Power-to-X
Power-to-X (P2X) is a key component in decarbonizing the chemical, marine and aviation industries. Here, “X” refers to the conversion of electricity into gaseous or liquid fuels or chemicals, including e-ammonia, e-methanol, methane, green hydrogen and syngas. In this way, power-to-X can enable more sustainable industry, transportation and energy, while utilizing existing infrastructure and providing an important energy storage solution.
Alfa Laval has decades of experience supplying advanced solutions to the chemical industry. Our diverse portfolio of efficient heat exchangers secure cost-effective production of green ammonia and green methanol, when compared to traditional methods. Contact us today to learn how we can support your processes.
Alfa Laval’s solutions for the green ammonia
Ammonia is well established as a cornerstone of the fertilizer industry, but it also plays a significant role in refrigeration systems and the production of explosives. Today, the arrival of green ammonia is creating new possibilities for areas like fuel and energy storage as well.
Alfa Laval is continuing our long track record as a partner to the ammonia industry with innovative technology to support the demands of green ammonia. With our extensive heat transfer portfolio, you can find the optimal solution for your plant, no matter your size or operational intermittency. Contact us to learn more about critical process heat exchangers like waste heat boilers, steam drums and ammonia condensers, as well as how we can cover all your utility cooling and heating needs as you strive for maximum energy efficiency.
Alfa Laval’s solutions for the e-methanol
Combining green hydrogen with a CO2 source opens up the path to e-methanol. Apart from being used as fuel or for energy storage, e-methanol is also instrumental for decarbonizing large parts of the chemical industry.
With experience from large-scale plants, Alfa Laval is ready to support this smaller scale market with the same high quality of solutions and service. Our compact technologies are suitable for a wide range of applications, such as steam generation, reactor interchangers, distillation section exchangers including reboilers and condensers, as well utility cooling and heating. We work closely with you to ensure there’s no compromise between minimum size and maximum efficiency, no matter the plant capacity.
Alfa Laval also offers a unique portfolio of efficient heat exchangers to enable carbon capture utilization and storage (CCU/S) in the production of e-methanol.
A partnership for renewable clean fuel production
Alfa Laval is an investor and partner to Liquid Wind, a unique Power-to-Fuel company that is developing commercial-scale eMethanol facilities. Each facility captures and concentrates biogenic carbon dioxide emissions from industry, combining them with hydrogen made from renewable electricity and water. The result is the production of green methanol. In addition to Alfa Laval, the Liquid Wind consortium includes Carbon Clean, Siemens Energy and Haldor Topsoe, among others. Our heat transfer expertise contributes to improving the process efficiency and the overall energy integration of the facilities. Heat exchangers are installed as key components in the main system, as well as in the process steps of green hydrogen, carbon capture and methanol synthetization.
Green ammonia as a fuel in the marine industry
In August 2020, Alfa Laval, Hafnia, Haldor Topsoe, Vestas, and Siemens Gamesa issued the report “Ammonfuel – an industrial view of ammonia as a marine fuel” based on our own industrial expertise and input from a list of competent industrial players.
Welcome to a Net zero webinar for hydrogen
In this webinar, Alfa Laval experts are joined by representatives from Lhyfe and CEA Liten, two key stakeholders in the clean hydrogen area. We deep-dive into the main challenges and the actions needed to accelerate the implementation of clean hydrogen and the journey towards Net zero.
Our solutions
Alfa Laval gasketed plate-and-frame heat exchangers
With our broad range of gasketed plate-and-frame heat exchangers, it’s easy to find your optimal solution – no matter the capacity of your plant. A compact design combined with outstanding heat transfer performance makes them ideal for skid building or tight installations, where you can’t afford to compromise on serviceability or energy efficiency. Product coolers, utility heating and cooling are some of the positions in which a gasketed plate-and-frame heat exchanger is a great fit for your power-to-X project. For critical positions like ammonia condensers, our semi-welded models give you even more options.
Alfa Laval Compabloc
Compabloc heat exchangers combine the temperature and pressure durability of shell-and-tube designs with the exceptional thermal performance of a traditional plate heat exchanger. The compact design is simple to install and up to five times more efficient than a comparable shell-and-tube heat exchanger. Compabloc can handle the most demanding one-phase as well two-phase duties like the methanol distillation section, making it a versatile problem solver for your power-to-X process.
Alfa Laval OLMI
An OLMI heat exchangers fits in for any requested heat recovery duties in processes with high temperatures and/ or high pressures, making them especially suitable for in ammonia and methanol production. Its outstanding reliability, superior fabrication and low CAPEX allow you to enhance energy efficiency, increase profitability and improve sustainability. The OLMI design, combined with superior welding technology, enables greater reliability than peers’ comparable solutions, resulting in extended lifetime, peace of mind operation and a lower environmental impact.
Alfa Laval Packinox
Packinox heat exchangers are ideal for combined feed-effluent heat recovery duties in large ammonia and methanol processes. Outstanding thermal performance, superior hydraulic efficiency and a compact design allows you to optimize energy efficiency and maximize process capacity with the lowest environmental footprint. A Packinox recovers more heat with lower cycle pressure drop than traditional solutions, resulting in a reduced investment for feed furnace and recycle gas compressor capacity, thereby ensuring faster ROI.
Alfa Laval Niagara Wet Surface Air Coolers (WSAC)
Alfa Laval Niagara Wet Surface Air Coolers (WSAC®) are custom-built, closed-loop cooling and condensing systems that combine high performance, low operating costs and reliable operation. They provide maximum cooling in a compact unit with minimal water and electric power consumption. The robust and simple design also provides stable thermal performance and low maintenance requirements. Our WSAC systems can be fully customized to your requirements, including designs for withstanding corrosive media, cooling multiple process streams in parallel, running both dry-cooling and wet-cooling mode.
Heat transfer solutions for carbon capture, utilization and storage
You may have heard of carbon capture, utilization and storage (CCU/S), but did you realize the technologies to enable it have been around for decades? With limited options for decarbonization in sectors like oil & gas, power, refinery, petrochemicals and cement industry, CCU/S will be fundamental for the future of the energy market. Discover our portfolio of heat transfer equipment designed to maximize the efficiency of carbon capture.
Heat transfer solutions for methanol production
Reliability, energy efficiency and product quality are of utmost importance to any methanol plant. Alfa Laval has vast experience in supplying expertise as well as proven equipment and services to methanol plants owners. Whatever your needs, we’re here to make operations trouble-free and bring you peace of mind.
Heat transfer solutions for ammonia production
To remain profitable, ammonia producers worldwide must continuously improve overall energy efficiency. With vast process knowhow and a broad range of equipment and services, Alfa Laval can help optimize energy-intensive ammonia processes with our compact and highly efficient heat exchangers.
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