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Athens, Greece
1-10 Employees
2019
H2CYRUS project funded under the 2nd Round of the Single State Aid Action "RESEARCH - CREATE - INNOVATE" (2020 - 2022). HYDROGEN METAL HYDRIDE COMPRESSORS OFFER A WIDE RANGE OF ADVANTAGES. Transport applications are responsible for almost 25% of Greenhouse Gases Emissions in Europe. Hydrogen is the most efficient clean energy carrier in this sector.
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CYRUS PC | Hydrogen Compressors | Greece
... CYRUS PC | Hydrogen Compressors | ...
Mole Valley, United Kingdom
251-500 Employees
2004
We developed this process to target the multi-billion dollar, worldwide market for transformer oil used in electricity generation from our plant at Canton, Ohio, US. Hydrodec North America LLC2021 Steinway Blvd S.ECanton OH 44707. With sustainability high on the agenda for many businesses, you can rely on Hydrodec to recycle your industrial transformer oil in our patented, environmentally sustainable way and reduce your carbon footprint by generating Carbon Credits in exchange for your oil. From our state-of-the-art facility in Canton, Ohio, we treat used transformer oil to remove all detectable levels of PCBs with near zero emissions and industry-leading recovery rates. Our process delivers very high recovery rates (>99%), producing transformer oil that tests ‘better than new’ at a competitive cost and without environmentally harmful emissions. Our partners at Cleveland Industrial Recycling (CIR) are experts at safely and efficiently removing, replacing and recycling heavy industrial and electrical equipment.
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Hydrodec Group plc
... Hydrogen Compressor ...
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Hydrogen Compressors |Haskel Hydrogen
... With over 75 years of compression experience, Haskel offers a range of hydrogen compressors designed to achieve required refuelling pressures up to 1,000 ...
Kjeller, Norway
Our metal hydride hydrogen compressor has many advantages over conventional compressors (such as the diaphragm and piston compressors) as this thermal compressor has no moving parts, potentially low maintenance cost and compresses the hydrogen in a silent and vibrationless manner. The operation cost can be minimized if waste heat is available as the system utilize thermal energy for the compression work.
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Hystorsys AS – Metal hydride hydrogen compressors and storage
... Hystorsys is a provider of hydrogen compressors and storage systems based on metal hydride ...
Quezon City, Philippines
11-50 Employees
1955
JC Domingo Enterprises Corporation is a leading and trusted partner in the can-making, canning, and packaging industries. Food Manufacturing – Machines & Supplies | Aftermarket Machine Parts.
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Atlas Copco High Pressure Hydrogen Compressor for Mobility H2Y
... Atlas Copco High Pressure Hydrogen Compressor for Mobility H2Y - JC Domingo Enterprises ...
West Lancashire, United Kingdom
101-250 Employees
1973
Full automotive IATF16949 & ISO 14001 accreditation with the technology and expertise to deliver high quality machined components to sub 5 micron tolerances. By using our shafts and compressor wheels for fuel cell compressors we have partnered with a UK based company to produce 10Kw to 45Kw hydrogen fuel cell compressor components. We have had continued success in manufacturing hydraulic pistons for off highway hydraulic motors. Heat pumps for electric vehicles and industrial heat pumps for HVAC, our portfolio allows us to supply our product into OEM and Tier 1 supply chains. Erlson Precision Components manufacture components within Micro Gas Turbines that are essential for their operation.
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Hydrogen Fuel Cell Compressors
... Hydrogen Fuel Cell Compressors. Erlson Can Manufacture A Wide Range Of Components For Fuel Cell Components. ...
Arnhem, Netherlands
11-50 Employees
2009
HyET Hydrogen is a leading SME (Small and medium-sized enterprise) in the field of electrochemical hydrogen compression, founded in 2008. HyET enters partnerships with key stakeholders to develop products with a focus on application. Our staged approach delivers a clear view of options and results in products that satisfy customer requirements. HyET Hydrogen is committed to respecting and promoting the human rights of all people including our employees, the communities in which we operate, those who may be impacted by our activities and those within our supply chains. The HCS100 Hydrogen Compressor Stack is the building block for compressor capacities varying from 2 kg/d for Building Heat & Power up to 2000 kg/d for Transport & Mobility. Companies of the HyET group provide technologies for low-cost, distributed power generation and commercially viable hydrogen production at high pressure. HyET Hydrogen is a leading SME in the field of electrochemical hydrogen compression, founded in 2008. This landmark agreement is the first step in the collaboration between HyET Hydrogen and Baker Hughes, leveraging their respective strengths to drive innovation and advance industry standards.
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Reliable & Energy Efficient Hydrogen Compressors.
... Reliable & Energy Efficient Hydrogen Compressors. ...
Shanghai, China
1895
Did you know that HOERBIGER ensures safety on board on all seven seas? Did you know that HOERBIGER enables premature babies to step into life? HOERBIGER's performance-critical products and services enable customers and partners from various industries to improve the performance and safety of their products and operations, save energy, and reduce emissions. Did you know that every fourth car uses key components from HOERBIGER?
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Hydrogen Compressor Package
... ✓ Hydrogen Compressor Package ✚ High-flow compression ✚ Hydrogen mobility ✚ Trailer filling ➨ Inform now! ...
Tiel, Netherlands
11-50 Employees
1983
Naast onze compressoren bieden wij een ook een compleet aanbod aan Stationaire gasdetectie en vlamdetectie van het merk MSA Safety. Recent hebben wij voor een klant een vlamdetectiesysteem succesvol mogen opleveren.
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Hydrogen Compressors
... Sauer Hydrogen Compressors | Holugt ...
Virginia, United States
501-1000 Employees
1976
We are specialized in the markets of high-pressure breathing air, GSA/military breathing air, industrial air and gas, plastics technology, natural gas, and inert gas compression. We are committed to use the latest technology, best materials, most qualified human resources and the most efficient fabrication techniques. We are a customer centric organization where our long term growth and success is directly tied to the long term growth and success of our customers. BAUER COMPRESSORS, INC., headquartered in Norfolk, VA, is recognized as the world’s foremost innovative designer and manufacturer of high-pressure systems. As a result, our equipment solutions offer superior performance along with best value, which are delivered on time, defect free and are supported to achieve their maximum potential throughout their entire lifecycle. If we execute our strategy effectively, we will become a trusted, strategic business partner with proven value to our customers, which in turn will lead to a long term business relationship with repeat business over many decades. Word of mouth is the best form of advertisement. BAUER COMPRESSORS provides our customers with a broad range of compressor system solutions for various breathing-air and industrial applications.
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HYDROGEN COMPRESSOR & BOOSTER SYSTEMS
... Hydrogen Compressor and Booster Systems | Bauer ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Hydrogen Compressor
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 21 |
| Amount of suitable service providers | 21 |
| Average amount of employees | 101-250 |
| Oldest suiting company | 1895 |
| Youngest suiting company | 2019 |
A hydrogen compressor is a specialized device designed to increase the pressure of hydrogen gas, thereby reducing its volume for various industrial, energy storage, and fuel cell applications. This equipment operates on the principle of either dynamic or positive displacement compression, effectively elevating hydrogen gas to pressures required for specific uses. In the context of renewable energy, hydrogen compressors play a pivotal role in the storage and transportation of hydrogen fuel. This technology is crucial for enabling the efficient handling of hydrogen, a key component in achieving a sustainable energy transition towards low-carbon alternatives. By facilitating the compression and subsequent storage of hydrogen, these compressors allow for the effective utilization of hydrogen as a clean energy carrier. This not only supports the infrastructure for hydrogen fueling stations, enhancing the viability of hydrogen-powered vehicles, but also aids in the stabilization of renewable energy supply by allowing excess electricity generated from sources like wind and solar to be stored as hydrogen. The impact of hydrogen compressors extends beyond energy storage and transportation, contributing significantly to industrial processes that require high-pressure hydrogen, such as ammonia production and refining processes. Thus, hydrogen compressors are integral to both the advancement of renewable energy solutions and the optimization of various industrial applications, underscoring their importance in the pursuit of sustainability and energy efficiency.
1. Energy Efficiency
Hydrogen compressors exhibit a higher degree of energy efficiency compared to traditional compressors. This efficiency is crucial in minimizing operational costs and reducing the environmental footprint of industrial processes. By leveraging advanced technologies, these compressors can achieve optimal performance with lower energy consumption.
2. Purity Maintenance
A significant advantage of using hydrogen compressors is their ability to maintain the purity of hydrogen gas throughout the compression process. This is particularly important in sectors where the quality of hydrogen directly impacts the end product or process, such as in the pharmaceutical or food industries. The design of these compressors minimizes contamination risks, ensuring the integrity of the hydrogen.
3. Versatility and Scalability
Hydrogen compressors are designed to be versatile, catering to a wide range of pressures and flow rates. This adaptability makes them suitable for various applications, from small-scale laboratory settings to large industrial operations. Additionally, their scalability allows for easy integration into existing systems, facilitating expansion and upgrades without significant overhauls.
4. Reduced Maintenance
Compared to conventional compressors, hydrogen compressors generally require less maintenance. This is due to their fewer moving parts and the use of advanced materials designed to withstand the unique properties of hydrogen. The reduced maintenance not only lowers the overall cost of operation but also enhances the reliability and longevity of the equipment.
While evaluating the different suppliers make sure to check the following criteria:
1. Compression Technology
Evaluate the technology used in the hydrogen compressor, such as diaphragm, piston, or screw, to ensure it meets your specific application needs.
2. Pressure Requirements
Consider the maximum pressure requirements for your application and verify that the compressor can deliver the necessary output.
3. Flow Rate
Assess the flow rate of the compressor to ensure it aligns with your hydrogen gas supply needs.
4. Energy Efficiency
Look for compressors that offer high energy efficiency to reduce operational costs.
5. Maintenance and Durability
Check the maintenance requirements and durability of the compressor to ensure it offers a long service life with minimal downtime.
6. Safety Features
Ensure the compressor comes equipped with safety features to handle hydrogen gas, which is highly flammable.
7. Supplier Reputation and Support
Research the supplier's reputation and the level of after-sales support offered, including availability of spare parts and technical assistance.
Hydrogen compressors play a pivotal role in the energy sector, particularly in fuel cell technology and hydrogen fueling stations. These devices are essential for increasing the pressure of hydrogen to meet the requirements of fuel cell systems in vehicles, ensuring a more efficient energy conversion process. This application is critical for the automotive industry as it transitions towards more sustainable, zero-emission fuel options. In the chemical industry, hydrogen compressors are used to synthesize ammonia, methanol, and other chemicals through processes like the Haber-Bosch process. By compressing hydrogen, these devices facilitate the chemical reactions needed to produce these compounds efficiently, highlighting their importance in manufacturing fertilizers and plastics. The oil and gas industry relies on hydrogen compressors for hydrocracking and desulfurization processes. These compressors are used to increase the hydrogen pressure, which is necessary for breaking down heavy crude oil into lighter, more valuable products like gasoline and diesel. Additionally, they help remove sulfur from refinery products, ensuring they meet environmental standards. Hydrogen compressors are also integral to the emerging field of green energy storage and conversion. They are used in power-to-gas systems, where excess renewable energy is converted into hydrogen for storage. This hydrogen can be re-electrified or used in various applications, demonstrating the versatility and importance of hydrogen compressors in supporting renewable energy solutions.
Hydrogen compressors, essential for hydrogen storage and transportation in the energy sector, currently span various Technology Readiness Levels (TRLs), predominantly ranging from TRL 6 to TRL 9. This range is indicative of the technology's maturity, with several designs and applications being piloted and others already commercially available. TRL 6 signifies that technology has been demonstrated in a relevant environment, highlighting that hydrogen compressors have been tested and proven in scenarios that closely mimic their intended operational settings. Advancements to TRL 7 and beyond, where systems are demonstrated in operational environments or are fully commercial, are attributed to significant innovations in materials and engineering. These advancements have overcome previous limitations related to efficiency, durability, and cost. For instance, the development of metal hydride compressors and ionic liquid piston compressors showcases how novel materials and designs can enhance performance and reliability, pushing the technology into higher readiness levels. The variance in TRL across the spectrum of hydrogen compressors reflects the ongoing research and development efforts aimed at optimizing these systems for broader applications, including fuel cell vehicles and renewable energy storage, where high efficiency, safety, and economic viability are paramount.
In the Short-Term, advancements in hydrogen compressor technology are anticipated to focus on increasing efficiency and reducing operational costs. Manufacturers are likely to introduce innovations in diaphragm compressors, enhancing their reliability and lifespan. Additionally, the integration of IoT (Internet of Things) for predictive maintenance and real-time monitoring will begin to take hold, helping to minimize downtime and optimize performance. The Mid-Term phase is expected to witness significant strides in the development of oil-free piston compressors, which are crucial for maintaining the purity of hydrogen in various applications, including fuel cell vehicles and industrial processes. Breakthroughs in materials science will enable these compressors to operate at higher pressures with reduced wear and tear, thereby extending their service life and reducing maintenance requirements. Furthermore, advancements in cooling technologies will improve overall system efficiencies, making hydrogen compression more energy-efficient. Looking towards the Long-Term, the horizon promises the emergence of breakthrough technologies such as magnetic levitation (maglev) compressors, which could revolutionize the hydrogen compressor market by offering frictionless operation, dramatically lowering energy consumption and virtually eliminating maintenance. Additionally, the development of advanced composite materials is expected to facilitate the creation of lighter, more robust compressors capable of withstanding extreme pressures, thereby significantly enhancing their performance and applicability in a wide range of industries.
