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Climate Love
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Alfa Laval
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Alfa Laval gathers stakeholders from across the value chain in upcoming collaboration event. According to the COP28 agreement, our energy efficiency efforts must double for us to reach global net zero targets by 2030. This state of awareness needs to be converted to action and implemented at scale if we want to make it a reality. That is where Sustainable Cities comes into play. With cities accounting for 80% of the global energy consumption and more than 70% of global carbon emissions, improving energy efficiency in heating and cooling systems, integrating sector coupling, and collaborating in groundbreaking partnerships can really make a difference. On the 9th of April, Alfa Laval will be hosting the first net zero collaboration event, inviting stakeholders from the industry, representatives from cities, policy makers, and partner organizations to participate in a panel discussion on this important topic. - How can we drive change through partnerships? - How do we convert awareness into action and implement at scale? - How can industries and cities use collaboration to double down on energy efficiency? COP28 shed light on the importance of energy efficiency in making cities sustainable and cutting their dependency on fossil fuels. Implementation of technologies for heat recovery, as well as district heating and cooling have proven to significantly improve energy efficiency in cities and will be an integral part of reaching net zero goals in cities across the World. With electrification and exponential population growth occurring in most cities all over the world, the need for energy efficient heating, and cooling solutions are also on the rise. To meet this demand and make the cities truly sustainable, collaboration, sector coupling, and the implementation of efficient heat transfer technologies will be crucial. "COP28 was a starting point for creating awareness around Sustainable cities. Now it is time to bring these learnings into action, and to effectively implement these practices on a larger scale. Making the cities more energy efficient and less fossil fuel dependent in relation to heating and cooling is pivotal for the climate transition and to support cities in reducing their emissions. That is why we bring together stakeholders from sectors across the value chain, because we need collaboration to successfully drive change,” says Thomas Møller, President Energy Division, Alfa Laval. The collaboration event on Sustainable cities will be broadcast on the 9th of April. It will be available to watch here at We Don't Have Time Play. Agenda - INTRODUCTION – The City Challenge in the energy transformation - COP28 – The cities’ contribution to doubling the implementation rate of energy efficiency Mark Watts, Executive Director at C40 Cities Climate Leadership Group - REFLECTIONS FROM COP28 Julien Gennetier, President Gasketed Plate Heat Exchangers at Alfa Laval Anna Hall, Head of Public Affairs, Energy Division at Alfa Laval - SEEING IS BELIEVING – Best practices for energy efficiency in cities and their surrounding ecosystems - PANEL DISCUSSION - What are the solutions and how do we implement at scale? What roles do energy, district heating, and heat networks play in a Sustainable City? How does standardization and collaboration across the value chain support the scale up? How can policies and financial instruments support the change? What role do energy efficient buildings and a holistic energy system play? How can district cooling support cities on the journey towards net zero? PANELISTS Aurélie Beauvais, Managing Director at Euroheat & Power Olivier Racle, Head of the Business Platform DHC at ENGIE Phil McDermott, City Energy Transformation Lead at E.ON UK Sezgin Kadir, Group CEO at Kraftringen Anna Ekdahl, Director, Energy Intensive Industries, Energy Transition at Ramböll Ulf Gehrckens, Executive Vice President Corporate Energy & Climate Affairs at Aurubis AG Malgorzata Moczynska, President Brazed and Fusion-bonded Heat Exchangers at Alfa Laval Neil Parry, Global Head of District Energy at Alfa Laval - ONE MORE THING – Showcasing the power of collaboration Industry-first tech is becoming part of the district heating network Host during the event will be journalist and EU Climate Pact Ambassador, Catarina Rolfsdotter
Alfa Laval
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Alfa Laval is pleased to be part of a new consortium consisting of 16 European companies and academic institutions, to develop a pioneering next-generation Power-to-heat energy storage technology. The initiative named SCO2OP-TES, is expected to revolutionize the TES (Thermal Energy Storage) industry with cost effectiveness, grid stability, and continuous industrial heat supply using renewable energy sources. It is a pivotal part of the European Union’s strategy to accelerate the transition towards renewable energy sources and decarbonization in the European energy market. SCO2OP-TES is aligned with the REPowerEU Plan aiming for 1236 GW of renewable energy capacity by 2030, which is a significant increase from the 1067 GW target in the "Fit for 55" package. To meet this, effective energy storage ensuring grid stability and continuous renewable energy use is crucial. Alfa Laval’s contribution to SCO2OP-TES is to develop and deliver the innovative and efficient heat exchangers which will be key to the thermal energy storage process and play an important role in the success of the new technology. "We are excited that our pioneering and highly efficient heat exchanger technologies will contribute to this revolutionary TES project. Energy storage is pivotal in the transition towards renewable energy sources and an important pathway to decarbonization and a more sustainable future,” says Alasdair Maciver, Head of Energy Storage Solutions at Alfa Laval. Addressing the challenges of energy transition The transition to 100% renewable energy by 2050 faces challenges. Current storage methods, such as batteries and power-to-hydrogen systems, lack specific grid flexibility provided by rotating machines. With an estimated 780 TWh of electricity storage needed for the EU's renewable transition, batteries alone are insufficient. The EU seeks novel, cost-effective long duration energy storage (LDES) solutions offering extended durations and grid services. A step towards a sustainable energy future The project aim is to develop a new type of Carnot Battery that leverages heat from thermal RES (Renewable Energy Sources) or excess heat from industries and fossil-based power plants. This should guarantee a high round trip efficiency and make industrial/power plants more grid flexible. Technological paradigm shift SCO2OP-TES is more than just an energy storage project. It represents a technological paradigm shift, integrating Thermally Integrated Pumped Thermal Energy Storage with supercritical CO2 cycles. This approach promises affordable long duration and large-scale storage solutions, crucial for integrating bulky renewable energy sources into the EU energy systems and transforming traditional power plants into flexible renewable energy plants. The project has been funded by the European Union in the Horizon Europe framework under Grant Agreement n. 10113600. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or of the European Climate, Infrastructure and Environment Executive Agency (CINEA). Neither the European Union nor the granting authority can be held responsible for them. Read the official SCO2OP-TES press release from the European Union here.
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This project aligns with the REPowerEU plan and ambitious renewable energy targets, showcasing the EU's commitment to clean energy solutions.
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Great leap towards a sustainable energy future, paving the way for cost-effective, grid-stable thermal energy storage ...
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This kind of partnerships have positive outcomes eg providing a sustainable cost-effective environment
dickson mutai
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Alfa Laval and Maersk are at the forefront of the maritime industry's green transition with a groundbreaking methanol retrofit project. The Alfa Laval fuel supply system, FCM Methanol, has been chosen for the industry's first methanol retrofit on the container vessel Maersk Halifax. This milestone initiative not only highlights the technical feasibility of retrofitting ships for methanol propulsion but also underscores Alfa Laval's leadership in providing advanced solutions for the evolving needs of the maritime sector. Redefining Methanol Solutions in Marine Industry Alfa Laval is driving the marine industry's transition to cleaner fuels by offering methanol solutions tailored for both new and existing vessels. The collaboration with Maersk involves the installation of the FCM Methanol low-flashpoint fuel supply system on the 15,000 TEU Maersk Halifax. Scheduled for completion by mid-2024, this innovative retrofit will equip the vessel with dual-fuel capabilities, allowing it to operate on green methanol. Viktor Friberg, Head of Marine Separation & Fuel Supply Systems at Alfa Laval, expresses pride in taking on this new challenge: "We collaborate with industry frontrunners in exploring and embracing innovative ways for decarbonization. The project with Maersk gives us a unique opportunity to retrofit our equipment for methanol use, for the first time." Landmark Retrofit Project - Engineering Excellence The retrofit involves adding a new methanol fuel line alongside the traditional one, overcoming space constraints and tight schedules. This landmark project showcases Alfa Laval's dedication to advanced engineering and practical considerations when working with methanol. The company's extensive experience in technology research, product development, and operational vessels (over 450k hours) positions it as a leader in providing methanol solutions for vessels, both existing and new. Ole Graa Jakobsen, Head of Fleet Technology at A.P. Moller-Maersk, emphasizes the significance of the project in their net-zero emissions strategy: "Retrofitting solutions to accommodate new fuel, thereby enabling the engine to operate on methanol, is a complex task that requires expertise, and we are happy to have Alfa Laval on board on this project." Unmatched Expertise in Methanol-Fueled Vessels Sailing with green methanol is a sustainable choice for reducing emissions, and Alfa Laval has been a pioneer in this realm since 2015. With over 80 contracted ships and more than 450,000 hours of operational experience, the FCM Methanol system has become the preferred choice, showcasing Alfa Laval's commitment to delivering high-quality equipment and reliable services. The project aligns with Maersk's ambitious net-zero emissions target for 2040, marking a significant step in the journey towards a more sustainable maritime industry. https://www.alfalaval.com/media/news/2023/alfa-laval-to-provide-the-fuel-supply-system-to-maersk-in-industry-s-first-methanol-retrofit-project-for-a-container-vessel/
Alfa Laval to provide the fuel supply system to Maersk in industry’s first methanol retrofit project for a container vessel
Alfa Laval fuel supply system FCM Methanol has been selected by Maersk for their pioneering methanol retrofit project to enable the container vessel Maersk Halifax to operate on methanol fuel. This project stands as a significant achievement for both Alfa Laval and Maersk, underscoring the feasibility of retrofitting ships with the necessary equipment for methanol-based propulsion.
https://www.alfalaval.com/media/news/2023/alfa-laval-to-provide-the-fuel-supply-system-to-maersk-in-industry-s-first-methanol-retrofit-project-for-a-container-vessel/
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This collaboration between Alfa Laval and Maersk is a significant step towards sustainable shipping. Retrofitting ships for methanol propulsion demonstrates a commitment to environmental responsibility in the maritime industry.
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This is truly exciting news for the future of sustainable shipping!
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Kudos to Alfa Laval and Maersk for pioneering sustainable solutions in the maritime industry!
Alfa Laval
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How can cities overcome the challenge of fitting more and more people in a small area, while at the same time reducing emissions and going to net zero before 2050? During Cities Day at the COP28 Climate Hub, Alfa Laval invited experts, business leaders, policy makers and city representatives to give their input on this topic and highlight the current solutions. We can reduce emissions in cities rapidly, but we need the will and resources to scale the solutions across the world. Cities are the lifeblood of our civilisation, but they are also the cause of massive resource use and carbon emissions, occupying 4% of the land but accounting for up to 80% of the world’s energy consumption and 70% of carbon emissions. Meanwhile, urban populations continue to increase, putting us in a catch 22 where cities need to provide for more people while reducing emissions. To solve this equation, we need to implement new energy systems that are more efficient and powered by renewable energy. In the lead-up to COP28, several coalitions of cities at the forefront of climate action have been created to accelerate action, spread knowledge, and inspire other cities to take more ambitious steps. Opening up Alfa Laval’s session, “Accelerate Sustainable Cities Across Value Chains to Reach Net Zero” on Cities Day of the COP28 Climate Hub, was Mark Watts, Executive Director, C40 Cities, to share the progress of their coalition of almost 100 mayors of big cities committed to climate action in line with the 1.5°C target. “There is tremendous progress and collaboration between these 100 big cities,” shared Matt. But there is still work to be done, as “still, when we look at the data, they are still slightly off track, around 10% below where they should be to do that halving of fossil fuels and emissions by 2030.” The key levers that cities can operate to reach their climate targets are solutions that reduce the demand for fossil fuels while improving the quality of life of citizens. Mark Watts mentioned clean air zones and building codes that contribute to more future-proof houses as two examples of these levers. The point of updating building codes was echoed by Martina Otto, Head of CCAC Secretariat, UNEP-convened Climate and Clean Air Coalition, who called out that cooling is an important factor in energy use, and this will be increasingly true as global temperatures continue to rise. “We cannot rely on air conditioning,” said Martina, referencing new technologies like heat pumps as essential solutions to make cooling more energy-efficient. During the session, we also heard from the mayors of Stockholm and Columbia, Missouri as well as the Head of Design of Masdar City. The solutions mentioned by Mark and Martina were reiterated, alongside other important measures such as integrated district heat recovery and designing passive buildings that are in less need of cooling, but the city representatives also emphasized the need for courage and forward thinking to meet the challenges we face. The climate goals cannot be reached without collaboration between cities, and between sectors. 80% of the solutions we need to reach net zero emissions in cities already exist, what is needed is the funding, political will, and policy support to implement them. In a panel featuring Thomas Møller, President Energy Division, Alfa Laval; Alicia Argüello, Head of Sustainability, Hitachi Energy; David Radermacher, Vice President Sustainability & Climate, E.ON SE; and Sebastian Peck, Partner, KOMPAS VC, these solutions were discussed along with the barriers preventing them from being implemented on a large scale. Through high-quality heat exchangers, flexible production, energy storage, and smart energy use, cities can significantly reduce their energy use and reliance on fossil fuels. In cities across the world, renewable energy can be cheap to produce, but it needs to be integrated into the heating and mobility systems to accomplish the necessary emissions reductions. Another important challenge is funding the implementation of energy-efficient systems in all cities in the world. Especially in developing nations, investors and governments alike need to give the necessary support to build efficient and clean energy infrastructure. “We need to give the global South access to the technology,” said David Radermacher, following up with “If we build new buildings in Africa, solar is the cheapest form [of energy].” “We need to get it right from the beginning. If we look at where a lot of the heavier urbanisation is happening, there is also a lot of cooling needs,” added Thomas Møller, referencing that cities can use free cooling in combination with district cooling to be much more energy efficient. To conclude the session, Rosalinde van der Vlies, Director, European Commission joined the program for some final remarks from her position as a European policymaker and speak on the mission of the European Commission to help 100 cities in Europe become climate neutral by 2050. “One of the key takeaways from what we’ve heard so far is that cities really have the superpower to accelerate the transition, to make up for the time we’ve lost, because we don’t have a lot of time left,” she emphasized. Watch the full session from Dubai during day 6 of the COP28 Climate Hub below: https://youtu.be/SjXNsElekRY?t=7739 About the COP28 Climate Hub We Don’t Have Time hosted the COP28 Climate Hub in partnership with Race To Zero, UNDP, the Exponential Roadmap Initiative, and the Fossil Fuel Non-Proliferation Treaty Initiative, amplifying the important high-level discussions at COP28 to a global audience. The live broadcast spanned over 10 days and covered a variety of climate-related topics. Rewatch the COP28 Climate Hub anytime on We Don’t Have Time Play.
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Great article with great take aways Implementation of energy-efficient systems in all cities in the world is key. Such conversation and collaborations are very important.
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Reducing emissions to integrating renewables, the solutions discussed offer a hopeful blueprint for building resilient and eco-friendly cities. Collaboration is key!
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Courage and forward thinking are vital for city leaders to implement ambitious clean energy solutions.
Alfa Laval
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Cities cause more than 70% of global carbon emissions – but can also be sites for innovative solutions. Implementation of heat recovery, as well as district heating and cooling, have already been proven to significantly improve energy efficiency in cities and will be an integral part of reaching net zero goals in cities across the world. Alfa Laval has been working with district heating and cooling technologies for almost a century and knows that by sharing the knowledge and experience of successful projects, many more cities can reduce their emissions while saving money on energy costs. Join Alfa Laval at the COP28 Climate Hub to learn more about existing solutions for energy efficiency in cities! Climate action in cities is crucial in the climate transition. With more than 50% of the global population, 80% of global GDP, 80% of global energy consumption, and over 70% of annual global carbon emissions, cities' impact on the planet is significant. With an expected growth to more than 70% of the world’s population living in cities by 2050, this impact is anticipated to keep growing while emissions need to shrink to near zero. Energy efficiency in cities today is therefore paramount to overcoming our climate and energy challenges. Climate policies containing goals and action plans for Sustainable Cities are currently being passed by governments. For example, in the European Union’s Fit for 55 plan, the energy efficiency target has been increased. Previously, the target was for 32,5% less energy consumption by 2030, and it has now been updated to 39% less energy consumption by the same year. One of the key contributors to reaching this goal will be making the heating and cooling sector more efficient, as it currently represents half of the EU’s final energy consumption and mainly relies on fossil fuels. “Optimizing urban energy ecosystems demands a holistic approach and a comprehensive strategy in terms of electricity, heating, and cooling. With the electrification and rapidly increasing city populations, the need for electricity, heating, and cooling is expected to dramatically increase the urge for energy efficient technologies. To meet this demand and make the cities truly sustainable, collaboration and sector coupling along with the implementation of energy efficient technologies are crucial,” said Thomas Møller, President Energy Division, Alfa Laval. Solving the heating & cooling challenge through heat recovery Today, half of the world’s energy is wasted in our cooling towers or our lakes and rivers. But some cities have built underground networks that can reuse heat from facilities like industries, data centers, and wastewater treatment centers, and use it to heat other buildings and tap water. These cross-sector heat recovery systems, called heat networks, reduce energy waste, which means more of our renewable energy can be used in the green transition to power electrical vehicles or chemical processes. When we do more with the energy we have, we become less reliant on fossil fuels to cover dips in power supply. This is not just a theory – the system is seeing action in multiple cities around the world. In Hamburg, the Aurubis Group has leveraged Alfa Laval heat transfer solutions to recover heat that was previously released into the river Elbe. Now, the heat has the potential to heat 20,000 homes through HafenCity’s district heating network, a system to make heating more efficient by aggregating demand from residential and commercial buildings in an area into a single heating process, making it more energy efficient. The same concept has been applied to Kemira Kemi’s chemical manufacturing process to provide heat to Helsingborg city’s district heating system. District heating & cooling – an established solution “At Alfa Laval, we have been working with district heating for almost a century. In Sweden, the oil crisis in the 1970s fueled an energy transformation where oil boilers were replaced by other heating sources, and district heating has been a central part of urban heating in Sweden ever since. Now, we want to take responsibility for the climate transition and drive these technologies to make cities more energy efficient and less fossil fuel dependent in relation to heating and cooling buildings,” said Thomas Møller. Cooling is expected to also be a significant contributor to energy use in the future, foreseen to triple in demand globally by 2050, consuming as much energy as today’s energy consumption of China and India. Rising demand for space cooling is putting enormous strain on electricity systems in many countries, as well as driving up emissions. Cooling is costly and strains power grids, but improving energy efficient cooling and adopting district cooling can help. One successful example is the Louvre in Paris, which is cooled by one of the world’s largest district cooling systems with a 52 km underground network serving over 500 buildings. Each building is cooled via a fully automated delivery substation connected to a network of district cooling plants. The cooling plants mainly use water from the River Seine and are complemented with a cooling tower for refrigeration during peak demands. This district cooling system reduces both energy consumption and environmental impact. It is estimated that a typical building using the system creates 20 percent lower carbon dioxide emissions and 30 percent less refrigerant leakage compared to an individual air conditioning system. Additionally, it is estimated that using river water saves some 500,000 cubic meters of drinking water every year. For this district cooling project, Alfa Laval supplied the total concept including installation and maintenance, and plate heat exchangers for 100 substations. Read more about the project here. Using district cooling in developing countries could save over $1 trillion in energy costs by 2035. Gulf Cooperation Council countries have been early adopters of district cooling, and by using them as examples we can see that government involvement is crucial for its success, including mandating its use, licensing operators, setting standards, developing contracts, and regulating prices. Collaborations and partnerships drive the transition To accelerate the transition, cross-sector partnerships are absolutely crucial. City governments need to act to enable and incentivize district heating and heat recovery. For example, the city of Stockholm invites data centers to establish themselves in strategic locations to feed heat into the district heating system. In 2022, this allowed for 20 heat suppliers in the form of data centers supplying over 100 GWh of energy, reducing the energy system’s carbon emissions by 50g of CO2 equivalents per kWh. Solutions like this, combined with new business models where companies can be paid to provide energy to the grid, can speed up the transition towards more energy efficient heating & cooling systems and enable crucial emission reductions before 2030. If you want to learn more about how to make cities more sustainable by reducing the amount of energy they waste, make sure to tune in for our session Accelerate Sustainable Cities to Reach Net Zero at the COP28 Climate Hub on December 6th, at 2 pm Gulf Standard Time. Listen to thought leaders like Mark Watts from C40 Cities, Martina Otto at UNEP, and Rosalinde van der Vlies in the European Commission to energy companies like E.ON, industrial sectors such as Alfa Laval and Hitachi Energy, and governmental representatives like the Mayors of Stockholm, Missouri, and Masdar City as they explore opportunities and barriers to accelerate sustainable cities to reach net zero. Register today to get an email reminder when the COP28 Climate Hub goes live!
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Great initiative. We've added it into our writing on built environment, welcome to participate in our conversation with investors. https://wiseocean.tech/decarbonization-built-environment/
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This is acheivable all cities should be power by green energy in the few coming years this is possible thro collaboration of all stakeholders
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Cities cause such large emission numbers due to lack of access to clean energy, usage of fossil powered vehicles and the high number of people living in each city. We can solve this issues by provision of affordable and reliable electric vehicles, provision of clean energy on city grids and by reducing urbanisation by developing other rural areas to make people want to live there.
Alfa Laval
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Alfa Laval is back on the 15th of November to introduce new innovations and insights that have been designed to support our customers on the road to net zero. The Alfa Laval’s Net zero launch event is structured around our sustainability cornerstones, energy efficiency, clean energy, circularity, and water, to support all kinds of industries and applications in the energy market. "2023 has been a strong year for sustainable solutions here at Alfa Laval. This is the final broadcast of the year, and we still have so much to share with the worlds industries. I am excited to announce that we have a new line-up of experts to talk about the many new launches we have to scale up and accelerate the transition.” says Thomas Møller, Executive Vice President of Alfa Laval’s Energy Division. Clean Technologies are at the heart of Alfa Laval’s business offering in the energy market, with energy efficiency, clean energy, circularity, and water at the center of how Alfa Laval can support their customers all over the world. But another key element to our business is sustainable partnerships. “We think it is important to build lasting partnerships,” continues Møller, “because we know that understanding our customers’ businesses is vital when helping them reduce their emissions. Trying to solve their challenges is what sparks our imagination and drives us toward greater innovation. We understand that we are stronger together.” Alfa Laval is home to the latest thinking around innovative technologies that boost profits, cut costs, and improve sustainability. This event is set to summarize a few key examples that benefit industries across the entire energy market right now. So, if you want to be part of building a brighter future, you won’t want to miss Alfa Laval’s Net zero launch event on the 15th of November 2023 at 14.00 CET. Find out more and sign up to the event here! https://al-webinars.videomarketingplatform.co/alfa-laval-net-zero-launch-event-5-1/join?utm_source=Referral%20link%20on%20www.sitename.com&utm_medium=referral&utm_campaign=global_global_ed_al_a_netzeroevent-nov-23_siteref_media-publication&utm_content=media
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This is an excellent opportunity to explore how one can contribute to accelerating the energy transition.
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Cool! These events are always very insightful
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Such noble events inspire green innovations and promote green-tech investments.
Climate change is the defining challenge of our time, a global crisis that transcends borders and demands urgent action. The warming of our planet, driven by human activities, is unleashing a cascade of environmental, economic, and social consequences. From rising sea levels threatening coastal communities to more frequent and severe weather events wreaking havoc on livelihoods, climate change is an existential threat. It calls upon us to reimagine our relationship with the natural world, to transition to a sustainable, low-carbon future, and to protect the delicate balance of ecosystems upon which all life depends. In the face of this monumental challenge, the choices we make today will shape the world we leave for future generations, making it not just a scientific issue but a moral imperative. We must come together as a global community, commit to meaningful and immediate action, and strive to mitigate the impacts of climate change for the sake of our planet and the well-being of all its inhabitants.
26 more agrees trigger contact with the recipient
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It's inspiring to hear your passion for addressing climate change.
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Nice piece
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Wonderful idea
Alfa Laval
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Energy efficient clean hydrogen solutions
With expectations that green hydrogen could represent up to 24% of the energy market by 2050, the demand will continue to grow at a rapid pace.
https://www.alfalaval.com/clean-hydrogen/
Alfa Laval is establishing a new business unit – Business Unit Electrolyzer and Fuel Cell Technologies – with the aim of capturing business opportunities in the hydrogen sector. This initiative underlines the company’s commitment to driving the energy transformation towards clean energy sources. Over the past three years, Alfa Laval has been present in the hydrogen market, pioneering products and solutions in the areas of electrolyzers and fuel cells. Recognizing the potential, Alfa Laval has decided to establish a new business unit and develop new products and solutions in hydrogen applications in collaboration with industry leaders. Drawing upon the company’s extensive expertise in heat transfer and metallurgy, Alfa Laval is uniquely positioned in the hydrogen economy. Tom Erixon, President and CEO of Alfa Laval, comments: "The creation of a dedicated business unit confirms our commitment to drive the necessary actions in the evolving energy landscape. Hydrogen plays a pivotal role in the energy transition and our ambition is to speed up this transformation through innovation and the industrialization of electrolyzer and fuel cell components.” Alfa Laval today also announces that it will build an Innovation Center dedicated to heat exchangers, fuel cells and electrolyzer components to further drive innovation, R&D, and testing in these areas, both from a capability and pace perspective. The innovation center will be located at the company’s headquarters in Lund, where the largest heat exchanger factory is located. The investment is significant both in terms of resources and equipment. Madeleine Gilborne, currently the Head of Clean Technologies and Vice President of the Energy Division, will take the role as President of the new business unit. The unit will be established by 1 January 2024 and will be part of the Energy Division. Discover Alfa Laval's energy efficient clean hydrogen solutions: https://www.alfalaval.com/clean-hydrogen/ Did you know? While renewable energy sources like solar and wind are the fastest growing energy providers today, a significant portion of future energy demands cannot be directly electrified. This necessitates the use of clean molecules such as hydrogen. Hydrogen, generated through electrolysis, is at the forefront of this transition. Some explanations: - Electrolyzer: This device uses renewable energy to split water into hydrogen and oxygen gases through an electrolytic process. - Fuel Cell: Converts the chemical energy of a fuel, typically hydrogen, and an oxidizing agent (usually oxygen from the air) into electrical energy through an electrochemical reaction. - Power-to-X (P2X): A suite of technologies that convert electricity, often from renewable sources, into other energy carriers or chemicals. This includes producing hydrogen through electrolysis and creating derivatives like ammonia or methanol, which can be stored, transported, or used as alternative fuels or feedstocks across various industries. The possibilities are endless.
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This is a great initiative 👍.
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Nice idea
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This is a welcome idea as the world struggles to phase out fossil fuels. A new alternative fuel will certainly make it easier
Climate change is a long-lasting change in the weather arrays across tropics to polls. It is a global threat that has embarked on to put stress on various sectors. Climate change (CC) is an inter-governmental complex challenge globally with its influence over various components of the ecological, environmental, socio-political, and socio-economic disciplines. use of green energy would cub the effects of climate change since sources or methods of green energy cause no harm to the environment.
28 more agrees trigger contact with the recipient
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A great idea here
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brilliant idea
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Green energy is the only option since it emits neither carbon dioxide nor other greenhouse gases that contribute to global warming.
Alfa Laval
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Ahead of COP28, a new report gives corporate leaders a roadmap to save 11% of global emissions by 2030 while saving $437 billion along the way. The report, named “The Case for Industrial Energy Efficiency” published by the Energy Efficiency Movement (EEM), outlines ten key actions for industry that require no new technology or policy decisions, but promise to save emissions. The Case for Industrial Energy Efficiency shows significant and achievable emission reductions in the short and long term. All ten actions included can be taken today, and almost half of the emissions savings could be achieved by 2025. There is also a financial incentive to this, as the report has calculated that the ten actions would produce an estimated $437 billion in savings across the sector by 2030. The International Energy Agency (IEA) among industry leaders such as Alfa Laval, ABB and Microsoft have supported this transformative research. Alfa Laval is also an active member of the Energy Efficiency Movement (EEM), a global forum consisting of more than 400 organizations from 36 countries that share ideas, best practices, and commitments to create a more energy-efficient world. “Energy efficiency is crucial for meeting the Paris Agreement on time and the industry plays a major role in making it happen. There is an urgent need for immediate response and action, and this EEM report visualizes key actions to save energy and reduce emissions already today,” says Thomas Møller, President of Energy Division, Alfa Laval. Ten actions for a complete energy-efficient process The ten key actions are divided into three pillars: Building an efficiency foundation, Driving efficiency returns, and Gaining efficiency insights. Each action has been individually quantified in terms of carbon savings and (where applicable) financial benefits. Heat exchangers - a key action towards net zero One of the key actions of the report is ‘Maintain efficient heat exchangers’. Heat exchangers are used widely across the commercial and industrial sectors, in areas such as building heating and air conditioning, refrigeration, and data center and fuel cell cooling, yet they are rarely maintained adequately. On this action, the report states that: - Up to 2.5% of global carbon emissions can be saved just by maintaining and regularly servicing heat exchangers. - New heat exchangers can be up to 25% more efficient than old ones. - The replacement of obsolete heat exchangers in industrial and commercial settings could save between 136 and 339 MtCO2 a year. By implementing all ten measures, industries can optimize their energy use across their entire process. All the industry sector needs to eliminate more than a tenth of the world’s emissions is not a new fuel or some other as-yet-unclear breakthrough, but a simple acknowledgment that energy efficiency deserves board-level backing. Find the full report on the EEM website. IEA has made clear that renewables alone will not be enough to meet the aims of the Paris Agreement. Improving energy efficiency, particularly within industry, will play a huge role under the IEA’s 1.5°C-aligned net zero scenario. Indeed, the IEA refers to energy efficiency as the “first fuel” of the energy transition. According to the IEA, doubling energy efficiency by 2030 could cut greenhouse gas emissions by almost a third compared to today’s levels. Therefore, there is an urgent need for industry to make more and better use of the mature, scalable technologies at hand.
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This article is misleading .. I am very familiar with heat ex-changers that are placed on smoke stacks .. the technology is called TEG " Thermal Electric Generation " which happens to be in it's infancy https://en.wikipedia.org/wiki/Thermoelectric_generator
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Very uplifting to learn about measures that can be taken today without new innovations. A lot can be done already today, is there anything other than the knowledge of companies that stands in the way of this?
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It's good to promote energy efficiency in industries as a climate change mitigation.
Alfa Laval
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Alfa Laval joins innovation forces in a consortium with key industry partners in a groundbreaking project to develop and produce the world's first 10 MW green hydrogen production facility offshore in the North Sea, off the Belgian coast. The facility is set to produce clean hydrogen by 2026. Hydrogen is considered one of the main enablers in achieving global net zero carbon emissions by 2050. However, its widespread adoption depends on the deployment of abundant renewable energy sources, with offshore wind being a key one. To maximize wind energy utilization and minimize energy losses, the new consortium is pioneering green hydrogen production offshore. The project, known as HOPE (Hydrogen Offshore Production for Europe), represents a milestone in the renewable energy landscape. As the world's largest offshore project of its kind, HOPE is set to begin its implementation, with the production unit and export and distribution infrastructure scheduled to go live in mid-2026. The consortium represents a true flagship project for the European Commission and the Clean Hydrogen Partnership, combining the collective expertise and know-how of all nine partner organizations. Alfa Laval will provide gasketed plate heat exchangers and its innovative low-energy water purification system, harnessing electrolyser-generated heat. The nine consortium partners span the entire renewable hydrogen value chain, setting the stage for a sustainable, decarbonized future. The HOPE consortium consists of: - Alfa Laval (Denmark): Supply of the seawater treatment system - Lhyfe (France): Engineering, equipment procurement - Plug (Netherlands): Supply and engineering of the 10MW electrolyser - EDP NEW (Portugal): Optimization of operations and impact analysis - POM West-Vlaanderen (Belgium): Project implementation support in the testing area - CEA (France): Optimization of operations via digital simulatio - Strohm (Netherlands): Supply of the subsea flexible thermoplastic composite pipeline (TCP) - DWR eco (Germany): Communication and dissemination of project results throughout Europe - ERM – Element Energy (France): Coordination support The vital role of energy efficiency in hydrogen solutions Alfa Laval offers the widest range of energy efficient heat exchangers for green hydrogen production, distribution, transportation, storage, and use. Alfa Laval is the partner for all kinds of heating and cooling applications across the hydrogen economy, supporting the industry as it scales up and accelerates the energy transition. Discover Alfa Laval's energy efficient clean hydrogen solutions here!
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26 w
This is an incredible innovation by Alfa Laval
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26 w
Its amazing to see this huge development and the massive investment by all this great companies. Alfa laval is leading the way to clean energy.
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26 w
Great job Alfa Laval! It's fantastic to see this type of collaboration for a greener energy system!
Alfa Laval
29 w
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In a rapidly heating world, we will need more and more air conditioning to make our homes and workplaces comfortable spaces to be in. As air conditioning is already responsible for around 8.5% of global electricity consumption and approximately 1 Gt of carbon emissions, we need to find more energy-efficient ways to cool our homes and offices, so that we can continue to do so without escalating climate impact. A warmer world needs energy-efficient cooling solutions This July, we saw the hottest week ever recorded globally, leading to near-unlivable temperatures in many places around the world. In a world where around 8,5% of global electricity consumption already goes to air conditioning, this seems like a dire situation where our need for cooling goes against our climate goals. Unfortunately, a lot of the energy used for air conditioning today is wasted. Fortunately, the technology exists to make our cooling systems much more efficient, and thereby more environmentally friendly. Plate heat exchangers can reduce the amount of energy wasted in each step of the cooling process. Every year, hundreds of thousands of new Alfa Laval plate heat exchangers are installed in air conditioning systems, reducing CO2 emissions by 196,000 tonnes and saving 860 GWh of electrical power annually compared to traditional solutions. That is the same amount of power needed to cool 400,000 Singaporean homes every year. Choosing the right refrigerants and heat exchangers affects the climate The climate impact of air conditioners is also decided by the refrigerants used. Different refrigerants have different global warming potentials (GWP), meaning that the gases themselves affect the climate to varying degrees. Refrigerants with low GWP include natural refrigerants such as propane and HydroFluoroCarbons, and sometimes require a full restructuring of the refrigeration equipment. “At Alfa Laval, we want to support our customers in finding a solution that lasts, including offering our own expertise within low-GWP refrigerants,” says Federico Lechi, Manager Application & Product Specialist at Alfa Laval. AHRI certification matters Aside from choosing the right refrigerants, it is also important that the heat exchangers themselves are as efficient as they can be. The Air Conditioning, Heating, and Refrigeration Institute (AHRI) administers the only third-party performance certification programme verifying thermal performance in plate heat exchangers. If all heat exchangers used in district cooling systems were certified by AHRI, that would save 164 TWh of electrical power and eliminate 80 million tonnes of CO2 emissions annually, or equivalent to the amount of energy it takes 16,500 wind turbines to produce. For more information on how to navigate the world of refrigeration equipment and refrigerants, take a look at our website: https://www.alfalaval.com/industries/energy-and-utilities/sustainablesolutions/sustainable-solutions/energy-efficiency/waste-heat-recovery/hvac/ Download our whitepaper on natural refrigerants Welcome to the Heating and Cooling Hub
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26 w
Very educative article and I like the solutions offered that eliminate over 80 millions tones of CO2emmissions annually.
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29 w
We need to think ahead when planning our climate actions, and making sure we can cool ourselves more efficiently will certainly be needed in the future. If we can combine this with other solutions like passive homes, shading and alternative building materials we should be able to make our homes livable and sustainable.
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28 w
Alfa Laval is truly a Climate Leader!
dickson mutai
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At Ecomondo 2016 in Rimini, Italy, Alfa Laval introduced its AS-H Iso-Disc Cloth Media Filter, a cutting-edge automated polishing filter designed to efficiently eliminate suspended solids from wastewater. This results in the production of high-purity, reusable filtrate, addressing the pressing need for water quality improvement. The filter plays a pivotal role in meeting strict discharge criteria, while simultaneously contributing to sustainable water management by adhering to California Title 22 Water Reuse Standards. Its compact footprint, ease of maintenance, and versatility make it a valuable asset for both municipal and industrial applications, with a track record of successful implementations worldwide, including applications in reducing suspended solids and conserving valuable fresh water resources. Among its impressive achievements, the AS-H Iso-Disc Cloth Media Filter has demonstrated its capability to enhance wastewater treatment efficiency in diverse scenarios. From aiding in the reduction of suspended solids and phosphorus to substantial cost savings in fresh water fees, this innovative filtration technology showcases its adaptability and effectiveness across a spectrum of applications. Its reliability, ease of operation, and compliance with stringent water quality standards underscore its value in contributing to cleaner and more sustainable water and wastewater management practices. https://www.alfalaval.us/media/news/2016/iso-disc-ecomondo-2016/
Alfa Laval presents versatile tertiary filtration solution for water and wastewater treatment at Ecomondo 2016
At the Ecomondo exhibition in Rimini, Italy, from November 8 to 11, Alfa Laval – a leading global provider of solutions and services for the water and waste treatment – presents its AS-H Iso-Disc® Cloth Media Filter. The fully automatic polishing filter removes suspended solids from wastewater and surface water to produce a high-purity, reuse-quality filtrate. A full-scale unit is on display at Alfa Laval’s stand no. D3 110 at Ecomondo.
https://www.alfalaval.us/media/news/2016/iso-disc-ecomondo-2016/
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29 w
This innovation not only streamlines wastewater treatment processes but also plays a significant role in meeting stringent water quality standards.
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29 w
Properly treated wastewater can be a reliable water source for many purposes.
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29 w
Great news here, this is going to reduce water wastages.
Alfa Laval
30 w
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Renewable energy sources such as solar power are vital for a sustainable future, but that energy needs to be available also when the sun is not shining. That's why Alfa Laval has entered into a strategic joint venture agreement with Aalborg CSP, a Danish concentrated solar power technology company. By teaming up, Alfa Laval will be able to advance the development of long duration energy storage (LDES) heat exchanger solutions. The International Energy Agency (IEA) states that energy efficiency and renewable energy sources are crucial for decarbonization, and that solar and wind power are set to more than double in just five years. By 2027 they will make up nearly 20 percent of global power generation, which in turn will boost the demand for new technologies and capacities in energy storage. "By joining forces with Aalborg CSP we are taking a significant step towards achieving our shared vision of a sustainable energy future," says Thomas Møller, President of the Energy Division. "Together, we will drive the development of cutting-edge long duration energy storage solutions because we believe we need to combine knowledge and resources to solve some of the big challenges we are facing." Read more about the joint venture agreement here https://www.alfalaval.com/media/news/investors/2023/alfa-laval-in-new-partnership-on-energy-storage/
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30 w
This sounds like a really great collaboration.
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30 w
Energy storage accelerates the broader adoption of renewable energy.
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30 w
Energy storage has many environmental benefits that can make it a valuable tool for meeting sustainability goals.
Alfa Laval
38 w
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The most important energy efficiency event of the year, the IEA Annual Global Conference on Energy Efficiency took place in France on June 6-8. The meeting brought together more than 35 ministers, 50 CEOs, and other senior leaders from more than 90 countries to accelerate progress on the energy efficiency that is needed to address today’s global energy crisis and pressing climate challenges. Roundtable event on energy efficiency in the industrial sector. As part of the global conference, leading companies and associations were invited by IEA to an exclusive roundtable discussion to share actions and insights on how to unlock energy efficiency in the industrial sector. Industries account for as much as 50% of potential energy efficiency savings, savings which are vital for reducing CO2 emissions, towards net zero. This exclusive event was co-hosted by the Energy Efficiency Movement together with Alfa Laval and ABB. Its outcome will be used to guide Energy Efficiency Movement’s priorities and collaboration with IEA. “Energy efficiency is crucial for meeting the Paris Agreement on time and the industry plays a major role in making it happen. There is an urgent need for immediate response and action, and this roundtable event was an important step to accelerate these actions” says Thomas Møller, President of Energy Division, Alfa Laval. IEA conference: Strong outcome to accelerate energy efficiency. In The Versailles Statement: The crucial decade for energy efficiency, ministers pledged to support a stronger policy action, and to prioritize investments for energy and climate targets. 45 governments endorsed the goal of doubling the average global rate of energy efficiency improvements by the end of the decade to foster a sustainable economic growth and helping put the world on a secure and affordable path towards net zero emissions. Additionally, it pledges to all stakeholders taking part in the COP28 Climate Change Conference in Dubai later this year, to raise their ambition and strengthen energy efficiency policy implementation in line with the Paris Agreement. - Read more about the outcomes and commitments from the conference here. - Discover more about Alfa Laval’s commitment to energy efficiency here. - For those who didn’t have the chance to participate onsite, the conference was broadcast live, and you can watch the full broadcast here.
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33 w
Energy efficiency has such a great potential. Let's make it a key area for decarbonization until 2030.
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38 w
It was a great event gathering all key actors for energy efficiency!
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37 w
Decisions affecting our energy sector are made in sich places, I hope they favor the planet
Alfa Laval
40 w
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Building upon the successful partnership established in 2022 (with the aim to produce the first heat exchanger made with fossil-free steel) Alfa Laval will now incorporate SSAB’s unique fossil carbon emission free and recycled steel (SSAB Zero™), into its heat exchangers. This represents an important milestone towards achieving a global carbon neutral supply chain. Key highlights: - Tackling global carbon emissions: Steel production accounts for 7 percent of the world's carbon emissions, making it a critical industry in the fight against climate change. The collaboration between Alfa Laval and SSAB aims to address this challenge, with emissions being predominantly generated from a limited number of locations. - Reducing carbon footprint: By integrating SSAB's fossil carbon emission free, recycled steel, produced through renewable-based processes, into Alfa Laval's heat exchangers, the collaboration takes an important step towards achieving a global carbon neutral supply chain. - Double impact on global emissions: Initially more than 100 heat exchangers will be delivered this year – and significantly more the coming years. These heat exchangers will be deployed to improve energy efficiency in numerous areas such as HVAC, marine, process and food industries. "Alfa Laval's commitment to sustainability is further strengthened through our collaboration with SSAB," says Thomas Møller, President of the Energy Division at Alfa Laval. "By incorporating their recycled steel in our heat exchangers, we are not only reducing our own carbon footprint but also driving the entire value chain towards a cleaner and more sustainable future.” ”SSAB is really accelerating the roll-out of zero-emission steel with our newest product SSAB Zero,” says Thomas Hörnfeldt, Head of Sustainable Business at SSAB. “We are now expanding our partnership with Alfa Laval to include SSAB Zero, and can look forward to visible results already this year. This is great news, and also allows us to help mitigate climate change even faster.” Did you know? Energy efficiency is a key part of the Paris Agreement and could deliver more than 40 percent of the greenhouse gas emissions savings over the next 20 years, with 50 percent of those savings coming from industry. About SSAB Zero™ SSAB Zero™ has zero fossil carbon emission (less than 0.05 kg CO2e emissions per kg steel in scope 1 and 2) in operations, including purchased energy and transportation. SSAB practices market-based emission factors for the electricity used and may secure fossil-free electricity through electricity guarantees of origin. Fossil fuels remain in the ground as SSAB has implemented a system to manage and ensure the correct source and use of alternatives connected to the production of SSAB Zero™. Only recycled steel is used as a raw material, which means SSAB Zero™ supports the circular economy. SSAB does not engage in carbon emission offsetting activities. https://youtu.be/_9ryLyD_Z2o
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40 w
A great collaboration
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40 w
A massive collaboration there
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40 w
An impactful collaboration!
Alfa Laval
41 w
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Ørsted has started with the construction of a green e-fuel facility, FlagshipONE in Örnsköldsvik, Sweden. FlagshipONE was originally developed by the Swedish electrofuel facility developer Liquid Wind, together with their network of partner companies, among them Alfa Laval. The e-fuel production will commence in 2025 and produce 50,000 tonnes of e-methanol every year. Ørsted broke ground on FlagshipONE on May 24th. International shipping accounts for around 3% of global carbon emissions and is a difficult sector to electrify. One solution to this is Power-to-X fuels, or electrofuels (e-fuels) as they are also called, which are created from renewable energy and can then be transported and used elsewhere, for example in ship engines. This is a technology that has been in development for a long time, but only fairly recently can it be done on an industrial scale. Claes Fredriksson, CEO and founder of Liquid Wind, says: “FlagshipONE will soon become the largest commercial-scale electrofuel facility in Europe and at Liquid Wind we are thrilled that Ørsted is now starting the construction phase of the project. FlagshipONE is our first sold project and is just the beginning of our journey to become the leading developer of electrofuel facilities. This milestone will hopefully inspire many others to also contribute to the decarbonization of shipping. Today is a historical day for Sweden as we put the country on the map as a developer and producer of green electrofuel. All with the intent of reducing the world's dependence on fossil fuels.” (Quote Liquid Wind’s press release on May 24th) Power-to-X fuels can take many forms but what they all have in common is that they use renewable electricity rather than fossil fuels. In Liquid Wind’s case, the fuel is made from hydrogen that is generated from renewable electricity and then combined with CO2 to create e-methanol. The CO2 comes from biogenic carbon dioxide emissions from industries, and when generating the fuel, the carbon is used once more before it’s released into the atmosphere. This means that the fuels are carbon neutral when compared to current shipping fuels that are exclusively fossil-based. Alfa Laval is proud to be a part of the FlagshipONE development as a technology partner to Liquid Wind and supplier of heat exchangers to this project. The heat exchangers from Alfa Laval will be used for the hydrogen generation, the carbon capture in the methanol station, and for the heat integration, making the process as efficient as possible. Partnerships are vital in the race to net zero and by combining the strengths, dynamics, and agility of a company like Liquid Wind with the expertise that Alfa Laval can bring to the table, there is a win-win situation on the journey to a more sustainable future. Hear more from Claes Fredriksson in our previous Net-zero launch event from February 15th: https://youtu.be/eKJ6fRkSYRc?t=2586
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40 w
Highly welcome move
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41 w
Great initiative
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41 w
It is an encouraging development that paves the way for further innovation and progress in reducing emissions within the maritime sector.
Alfa Laval
42 w
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Welcome to our Net-zero launch event #4!
https://www.alfalaval.com/info/event/netzerolaunchevent/
On 15 June it's time for Alfa Laval to present the fourth Net-zero launch event. This an online external broadcast, sharing news and insights about the latest innovations and initiatives to help companies across all industries become more sustainable. The Net-zero launch event is free to join. Sign up today! Today, it is more important than ever to find affordable technologies that can help decarbonize the global economy, while also accommodating the ever-increasing demand for energy. That is why, three times a year, Alfa Laval gathers industry experts in a studio to promote and discuss the latest news in accelerating sustainable solutions. “We have so much to share with the world's industries in 2023 when it comes to sustainable solutions,” says Thomas Møller, President of Alfa Laval’s Energy Division. “I am excited that we have a line-up of experts to talk about the many new launches we have to scale up and accelerate the energy transition. We will also have a guest joining us from the Swedish steel manufacturer SSAB to discuss our fossil-free steel partnership.” Over 45 minutes, the Net-zero launch event takes a deep dive into the three cornerstone sustainability areas: Energy Efficiency, Clean Energy and Circularity. In each segment studio speakers will provide a brief overview of Alfa Laval's latest thinking for different industries and highlight key launches with the support of expert videos. Save the date: June 15, 14:00 CET Sign up today! https://www.alfalaval.com/info/event/netzerolaunchevent/
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41 w
Looking forward to the event, learning about three cornerstone areas of sustainability will be very important
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41 w
This kind of "exhibitions" are very informative. The showcasing of the diverse innovations around energy efficiency, sustainability etc is really key.
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41 w
Will be tuned in to this event. Looking forward to it
Alfa Laval
42 w
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Energy efficiency put into action NOW! Join in on the discussions at IEA´s 8th Annual Global Conference on Energy Efficiency. Check out the live broadcast from the conference in Paris here! The conference brings together global climate and energy leaders exploring actions to accelerate energy efficiency and progress towards climate goals. Attending the conference in person? Meet Alfa Laval and Energy Efficiency Movement onsite. https://www.wedonthavetime.org/events/iea-efficiency-conference-2023?linkId=300000005948511
International Energy Agency's 8th Annual Global Conference on Energy Efficiency – Jun 07, 2023–Jun 08, 2023
Watch IEA 8th Annual global conference on energy efficiency on We Don't Have Time
https://www.wedonthavetime.org/events/iea-efficiency-conference-2023?linkId=300000005948511
Alfa Laval
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Energy efficiency is essential in the fight against climate change as a solution with the fastest result in reducing energy-related emissions. Not only can it help decarbonize, but it can also lower energy bills for companies and households while strengthening energy security for both developing and developed countries. Then why, despite the promising outcome, are there delays in reaching the energy efficiency goals? During the second day of Stockholm Climate Week, Alfa Laval brought together some of the world's leading experts, including representatives from the United Nations, the International Energy Agency, and industry professionals, to answer some pressing questions about energy efficiency and discuss the urgency of accelerating energy solutions globally. The session began with a keynote by Damilola Ogunbiyi, CEO and Special Representative of the UN Secretary-General on Sustainable Energy for All and Co-Chair of UN-Energy. She highlighted the importance of energy efficiency, calling it a "people-centered approach" that would help create jobs, stabilize the economy and, most importantly, reduce emissions. Sheila Aggarwal-Khan, Director of the Industry and Economy Division for UNEP, and Brian Motherway, Head of Energy Efficiency at the International Energy Agency then shared their view on how the role of energy efficiency has changed and the need for urgent actions to speed up the implementation of available solutions. The session then continued with the private sector point of view on energy efficiency; a panel discussion between Thomas Møller, President of Energy Division, Alfa Laval, Adam Savitz, Sustainable Infrastructure Director at Johnson Controls, Kevin Lane, Senior program manager, policy expert-International Energy Agency, and Ravichandra Kshirsagar, Vice President of Digital Building Commercial & Services at Schneider Electric. The focus was on main barriers and opportunities to accelerate energy efficiency solutions globally. According to the International Energy Agency (IEA), energy efficiency accounts for as much as 40% of the world’s carbon dioxide emission reduction by 2040. “Half of the emission reduction before 2030 has to come from energy efficiency. This is crucial for battling climate change,” said Thomas Møller, Alfa Laval. “The technologies for achieving this are already available today. They just need to be implemented,” said Møller. While decarbonization in this era of global electrification, energy efficiency is also crucial for securing the increasing energy demand. “There has never been a better time in history for energy efficiency projects”, said Adam Savitz, Johnson Controls. The session ended with three keynotes on how to proceed and how policy incentives can unlock and realize the acceleration of energy efficiency solutions. Niels Fuglsang, member of the European Parliament shared insights on the latest Energy Efficiency Directive. Andreas Kuhlmann, Chief Executive of Deutsche Energie-Agentur GmbH, and Helena Storckenfeldt, member of parliament for the Swedish Moderate Party shared their perception on how the role of energy efficiency has changed in the last year, from a German and Swedish perspective respectively. Even if progress is being made, it is not enough and we need to unlock the true potential of energy efficiency. Watch the full Alfa Laval session from Stockholm Climate Week: https://www.youtube.com/watch?v=61bwsSqheBc&t=2165s Rewatch Stockholm Climate Week anytime on We Don’t Have Time Play.
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43 w
Very enlightening session . We must gear towards energy efficiency
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45 w
This was a great session at Stockholm Climate Week. Energy efficiency is indeed important!
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44 w
A fantastic session to learn more about the urgency to adopting energy efficiency
Alfa Laval
47 w
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Join the almost five million viewers watching Alfa Laval live from the Stockholm Climate week! 💚 Get insight from leading experts on how to reach net zero with energy efficiency. 🌎 Watch the recorded broadcast here! https://youtu.be/61bwsSqheBc?t=2185
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43 w
Wonderful ad informative
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47 w
Alfa Laval has a very important contribution to energy savings!
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47 w
Learning a lot on green energy.
Alfa Laval
49 w
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Alfa Laval has teamed up with Boliden, a Swedish mining and smelting company, to use their Low-Carbon copper to produce heat exchangers. The goal is to have the first heat exchanger made using Boliden’s copper ready during 2023. The cooperation will enable Alfa Laval to produce heat exchangers with a reduced carbon footprint. This is part of the company’s multi-channel plan to achieve carbon neutrality by 2030. “To drive the transition towards a more sustainable society it's vital that we find partnerships and collaborations that complement the ambitions that we have as a company. Bringing together Boliden’s copper and our energy-efficient heat exchangers means we can contribute to the industry’s transformation towards net zero,” says Tom Erixon, President and CEO of Alfa Laval. The cooperation with Boliden is part of Alfa Laval’s strategic ambition to reduce the environmental impact of raw materials. Boliden’s Low-Carbon copper is produced from copper mined in the north of Sweden and recycled material such as electronic waste, using clean energy which gives the raw material one of the lowest carbon footprints of any refined copper in the world. The copper will mainly be used in Alfa Laval’s brazed heat exchangers which are used for heating, cooling, evaporation and condensing in numerous applications, including heat pumps. By using Boliden’s copper, the carbon footprint of the heat exchangers will be reduced compared to other available alternatives. “With our Green Transition Metals, we create a foundation for Europe’s climate transition as they represent some of the most sustainable options on the market. If we want to enable the society of tomorrow, we need to start today. And Alfa Laval is now utilizing the fact that our offering is available today, and by that they are part of leading the industry”, says Mikael Staffas, CEO of Boliden. Did you know… Energy efficiency is one of the main factors in reaching the Paris Agreement, according to the International Energy Agency (IEA). Alfa Laval’s energy-efficient heat exchangers, used in industrial processes worldwide, play an important role as they can recover and reuse heat and energy. They are used in heat pumps and are crucial components in processes for hydrogen, biofuel and long duration energy storage – thereby Alfa Laval supports the transition towards more sustainable energy sources.
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43 w
Such a strong partnership
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49 w
A great collaboration.
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49 w
unity is strength
Alfa Laval
50 w
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Welcome to join Alfa Laval together with other leading experts for a live broadcast on energy efficiency. This session is part of the Stockholm Climate Week. Don't miss out – tune in live on April 19, at 11:30-12:30 CEST. Register for free here: https://www.wedonthavetime.org/events/stockholmclimateweek-april19 With an ongoing energy crisis and urgent need to meet the 1.5°C target, taking action has never been more crucial. Experts will share their latest strategies and practical advice for businesses looking to make a difference. Check out the line-up of speakers: - Sheila Aggarwal-Khan, Director, Industry and Economy Division, UNEP - Brian Motherway, Head of Energy Efficiency, International Energy Agency - Thomas Møller, President Energy Division, Alfa Laval - Andreas Kuhlmann, Chief Executive, Deutsche Energie-Agentur GmbH - Ravichandra Kshirsagar, Vice President, Digital Building Commercial & Services, Schneider Electric - Peter Lemoine, Managing Director, Energy Efficiency Movement - Niels Fuglsang, Member of the European Parliament, The Social Democratic Party in Denmark - Kevin Lane, Senior Programme Manager, International Energy Agency - Damilola Ogunbiyi, CEO and Special Representative of the UN Secretary-General for Sustainable Energy for All, and Co-Chair of UN-Energy - Adam Savitz, Sustainable Infrastructure Director, EMEALA, Johnson Controls
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49 w
This will be a great session!
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50 w
Looking forward.
Alfa Laval
51 w
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In today’s society most of the information we consume is online. Whether you are working from home, checking social media, or watching Netflix, more and more data is created every day. In fact, it is predicted that in 2025 100 Zettabytes of the 200 Zettabytes of data that needs storage will be in the cloud. To put that into perspective, if we tried to put that amount of data on DVDs, we could create a stack that would wrap around the earth 222 times. So, we need data centers to store and process this huge amount of data. With that said, the data center industry consumes a lot of energy and is already emitting the same amount of carbon dioxide as the air travel in 2023. Streaming videos alone currently accounts for 300 million tonnes of the CO2 that enters the atmosphere every year. The question is, what can we do about it? Energy efficient data center cooling We know that 35-40% of the power consumption in data centers goes towards server cooling, but with the right technology in place, we can change that. Improving the energy efficiency of data center cooling processes can significantly reduce the amount of energy they consume. Did you know that as much as 98% of the electricity used by data centers is converted into heat? This excess heat can be put into good use by capturing and connecting it to district heating networks for example. The technology to utilize this untapped potential is already available on the market today. With Alfa Laval’s heat transfer technology, we can help data centers cope with the increasing demand for high density computing, while also keeping their carbon emissions and energy bills low. https://youtu.be/3rtQI2pYUm0 The future of energy supply By 2030, the data center industry is predicted to consume 13% of global energy use. That sounds challenging in a world where the industries need to become carbon neutral by 2030. But, if data centers could reuse the energy that they consume, and even power local networks, this problem could actually become a solution. The answer is in excess heat reuse. When hot water leaves a data center as part of the cooling process, heat recovering technology can be used to capture any excess heat for new purposes. The best part is that this technology doesn’t just exist, it is available and ready to be installed in data centers today. Take EcoDataCenter as an example. With the support of Alfa Laval’s heat transfer technology to boost energy efficiency, this sustainable data center has transformed the industry by transporting the excess heat from server halls to a nearby power plant. By doing so, EcoDataCenter can support the production of renewable fuel in the form of wooden pellets and contribute to creating a circular economy. If every data center in the world shifted to this way of thinking by 2030, reusing the waste heat from their serves in district heating, we could save 3000 TW/h in electricity and prevent 680 million tonnes of carbon from entering the atmosphere every single year. That is enough electricity to heat 300 million European homes and the annual carbon emitted by France. Find out more about how energy efficient data center cooling and heat reuse can support the planet’s future on Alfa Laval’s website. https://youtu.be/1ZcNLNBA5-4
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50 w
Super interesting, energy efficiency is really key in all industries!
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51 w
Doing away with obsolete systems and taking advantage of newer, more efficient technologies is the way to go ...
Alfa Laval
59 w
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Alfa Laval is back this February with more innovative products and insights to improve sustainability in your process applications. If you want to know how we can tackle some of the most pressing issues of our time, then Alfa Laval’s Net-zero launch event is for you. This time we will be covering everything from energy efficiency and clean energy solutions, to minimizing the use of scarce resources and prolonging your process lifecycles. Alfa Laval is hosting the third installment of the Net-zero launch event, inviting Alfa Laval experts and customers to discuss “Innovation that accelerates sustainable solutions”. If you want to know more about the importance of energy efficiency in the climate transition, the event will be available for everyone to watch, right here on We Don’t Have Time! Tune in to We Don't Have Time on February 15th at 14:00 CET to take part in the exciting discussions. The event will focus on how new innovations can bring our commitments to energy efficiency, clean energy, and circularity to life. These three areas are the cornerstones of Alfa Laval’s sustainability offering for the energy market, and they are at the heart of what Alfa Laval can achieve for their customers all over the world. “We take the time to build lasting partnerships,” says Thomas Møller, Executive Vice President of Alfa Laval’s Energy Division, “because we know that understanding our customers’ businesses is vital when helping them transition away from the carbon economy and toward greater thermal efficiency. Trying to solve their challenges is what sparks our imagination and drives us toward greater innovation.” Through this event, we want to highlight key examples of this to illustrate the business benefits of energy efficiency and inspire others to take action, including the many ways heat transfer technology has adapted to fit the changing data center industry, how fuel cells are transforming the hydrogen industry, and how we can reduce waste and costs with better recycling opportunities. We will also feature new products being launched - see the full program below for more information: Opening Thomas Møller, President Energy Division, Alfa Laval Energy efficiency - Alfa Laval T21 – The new versatile heat exchanger: Introducing the new T21 – Efficient heat transfer for every application. The wide array of plate options allows for precise tailoring making the T21 suitable for applications ranging from data center cooling to heating and cooling of buildings. The new T21 is our most versatile heat exchanger to date. - Alfa Laval and EcoDataCenter – Collaborating to develop sustainable data centers : We are in the middle of a digital revolution and data centers are increasing in number and size all over the world. Our job at Alfa Laval is to make sure that data centers and their customers can grow in a sustainable way. - The smart heat exchanger – Boosting performance with connected solutions: A generation leap for the Alfa Laval heat exchanger. Accelerating your sustainability journey and reducing your operating costs with our smart connected solutions. Making sure your heat exchanger is always performing at its best. - New, innovative cooling solution for edge data centers: The Alfa Laval Cooling Pod is a complete data center cooling system fitted in 20 ft container. Based on well-proven air-cooling technology, the Cooling Pod is extremely flexible and quick to install and offers unparalleled operational reliability. Clean energy - Launching AlfaNova GL50 – Alfa Laval’s first heat exchanger developed for tomorrow’s fuel cell systems: Alfa Laval's plate heat exchangers for fuel cells enable optimal system efficiency by minimizing energy losses. We have expanded our innovative heat exchanger range to help accelerate decarbonization via fuel cells with the new AlfaNova GL50 – Our first heat exchanger specifically developed for fuel cell requirements. - Liquid Wind – Renewable eMethanol production: Liquid Wind enables conversion of carbon dioxide emissions and green hydrogen into the carbon neutral fuel eMethanol. Together with their expert technical consortium, Liquid Wind are now developing their first commercial-scale eMethanol facility in Sweden. Claes Fredriksson, CEO of Liquid Wind, will join the Net-zero launch event. Circularity - Safety and sustainability in mining – From exploration to tailings dewatering: Alfa Laval’s solid bowl centrifuges are suitable for mining duties, from exploration to mine tailings dewatering. They enable water reuse while allowing dry disposal of tailings solids. They offer significant lifecycle cost savings and make tailings management a safer and sustainable way of working compared to tailings ponds. - Minimize waste and maximize efficiency in construction drilling: Minimize waste, reuse water and lower chemical consumption through cleaning your drill slurry with the Alfa Laval decanter centrifuge. Our range increases the drilling speed through continuous cleaning and the smaller portable units are perfect for all construction drilling operations. Summary and closing Thomas Møller, President Energy Division, Alfa Laval
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Such an awesome event
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Something should be done for energy efficiency as soon as possible, global warming is making itself felt more and more every day, to feel a little good https://basketballlegends.fun/
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This is a great action
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Cities lead in the numbers when it comes to emissions in residential places and it is about time we acted on them to reduce the burden they put on our ecosystems by implementing sustainable cities