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Kuala Lumpur, Malaysia
1-10 Employees
2021
To be a key contributor in reducing the Global Carbon Footprint by providing sustainable Hydrogen as an alternative fuel source. Green Hydrogen Asia will deliver this vision by providing Vertically Integrated solutions across the transport sector by generating, supplying, and distributing end to end renewable and low carbon footprint Hydrogen as an energy source in Malaysia and the Asia Pacific Region. As the manufacturing, transportation, and utility sectors look to reduce their carbon emissions, hydrogen is the most promising energy source to help achieve this goal.. Hydrogen is the most abundant element on earth, and it has a history of being used for energy including NASA utilising liquid hydrogen as rocket fuel in its early missions. Green Hydrogen Asia is establishing the process of producing hydrogen which spans from the generation of renewable energy all the way to the consumption of hydrogen in the transport sector and as a general energy source.
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Green Hydrogen Asia | Transportation | Malaysia
... Green Hydrogen Asia | Transportation | ...
Shanghai, China
11-50 Employees
2017
Deliverable: Industry report PDF (about 121 pages) Report contents: We have released one of our most popular report series "Latest Trend of China Hydrogen Supply Chain in 2024". Deliverable: Industry report PDF (about 170 pages) Report contents: We have released the "2024 version" of our report "Latest Trend of China Hydrogen and Fuel Cell Industry" which is the best popular report among our publication every year. Deliverable: Industry report PDF (81 pages) Report contents: The EV charging pile industry development is a few years behind EV industry. Deliverable: Industry report PDF (52 pages) Report contents: As the momentum of offshore wind power plant is becoming stronger in the new energy sector in the world, business opportunities for operation and maintenance for offshore wind power plants turns promising now. Yuying is a Business Analyst at Integral and mainly engages in the research on the cooperate strategic analysis, macro industry analysis etc. Go founded Integral while attending a business school, CEIBS, in Shanghai.
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Cost analysis of gaseous hydrogen and cryogenic hydrogen transportation in China
... The technologies of hydrogen production, storage and transportation, etc. will all affect whether the hydrogen used in fuel cells can be obtained conveniently, quickly and at low cost. From the cost perspective, this article mainly analyzes the economics of ...
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Hydrogen Stored as Liquids | HySiLabs
... HySiLabs developped an innovative solution to facilitate hydrogen transportation, by charging and releasing hydrogen in a unique liquid carrier (HydroSil): Hydrogen Stored as Liquids (HSL Solutions). ...
Enkhuizen, Netherlands
251-500 Employees
2000
We are in the middle of a major energy transition, requiring cost-effective, reliable, and safe solutions. The SoluForce Hydrogen Tight system significantly contributes to the future of the hydrogen value chain, hastening the transition to a fully decarbonized energy grid. The SoluForce FCP has been certified for hydrogen applications of up to 42 bar operating pressure, making it unique in the world of hydrogen transport and a global first. Because the SoluForce system can be completely non-metallic, including the fitting system, they are scaling- and corrosion free. All SoluForce pipe systems have a smooth bore, which ensures a much lower flow-resistance and improved flow capacity. A SoluForce pipeline can transport up to 150MW of equivalent power in hydrogen. SoluForce has developed a spoolable Reinforced Thermoplastic industrial Piping system (RTP, also known as Flexible Composite Pipe, FCP) for hydrogen applications. The SoluForce FCP has been certified for hydrogen applications up to 42 bar of operating pressure.
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Green hydrogen transportation with SoluForce
... Green hydrogen transportation with ...
Prague, Czechia
11-50 Employees
There will be top experts from leading energy companies in the speaker panel as Engie, Enel X Way, CEZ, BP, EnBW, and many more, along with networking opportunities and breakout sessions all centered around the latest EV Infrastructure, Smart Charging exploring the latest tools and technologies to enhance the talent acquisition process. This event offers both In-person and virtual participation. There will be top experts from leading energy companies in the speaker panel as E-REDES, TransnetBW, Austrian Power Grid AG, Helen Electricity Network, ELPEDISON S.A., and many more, along with networking opportunities and breakout sessions all centered around the latest aspects of Grid Resilience and Asset Management, exploring the latest tools and technologies to enhance the grid resilience and smart asset management. This forum would provide valuable takeaways on best practices of Grid Resilience and Asset Management, exploring the latest tools and technologies that could positively impact our business. Subject Line: Request to Attend 2nd Methane Emissions Reduction in O&G Sector conference. There will be top experts from leading energy companies in the speaker panel as Transnet BW, ELES Group, CEZ, and many more, along with networking opportunities and breakout sessions all centered around the latest research, technologies, and policies related to reducing methane emissions. The event will feature carbon capture, utilization, and storage experts who will provide insights on the latest strategies and solutions to the most significant challenges based on their own experiences in the industry. This is a hybrid event that is possible to attend in person in Amsterdam or virtually.
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2nd Hydrogen Transportation & Distribution 2022 Sponsorship
... 2nd Hydrogen Transportation & Distribution 2022 Sponsorship - Prospero Events ...
London, United Kingdom
1-10 Employees
UH2 is a project developer of green hydrogen and ammonia solutions. Our mission is to enable decarbonization and drive the energy transition with worldwide facilities in full production. We are currently developing H2 and NH3 projects in Canada, Sweden, Spain, Portugal and Brazil. UH2 specializes in the development of large-scale H2 and NH3 production units, with an initial capacity of 120 MW, scalable to GW size over the next decade. We develop our projects in partnership with well-known technology suppliers, that pair up with our high-skilled technical team. UH2 is part of Universal Kraft, that integrates companies operating over different geographies and business areas, all focused on renewable energy solutions and sustainable developments. Our mission is to promote sustainable business with a direct and positive impact in society. UH2 is a Universal Kraft company, an independent multinational corporation specialized in renewable energy solutions.
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UH2 - Green Energy Solutions
... Hydrogen fuel transportation and storage are getting ...
Sydney, Australia
1-10 Employees
2019
JouleX’s cultural values include committing to a high standard of Australian corporate governance, where we believe that operations under accordance with said conditions are essential for attaining progressive performance. Joulex pays our respects to ancestors and elders – past, present, and emerging. JouleX Australia is the pioneer for zero-emission, cost effective green H2&O for future generation’s energy and habitat demand. Backed by a team of expert scientists, JouleX Australia is the pioneer for low-cost, zero-emission H2&O producer. With our superior technology in reducing carbon emission, we are able to use zero-emission H2&O applications for Rare Earth Elements (REE), transforming the coal ash and as well as supporting the consumer demand for pure Hydrogen and Oxygen. Patrick Maloy is one of two Founders of JouleX, Inc. Maloy is an expert in international markets and the commercialization of innovative products. Maloy has spent over 20 years perfecting JouleX Inc.’s Advanced Hydrogen Solutions™.
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Joulex
... Safe Hydrogen transportation ...
Corby, United Kingdom
51-100 Employees
2001
Pipelife UK, located in Corby, Northamptonshire specialises in providing plastic pipe systems to the UK residential and commercial building sectors. Drawing on 50 years of plastic pipe manufacturing experience, Pipelife UK is an industry leader in the production and development of high quality PEX, Polybutylene, PE-RT and HDPE plumbing systems. Pipelife UK products are used extensively in general plumbing, under-floor heating and renewable energy systems. All of our pipe is manufactured under the ISO9001;2015 Quality Management System. Our quality assurance team stringently test them at every stage of production and as the Pipe manufacturer, Pipelife guarantees the pipe for 50 years which is vital when the pipe is being buried within the floor structure for the lifetime of the building.
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Hydrogen Infrastructure for Renewable Energy | Pipelife
... Making Hydrogen Transportation ...
11-50 Employees
1985
We offer the optimum solution when it comes to decoupling vibrations or compensating movements in line systems. Our engineering expertise makes us a sought after development partner for customers in highly diverse sectors of industry. All renowned vehicle and system manufacturers in the On-Highway and Off-Highway sectors of the automotive industry (trucks, buses, construction machines, agricultural machinery, rolling stock) are Witzenmann customers. Witzenmann offers solutions that perceptibly improve the service life, operating efficiency and comfort of vehicles in highly diverse sectors. Our wide product range encompassing flexible metal hoses, expansion joints, metal bellows and range of pipe supports makes Witzenmann a sought after partner in the area of plant engineering, pipeline construction, instrument and mechanical engineering, energy generation and many other niche markets.
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Featured
Vehicle parts for H2 - pressure and temperature resistant
... hydrogen technology for future transportation ...
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 Transportation
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 22 |
| Amount of suitable service providers | 13 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1985 |
| Youngest suiting company | 2021 |
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Hydrogen transportation refers to the process of moving hydrogen from its production sites to the places where it will be used, primarily as a fuel for vehicles or for energy storage purposes. This form of transportation can involve various methods, including pipelines, trucks equipped with high-pressure tanks, and even in some cases, ships designed for carrying hydrogen in liquid form. The significance of hydrogen transportation lies in its potential to revolutionize the energy sector, especially in reducing carbon emissions associated with conventional fossil fuels. By enabling the efficient and safe delivery of hydrogen to power vehicles, generate electricity, or for industrial use, it supports the transition towards a more sustainable, low-carbon energy system. Hydrogen, when used in fuel cells, only emits water vapor as a byproduct, making it an incredibly clean energy carrier. This technology, however, faces challenges such as the development of a robust infrastructure capable of handling hydrogen's unique properties, including its low density and high flammability. Despite these hurdles, the advancements in hydrogen transportation technology are paving the way for a more sustainable future, highlighting its pivotal role in decarbonizing transport and contributing to global efforts against climate change.
1. Reduced Carbon Footprint
Hydrogen fuel cells emit only water vapor and warm air, making hydrogen transportation a cleaner alternative that significantly reduces greenhouse gas emissions compared to conventional fossil fuels. This attribute aligns with global efforts to combat climate change and promotes a healthier environment.
2. Energy Efficiency
Hydrogen-powered vehicles are generally more energy-efficient than their gasoline-powered counterparts. The conversion of hydrogen into electricity within fuel cells occurs through an electrochemical process without combustion, leading to higher efficiency levels and better performance over longer distances.
3. Faster Refueling Times
Unlike battery-electric vehicles that may require several hours to recharge, hydrogen fuel cell vehicles can be refueled in just a few minutes. This benefit closely mirrors the refueling experience of traditional gasoline vehicles, making hydrogen transportation a more convenient option for users requiring quick turnaround times.
4. Extended Range
Vehicles powered by hydrogen fuel cells offer a longer driving range compared to many battery-electric vehicles. This extended range makes hydrogen transportation particularly suitable for long-distance travel and heavy-duty applications, such as trucks and buses, providing a practical solution to the limitations faced by current electric vehicle technologies.
1. Safety Records
Ensure the supplier has a proven track record of safe hydrogen transportation, including adherence to all regulatory safety standards and protocols.
2. Transportation Mode
Consider the modes of transportation available, such as pipeline, road, or rail, and ensure they align with your logistical requirements and the nature of your operations.
3. Capacity and Scalability
Evaluate the supplier's capacity to handle your current and future hydrogen transportation needs, ensuring scalability as your demand grows.
4. Technology Utilization
Check for the use of advanced technology in transportation and monitoring systems, which can enhance safety, efficiency, and tracking capabilities.
5. Environmental Impact
Assess the supplier's commitment to minimizing environmental impact, focusing on green transportation practices and carbon footprint reduction.
6. Cost Effectiveness
Consider the overall cost, including transportation, handling, and any additional fees, ensuring it fits within your budget while meeting your quality and safety standards.
7. Experience and Expertise
Verify the supplier's experience and expertise in hydrogen transportation, including their knowledge of industry standards, regulations, and best practices.
Hydrogen transportation is pivotal in the energy sector, serving as a clean alternative to fossil fuels. Companies involved in energy production and distribution can leverage hydrogen as a means to transport energy from renewable sources, addressing the intermittency of wind and solar power. This application ensures a stable energy supply, reducing reliance on traditional energy grids and fossil fuels. In the automotive industry, hydrogen transportation plays a crucial role in the development and distribution of hydrogen fuel cells for vehicles. Manufacturers and suppliers collaborate to streamline the supply chain for hydrogen-powered vehicles, from production to delivery stations. This collaboration is essential for building the infrastructure necessary to support a shift towards more sustainable modes of transportation. Chemical manufacturing also benefits significantly from hydrogen transportation. Hydrogen is a fundamental raw material in various chemical processes, including ammonia production for fertilizers. By improving the efficiency and reliability of hydrogen transport, companies can ensure a steady supply of hydrogen, optimizing production processes and reducing costs. Lastly, the steel industry presents an innovative use case for hydrogen transportation. Utilizing hydrogen as a reducing agent in steel production not only slashes carbon emissions but also signals a shift toward greener manufacturing practices. Transporting hydrogen to steel plants is a key factor in enabling this transition, demonstrating hydrogen's versatility beyond traditional energy sectors.
Hydrogen transportation, a pivotal component in the transition towards sustainable energy systems, presently situates itself at varying Technology Readiness Levels (TRLs) based on the specific application and geography. For vehicles, such as cars and buses powered by hydrogen fuel cells, the TRL is relatively high, approximately between 7 to 9. This is attributed to the successful demonstration of these vehicles in operational environments and the commencement of their commercial availability. Conversely, the infrastructure for hydrogen fueling stations, crucial for the widespread adoption of hydrogen transportation, is at a lower TRL, estimated around 4 to 6. This discrepancy stems from technical challenges related to hydrogen production, storage, and distribution. Hydrogen's low volumetric energy density necessitates advanced technologies for efficient compression, liquefaction, or chemical bonding, making storage and transport technologically demanding and costly. Moreover, the current lack of a comprehensive hydrogen distribution network hampers the practical scalability of hydrogen transportation. Additionally, the production of green hydrogen, which is essential for truly sustainable hydrogen transportation, faces hurdles in efficiency and cost-effectiveness, further impacting the overall TRL of hydrogen transportation systems. These technical barriers play a critical role in defining the current state and pace of advancement within the hydrogen transportation sector, highlighting the need for continued innovation and investment.
In the short-term, the hydrogen transportation sector is poised for significant advancements in fuel cell efficiency and cost reduction. Researchers are focusing on developing more durable, high-performance fuel cells that can withstand varied environmental conditions while maintaining efficiency. Concurrently, efforts are underway to streamline hydrogen production, particularly through electrolysis, making it more cost-effective and accessible. This phase is critical for establishing a more robust infrastructure for hydrogen fueling stations, aiming to increase the adoption rate among commercial and public transportation sectors. Mid-term developments are expected to revolutionize hydrogen storage and distribution, tackling one of the biggest challenges in hydrogen transportation. Innovations in solid-state hydrogen storage technologies promise to enhance safety and energy density, enabling longer travel ranges without increasing vehicle weight significantly. Additionally, the expansion of green hydrogen production, using renewable energy sources, will further reduce the carbon footprint of hydrogen vehicles. This period will likely witness the integration of hydrogen transportation into urban planning, with cities adopting hydrogen-powered buses and taxis as part of their public transport fleet. Looking at the long-term horizon, hydrogen transportation could see the advent of autonomous hydrogen-powered vehicles and the expansion of hydrogen fuel cell applications beyond road transport to include maritime and aviation sectors. The development of international hydrogen trade networks, coupled with advancements in hydrogen liquefaction and transport technologies, will facilitate global access to hydrogen fuel. This era will be marked by the widespread adoption of hydrogen transportation, driven by its environmental benefits and the establishment of a comprehensive, worldwide hydrogen economy.
Some interesting questions that has been asked about the results you have just received for Hydrogen Transportation
What are related technologies to Hydrogen Transportation?
Based on our calculations related technologies to Hydrogen Transportation are Water/Ocean Cleaning Technologies, Waste Management, Renewable Energy, Sustainable Fashion, Smart Grid
Who are Start-Ups in the field of Hydrogen Transportation?
Start-Ups who are working in Hydrogen Transportation are Green Hydrogen Asia Sdn Bhd
Which industries are mostly working on Hydrogen Transportation?
The most represented industries which are working in Hydrogen Transportation are Energy, Science and Engineering, Manufacturing, Administrative Services, Consumer Goods
How does ensun find these Hydrogen Transportation Companies?
ensun uses an advanced search and ranking system capable of sifting through millions of companies and hundreds of millions of products and services to identify suitable matches. This is achieved by leveraging cutting-edge technologies, including Artificial Intelligence.
