methane emissions challenge, Daphne Technology empowers industries to navigate the energy transition with solutions that deliver measurable impact. Backed by global industrial leaders, we are recognised for our contributions to a cleaner, more sustainable future.
About PureMetrics
PureMetrics is a solution that accurately measures and reports exhaust gas emissions from ships. It is a solution for shipowners and charterers to accurately monitor and report the environmental impact of their vessels and fleets. It enables direct reporting to EU MRV and IMO DCS.
About UECC
UECC (United European Car Carriers) is a leading provider of sustainable shortsea RoRo transportation in Europe. UECC operates a fleet of Pure Car and Truck Carriers (PCTCs), delivering logistics solutions with a focus on sustainability. The company is committed to reducing its environmental impact through the Sail for Change program and other initiatives.
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]]>The post Daphne Technology Announces the Launch of Daphne Solutions SA, Focused on Sulphur Removal and Carbon Management appeared first on Daphne Technology.
]]>Daphne Technology SA, a leader 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.
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.
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 us 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.
We are launching Daphne Solutions to better serve our customers with a dedicated focus on creating value from emissions. The new entity will focus on delivering circular economy solutions that help industries convert emissions into valuable resources while minimising their environmental impact.
Dr Mario Michan, Founder & CEO
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. 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.
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Notes to editors
About Daphne Technology
Daphne Technology is a Swiss-headquartered methane slip abatement company dedicated to reducing methane emissions from gas-powered engines on land and at sea. Our innovative products reduce methane slip and provide real-time emissions data, enabling operators to meet stringent regulatory standards, enhance environmental responsibility, and improve operational efficiency. Committed to solving the methane emissions challenge, Daphne Technology empowers industries to navigate the energy transition with solutions that deliver measurable impact. Backed by global industrial leaders, we are recognised for our contributions to a cleaner, more sustainable future.
About Daphne Solutions
Daphne Solutions SA is a spin-off from Daphne Technology, established to help industries manage sulphur removal and carbon emissions. We transform harmful industrial emissions into valuable resources through innovative circular economy solutions. Our technologies help businesses meet regulatory standards while turning waste into economic opportunities. By collaborating with local governments and industry partners, we aim to deliver sustainable solutions that provide long-term environmental and economic benefits. For more information, go to daphnesolutions.com
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]]>The post Daphne Technology Partners with Williams on DOE Grant to Reduce Methane Emissions appeared first on Daphne Technology.
]]>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.
As the primary applicant on the MERP grant, Daphne Technology commits to provide 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.
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 decarbonization of our industry through various initiatives, including the use of innovative technology,” said Vice President of Williams New Energy Ventures, Jaclyn Presnal. “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 commercialization of our SlipPureTM product, it also allows us to work with a company on the forefront of methane emission reduction,” said Jamie Brick, Managing Director North America at Daphne Technology. “It is great working with Williams. Their expertise and commitment to the environment and innovation is impressive. “
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Notes to editors
About Daphne Technology
Daphne Technology is a Swiss-headquartered methane slip abatement company dedicated to reducing methane emissions from gas-powered engines on land and at sea. Our innovative products reduce methane slip and provide real-time emissions data, enabling operators to meet stringent regulatory standards, enhance environmental responsibility, and improve operational efficiency. Committed to solving the methane emissions challenge, Daphne Technology empowers industries to navigate the energy transition with solutions that deliver measurable impact. Backed by global industrial leaders, we are recognised for our contributions to a cleaner, more sustainable future.
About SlipPure
SlipPure is an innovative exhaust gas cleaning system specifically designed to remove methane from exhaust gases. It is a solution for natural gas-fired internal combustion engines in maritime, oil & gas and land-based industries. SlipPureTM is an environmentally responsible and technologically advanced solution for industries looking to reduce their carbon footprint and meet sustainability targets.
About Williams
Williams (NYSE: WMB) is a trusted energy industry leader committed to safely, reliably, and responsibly meeting growing energy demand. We use our 33,000-mile pipeline infrastructure to move a third of the nation’s natural gas to where it’s needed most, supplying the energy used to heat our homes, cook our food and generate low-carbon electricity. For over a century, we’ve been driven by a passion for doing things the right way. Today, our team of problem solvers is leading the charge into the clean energy future – by powering the global economy while delivering immediate emissions reductions within our natural gas network and investing in new energy technologies. Learn more at www.williams.com.
The post Daphne Technology Partners with Williams on DOE Grant to Reduce Methane Emissions appeared first on Daphne Technology.
]]>The post Daphne Technology Launches Innovative Carbon Credit Methodology to Tackle Methane Emissions appeared first on Daphne Technology.
]]>Daphne Technology, a leader in climate deep tech, announces the approval of its pioneering carbon credit methodology by Gold Standard. This milestone directly targets reducing methane emissions from internal combustion engines using any methane-rich fuel.
Methane is a powerful greenhouse gas (GHG) with a global warming potential (GWP) 28 times that of carbon dioxide (CO2) over a 100-year period. It is responsible for at least a quarter of the current global warming. Unlike CO2, fossil-origin methane has a much shorter atmospheric lifetime, with a GWP of 82.5 over a 20-year period, so reducing methane emissions can result in quicker climate benefits. Therefore, reducing methane emissions has gained increasing attention in recent years.
Daphne Technology’s methodology targets this critical area, focusing on reducing methane emissions to help achieve climate goals and limit the rise in global temperatures.1
Key Features of the “Methodology for Reducing Methane Emissions from Combustion Engine Exhaust” Carbon Credit Methodology:
- Advanced Methane After-treatment: Methane emissions from combustion emissions are abated using an advanced after-treatment such as Daphne’s SlipPure technology. Incentivising quick deployment of methane reduction technologies in existing assets and faster methane emission reductions and impact on the planet.
- Real-Time Measurement: The methodology requires high-accuracy, real-time measurement before and after the abatement system ensuring a robust monitoring of the greenhouse gas emission and its reduction. Daphne’s PureMetrics is one such measurement system ensuring a robust verification of the GHG emission and its reduction.
- United Nations Framework Convention on Climate Change (UNFCCC) Approved Methodological tools: The Clean Development Mechanism (CDM) of the UNFCCC developed many carbon credit methodologies. In the process, they also developed a number of “Methodological Tools” that can be used as building blocks to simplify other methodologies. Several CDM methodological tools are used in this methodology. For example, Tool 8 is used to calculate the exact dry tonnes of CO2e emitted and abated. The use of a CDM Tool ensures that the calculation of GHG emissions abated is based on a widely recognised model that is well accepted by the international community and well understood by the scientific community.
- Quantification and Verification: Provides a robust framework for quantifying, monitoring, and verifying methane emission reductions, adhering to principles of transparency and integrity.
- Economic Incentives: Enables companies to generate carbon credits, which can be traded in global markets, providing financial incentives for adopting greener practices. Incentivising reductions of GHG emissions today.
- Broad Applicability: Designed for use in maritime and land-based applications involving internal combustion engines, ensuring wide-scale impact on methane emission reductions. Maximising the resulting GHG reduction and, ultimately, the impact.
The Gold Standard, renowned for its rigorous certification process, ensures that carbon credit projects deliver genuine and measurable climate and sustainable development impacts2. Established in 2003 by WWF and a group of international NGOs aims to ensure every dollar of climate and development funding goes as far as possible. Their standard, Gold Standard for the Global Goals (GS4GG) is synonymous with the highest levels of environmental integrity and contribution to sustainable development.
We are thrilled to lead the way in methane emission reduction with this innovative methodology. Methane is a major contributor to global warming, and our approach not only curbs these emissions but also supports industries in their transition to more sustainable practices. As a climate deep-tech leader, it’s natural for us to take a lead in this direction, securing strategies for a better future. – Dr Mario Michan, Founder & CEO
The FReMCo Group, a global consulting group and our partner in this development, has extensive experience in methodology and project development and emissions credit trading and continues to work in carbon markets, climate change mitigation and climate finance. FReMCo’s expertise has helped to ensure that the methodology is robust and effective across various applications.
Alison Morris, VP at FReMCo added: “We are very happy to see this leading-edge methodology approved by Gold Standard, which tackles the timely and important issue of methane emissions. Working with Daphne was an excellent experience, and their passion and knowledge in this area is untouched. We anticipate that the projects and carbon credits that follow this approval will be unique and valuable in the voluntary carbon market.”
Margaret Kim, CEO of Gold Standard, said: “This new methodology provides a tangible incentive for investment in green technologies and operations. I congratulate Daphne Technology and FReMCo on the milestone and look forward to seeing the methodology being adopted and helping to reduce emissions in both maritime and land-based engines.”
The global carbon pricing market reached nearly $100 billion in revenue in 2023, highlighting the growing importance and potential of carbon credits in driving climate action3. With this new methodology, project developers are positioned to make a substantial impact on global methane emissions, supporting international efforts to mitigate climate change and promoting sustainable industrial practices.
To see the full details of the methodology, please go to Gold Standard:
Methodology for Reducing Methane Emissions from Combustion Engine Exhaust >>
Read more in the media release from Gold Standard >>
Footnotes:
1. IPCC
2. Gold Standard
3. World Bank, 2023
Ends
Notes to editors
About Daphne Technology
Daphne Technology is a Swiss-headquartered methane slip abatement company dedicated to reducing methane emissions from gas-powered engines on land and at sea. Our innovative products reduce methane slip and provide real-time emissions data, enabling operators to meet stringent regulatory standards, enhance environmental responsibility, and improve operational efficiency. Committed to solving the methane emissions challenge, Daphne Technology empowers industries to navigate the energy transition with solutions that deliver measurable impact. Backed by global industrial leaders, we are recognised for our contributions to a cleaner, more sustainable future.
About FReMCo Group
Founded in 1981, The FReMCo Corporation Inc. is a business growth consulting firm that focuses on leveraging the environmental and emissions benefits within its clients’ product and technology portfolios to reduce greenhouse gas emissions, stimulate business growth and mitigate climate change. FReMCo specializes in groundbreaking, unique and first-of-its-kind projects. Having been involved in emissions credit trading related to various pollutants and market-based measures since 1991, today, FReMCo continues to work in the carbon markets and the areas of climate change mitigation and climate finance. More information can be found at www.fremco.com.
The post Daphne Technology Launches Innovative Carbon Credit Methodology to Tackle Methane Emissions appeared first on Daphne Technology.
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]]>Daphne Technology, a leading Swiss climate deep-tech company committed to reducing greenhouse gas emissions in hard-to-decarbonise industries, is pleased to announce the establishment of its new subsidiary, Daphne Technology SG. This strategic expansion marks a significant step in the company’s growth, positioning Singapore as the central hub for its maritime operations in the Asia-Pacific region.
Daphne Technology SG will play a crucial role in the company’s scale-up phase, focusing on delivering innovative solutions to mitigate methane slip and other harmful emissions within the maritime sector. Renowned as a global maritime hub, Singapore offers the perfect ecosystem for Daphne Technology to advance its mission of driving a sustainable energy transition in the shipping industry.
The new Singapore entity will be led by Kuldipak Pednekar, who has been appointed Managing Director. Kuldipak, who has been with Daphne Technology since the beginning of 2022 and serves as the company’s Head of Marine & Offshore Operations, brings a wealth of experience in maritime operations and business scaling, making him ideally suited to lead Daphne Technology’s efforts in this dynamic region. His leadership will be pivotal as the company accelerates its efforts to provide groundbreaking technologies contributing to global decarbonisation goals.
We are thrilled to establish our presence in Singapore, a critical market for maritime operations and a key region for our growth strategy. With Kuldipak Pednekar at the helm, Daphne Technology Singapore SG will drive the adoption of sustainable practices in the maritime industry, delivering cutting-edge solutions that align with our commitment to environmental sustainability and technological innovation.
Dr Mario Michan, Founder & CEO
I am honoured to lead Daphne Technology SG at such a crucial moment in our company’s growth. Singapore’s strategic position in the global maritime industry provides us with a unique opportunity to accelerate the adoption of our innovative technologies. I look forward to driving our mission forward, ensuring that we make a significant impact in reducing emissions and advancing sustainable practices within the maritime sector.
Kuldipak Pednekar, Head of Marine & Offshore Operations
Daphne Technology’s expansion into Singapore underscores its dedication to tackling the global methane slip challenge, especially in the maritime sector. The Singapore subsidiary will be instrumental in deploying the company’s pioneering technologies, including SlipPure, which significantly reduces methane emissions from ship exhausts, and PureMetrics, an advanced real-time GHG measurement and optimisation system.
This strategic move is part of Daphne Technology’s broader global vision to scale its impact, offering solutions that address some of the world’s most urgent environmental challenges. As the company continues to expand, Daphne Technology Singapore SG will be at the forefront of fostering innovation, building partnerships, and reinforcing Daphne Technology’s leadership in the global maritime industry.
Ends
Notes to editors
About Daphne Technology
Daphne Technology is a Swiss-headquartered methane slip abatement company dedicated to reducing methane emissions from gas-powered engines on land and at sea. Our innovative products reduce methane slip and provide real-time emissions data, enabling operators to meet stringent regulatory standards, enhance environmental responsibility, and improve operational efficiency. Committed to solving the methane emissions challenge, Daphne Technology empowers industries to navigate the energy transition with solutions that deliver measurable impact. Backed by global industrial leaders, we are recognised for our contributions to a cleaner, more sustainable future.
The post Daphne Technology expands global footprint with launch of Singapore hub appeared first on Daphne Technology.
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