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West Perth, Australia
1-10 Employees
2022
Like the Arctic tern, hytern will reach the furthest and fly the longest than any other known commercial drone. The heart of the hytern propulsion system is a hydrogen Proton Exchange Fuel Cell (PEMFC) . The hytern fuel-cell is optimised for long-range and high endurance airborne applications. Technology adoption is a significant step towards addressing some of the challenges of living and working in regional and remote Australia. Born out of the cooperation of experts in hydrogen propulsion, drones and radio communications, hytern is set to be another Australian first. Hydrogen fuel-cell propulsion offers a four-fold increase in endurance against battery power and internal combustion engines, whilst producing no greenhouse emissions or pollutants. Inspired by the arctic tern, hytern will fly the longest over unmatched distances, with a zero carbon footprint.
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hytern | Hydrogen fuel cell long-range drone
... | Hydrogen fuel cell long-range ...
Houston, United States
251-500 Employees
The infrastructure of hydrogen pipeline transport, points of hydrogen production and hydrogen stations for distribution as well as the sale of hydrogen fuel, and thus a crucial prerequisite before a successful commercialization of automotive fuel cell technology. Our marketing experts are ready to assist you in developing a marketing plan that drives your business. Water , H20 is the combination of element Hydrogen, H2 and Oxygen, O. This is also the same ratio the word "sea" and word "land" appear in the Quran. "sea" 32 times and "land" 13 times.
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Hydrogen Fuel Cell Powered Vehicles
... Hydrogen Fuel Cell for Vehicles - SMB7 NATURAL ...
Cardiff, United Kingdom
251-500 Employees
1954
We are proud of our heritage and history and have been a trusted supplier to customers throughout the world for over 50 years. We manufacture a comprehensive range of metal sheathed MI cables with an operating range from 1.5 K to 2200°C. We are proud of the work that our engineers do to bring the latest technological advances. Covering a temperature range from -269°c to +2,200°c our products can be used in the harshest of conditions. Okazaki’s range of electric heating systems is constructed using the company’s own manufactured mineral insulated cables. Okazaki Manufacturing Company is a world leader in the supply of temperature sensors & heater products operating from manufacturing sites in Japan, Taiwan & USA. Our experience has been built up over the last 60 years, and we are totally committed to working in partnership with our customers to meet their demanding requirements. Through continuous development in product design and investment into the latest, cutting edge technologies, we will maintain our market-leading position and continue to provide our customers with the next generation of temperature sensors & heaters.
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Okazaki - Temperature Is Our Business
... Hydrogen & Fuel Cells Expo ...
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Hydrogen Compression, Transfer & Storage Solution at Hydrogen Fuel Cells North America
... Hydrogen Compression, Transfer & Storage Solution at Hydrogen Fuel Cells North ...
Crofton, United States
1-10 Employees
2019
GenCell’s EVOX™ is a disruptive technology that fills this gap. Fueled by zero-emission hydrogen and ammonia, EVOX™ ensures charging stations keep running 24/7, providing reliable, fast charging to multiple vehicles.
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SUSTAINABLE HYDROGEN FUEL CELL POWER SOLUTIONS
... SUSTAINABLE HYDROGEN FUEL CELL POWER ...
Renens, Switzerland
1-10 Employees
2017
The leader in hydrogen fuel cell technologies and services. Simplified system architecture means fewer parasitic loads, lower costs and much higher efficiency. Entirely new concept of fuel cell stack design and production enables high micro-precision and significantly lower production costs. Inherent design scalability allows for deployments from 5kW - 300kW mobile applications and up to MW level on a single stack platform. Fuel cells are devices that electrochemically combine hydrogen and oxygen to produce electricity, water, and heat.
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Hydrogen Fuel Cells
... Hydrogen fuel cells and hydrogen fuel cell ...
Karlskoga, Sweden
11-50 Employees
1999
A world leading manufacturer of customised bipolar flow plates for hydrogen fuel cells. With a growing list of global customers and over 50 completed projects, we are the premier bipolar flow plate manufacturer in the world. We will improve plate design and fully prepare it for manufacturing. At the production site in Karlskoga, we offer prototypes to high-volume manufacturing. We offer state-of-the-art leak testing, cleaning options and advanced measurement instruments.
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Flow plates for hydrogen fuel cells
... Flow plates for hydrogen fuel cells ...
Rousset, France
11-50 Employees
2013
NAWA Technologies was founded by Dr Pascal Boulanger and Ludovic Eveillard using a technology from the CEA with a focus on VACNT (Vertically Aligned Carbon Nanotubes) production for electrodes. NAWA Technologies achieved first production of VACNT roll-to-roll double sided on aluminum foil. NAWA Technologies achieves world record in VACNT synthesis with VACNT production on 90 cm width foil. NAWA’s innovation is based on an innovative approach to the nanometric-scale manufacture of an electrode combining NAWA’s 3D nanocarbon and nanoplatinum. Nawa aims to focus on the composites and hydrogen markets and to set up high-capacity production lines.
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nawatechnologies.com
... Hydrogen Fuel Cells ...
Vancouver, Canada
11-50 Employees
2017
Our mission is to commercialize our technologies, designs, and materials to provide improved performance and reduced cost to our fuel cell customers in Asia, North America and Europe. Design for manufacturing has produced the lowest cost, thinnest expanded graphite bipolar plates and sealing options for automotive OEM’s and their suppliers. Illuming Power is engaged in establishing production capacity to meet the demand for mass deployment. Since 2017, our global clients have leveraged Illuming Power’s design and manufacturing expertise to produce thousands of fuel cell stacks for heavy duty automotive applications. Our 6,000 ft² facility in Vancouver, British Columbia was exhaustively renovated and rebuilt to our exacting specifications, complete with engineering offices and meeting rooms, climate controlled clean rooms, rugged manufacturing areas, and a fuel cell testing lab. Our focus on cost and performance has produced competitive MEA’s, superior sealing options, and the lowest cost, thinnest expanded graphite bipolar plates in the industry. Development partnership with Matthews Internationals’ Saueressig Business Unit, a global manufacturer of production lines for the clean energy market and leader in calendering lines for electrode production of lithium-ion batteries for the electric vehicle market. This bespoke workspace is tailored for rapid and efficient cycles of design, validation, and manufacturing.
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Experts in hydrogen fuel cell technology
... Experts in hydrogen fuel cell ...
Malaysia
11-50 Employees
2001
Prosdata Engineering was incorporated in 2001 by Mr. We are committed to a continuing program of quality and reliable products and services. W are committed to a continuing program of quality and reliable products and services. Process Instrumentation & Control Solution Expertise in Pressure, Temperature, Level, Flow, Humidity and Control Instrumentation. Quality Products and Superior After-sales Service is Our Company’s Commitment & Fundamental Philosophy to Promote Business Relationship With Our Customer To Achieve Exceptional Success ! Process Instrumentations & Control Solution Expertise in Pressure, Temperature, Level, Flow, Humidity and Control Instrumentation.
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TESCOM HV-3500-Series Hydrogen Fuel Cell Vehicles
... It is specially designed for use onboard industrial and commercial hydrogen fuel cell vehicles and allows manufacturers to maximize fuel efficiency and keep their fleet on the road ...
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 Fuel Cell
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 189 |
| Amount of suitable service providers | 138 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1954 |
| Youngest suiting company | 2022 |
A hydrogen fuel cell is an electrochemical power generator that combines hydrogen and oxygen to produce electricity, water, and heat without combustion. At its core, this technology relies on a simple chemical reaction where hydrogen acts as the fuel, oxygen (from air) as the oxidizer, and the fuel cell as the environment where the reaction takes place. Unlike conventional batteries that require recharging, a hydrogen fuel cell continuously generates electricity as long as fuel is supplied, making it a compelling solution for sustainable energy needs. Its significance in the energy sector is profound, offering a clean, efficient alternative to fossil fuels across transportation, stationary power, and portable applications. The adoption of hydrogen fuel cells can dramatically reduce carbon emissions, contributing significantly to efforts against climate change. Furthermore, its versatility and energy efficiency make it a pivotal element in the transition towards a more sustainable, zero-emission society. The potential impact of hydrogen fuel cells extends beyond environmental benefits; it also promises to revolutionize industries by providing a reliable, abundant source of clean energy, thereby fostering economic growth and innovation in green technologies.
1. Eco-Friendliness
Hydrogen fuel cells emit only water vapor and warm air as byproducts, making them far more environmentally friendly compared to fossil fuel-based energy sources. This significant reduction in harmful emissions is crucial in the fight against climate change and air pollution.
2. Energy Efficiency
Hydrogen fuel cells are remarkably efficient, capable of converting up to 60% of the fuel's energy directly into electrical power. In comparison, traditional combustion engines typically achieve only 20-25% energy conversion efficiency. This higher efficiency translates into better fuel economy and longer range for vehicles powered by hydrogen.
3. Renewable Source
Hydrogen can be produced from various renewable sources, such as water, organic biomass, and even waste materials. This versatility ensures a sustainable and potentially inexhaustible supply of hydrogen fuel, making it a key player in the transition to a clean, renewable energy future.
4. Quiet Operation
Vehicles and generators powered by hydrogen fuel cells operate much more quietly than their gasoline or diesel counterparts. This reduction in noise pollution is particularly beneficial in urban settings, contributing to a more pleasant and less stressful environment.
1. Energy Efficiency
Assess the energy conversion efficiency of the hydrogen fuel cell. High efficiency means more energy output from the same amount of hydrogen, making the system cost-effective in the long run.
2. Durability and Lifespan
Consider the durability of the cell and its components. A longer lifespan reduces the need for frequent replacements and maintenance, contributing to lower operational costs.
3. Operational Temperature Range
Check the operational temperature range. Some cells operate efficiently only within specific temperature ranges, which might be crucial depending on your application's environment.
4. System Compatibility
Ensure the hydrogen fuel cell is compatible with your existing systems. Compatibility reduces the complexity and cost of integration.
5. Cost-effectiveness
Evaluate the overall cost, including initial investment, maintenance, and operational costs. A supplier offering competitive pricing without compromising on quality and efficiency should be preferred.
6. Supplier's Experience and Reliability
Consider the supplier's experience in the industry and their track record. Reliable suppliers with proven expertise are more likely to deliver high-quality and innovative solutions.
Hydrogen fuel cells are gaining traction across multiple industries, showcasing versatility and sustainability. In the automotive sector, they serve as a cleaner alternative to fossil fuels, powering vehicles with only water vapor as a byproduct. This technology is particularly appealing for fleets of commercial vehicles, where it can significantly reduce carbon footprints and operational costs. The manufacturing industry benefits from hydrogen fuel cells by utilizing them as a reliable power source for equipment and operations. They offer a constant energy supply, crucial for high-demand manufacturing processes, reducing downtime and enhancing productivity. This reliability also extends to backup power solutions, where hydrogen fuel cells provide emergency electricity for critical operations, ensuring continuity even during power outages. In the realm of logistics and distribution, hydrogen fuel cells are revolutionizing warehouse operations. They are used to power forklifts and other material handling equipment, offering faster refueling times and longer operational periods compared to traditional battery-powered alternatives. This efficiency boost aids in managing larger volumes of goods with reduced environmental impact. Lastly, the telecommunications industry employs hydrogen fuel cells as backup power sources for cell towers. This application ensures uninterrupted service, crucial during natural disasters or power outages, highlighting the resilience and reliability of hydrogen fuel cells as a sustainable energy solution across various B2B contexts.
Hydrogen fuel cells, as of the latest assessments, are predominantly positioned at Technology Readiness Level (TRL) 8, which signifies that the actual technology has been proven to work in its final form under expected conditions. This classification comes after years of research, development, and testing, which have led to the successful demonstration of hydrogen fuel cells in various applications, including transportation, stationary power generation, and portable power devices. The elevation to TRL 8 is primarily due to the significant advancements in membrane electrode assembly (MEA) technology, which have improved efficiency and durability while reducing costs. Additionally, breakthroughs in hydrogen production, particularly through electrolysis and steam reforming of natural gas, have made the fuel more accessible and sustainable. However, the technology has not universally reached TRL 9, which would indicate wide commercial deployment, due to remaining challenges. These include the high cost of platinum catalysts, the need for further improvements in durability under cycling conditions, and the development of a more robust hydrogen refueling infrastructure. Despite these hurdles, the ongoing investments in research and development, coupled with increasing governmental support and policy incentives, continue to push the boundaries, aiming to overcome these obstacles and fully commercialize hydrogen fuel cell technology.
In the short-term, hydrogen fuel cell technology is poised for significant efficiency improvements and cost reductions. Researchers are focusing on developing more durable and cheaper catalysts that do not rely heavily on expensive materials like platinum. Breakthroughs in membrane technology are also expected, aiming to enhance the fuel cells' efficiency and longevity, while startups and established companies alike are scaling up production to meet increasing demand from sectors like transportation and stationary power generation. Moving into the mid-term, the integration of hydrogen fuel cells into broader energy systems will become more prevalent. This phase will witness the establishment of comprehensive hydrogen infrastructure, including large-scale production, storage, and distribution networks. Technological advancements will facilitate the use of green hydrogen, produced through electrolysis powered by renewable energy sources, significantly reducing the carbon footprint of hydrogen fuel cell applications. Additionally, we'll see an expansion in the application of hydrogen fuel cells, from powering larger vehicles, like trucks and buses, to being used in maritime and possibly aviation sectors. In the long-term, hydrogen fuel cells are expected to play a pivotal role in achieving global decarbonization goals. Technological innovation will usher in a new era of highly efficient, zero-emission fuel cells with widespread use across various industries, including heavy industry and residential heating. The development of global hydrogen economies will support the transition to sustainable energy systems, with hydrogen fuel cells at the heart of energy storage and conversion, providing a clean, reliable, and versatile power source for a wide range of applications.
