cryogenics.dev

#Cryogenics | Development

#Heliogen | AI Enabled Concentrated Solar Technology

#ACES Delta | Green Hydrogen

#Mitsubishi Power USA | Green Hydrogen

#Toyota | Hydrogen Powered Vehicles

#Iwatani | Hydrogen Stations

#JGCHoldings | Hydrogen Production Plant

#Ways2H | Waste Biomass into renewable Hydrogen

#SGH2 | Hydrogen produced from Waste

#Horizon | Fuel Cells

#HyGear | Hydrogen Gas to Industries

#Airbus | Hybrid-Hydrogen Aircraft | LH2 Combustion Technology

#AirProducts | Hydrogen Plants

#Kawasaki Heavy Industries | Hydrogen Gas Turbine Power Generation

#Marubeni | Green Hydrogen Production and Transportation

#Sumitomo | Hydrogen Produced from Coal

#AGL Energy | Hydrogen Energy Supply Chain

#CryovSpain | Liquid Hydrogen for Aeronautical Industry

#MANCryo | Liquid Hydrogen Projects

#Fjord1 | Hydrogen for Maritime Vessels

#Guangzhou Shipyard International | Tankers

#Stena Pro Patria | Methane and Hydrogen powered Tanker

#PromanStenaBulk | Dual fuelled methanol Ship

#Proman | Hydrogen produced from renewable Electricity

#MAN Engines | MAN H4576 hydrogen combustion engine | Designed for high-performance agricultural machinery and off-road applications in the 500 hp class | Engine with displacement of 16.8 liters is based on the proven engine geometry of MAN D3876 diesel engine and shares about 80% of its basic components with it | MAN H4576 has modifications to hydrogen supply, engine control and exhaust gas control to ensure efficient combustion

# Buhler Industries Inc. | Cummins | Hydrogen combustion engine

#Autonomous Laboratory Vessel With Hydrogen Chain

#Multipurpose Cargo Ship Fuelled By Liquid Hydrogen

#Zero Emission Navigation

#Liquid Hydrogen Storage

#Deployment Of Liquefiers Around The World

#Air Liquide | Industrial gases and services to various industries

#CMA CGM Group | Shipments

#EO Dev | Hydrogen based energy solutions

#Certified Hydrogen Boat

#LMG Marin | Tailor made high revenue ship designs

#FerryGoGo | Liquid Hydrogen Ferry Hydra

#Ayro | Designs and produces low speed electric vehicle

#Bureau Veritas | Certificates

#French Maritime Cluster | Stimulating and promoting the French maritime economic sector

#T2EM Institute | Coalition

#Zero Emission Ship | Zero Emission Port

#Web | Russia transfers Sakhalin2 to new Russian operator without compensation

#Moss Maritime | Designing Hydrogen Carriers

#Equinor | NortH2 | Low Carbon Value Chain for Hydrogen

#Wilhelmsen | Topeka Hydrogen Vessels

#DNVGL | Technical Expertise for Hydrogen

#Wilhelmsen | Liquefied Hydrogen Bunker Vessel

#Equinor | LH2 Bunker Vessel

#Innovation Norway | Instrument for innovation and development of Norwegian enterprises and industry

#HyDrone | Hydrogen Drone

#NLR | Liquid Hydrogen

#GenH2 | Liquid Hydrogen Ground Infrastructures

#PowerCell | Transforming LH2 Into Electricity In Fuel Cells

#Alfa Laval | Hydrogen Conditioning System

#Masterwatt | Boil Off Heater

#All3DP | 3D Metal Printed Heat Exchanger

#All3DP | 3D Metal Printed Pressure Regulator

#National Snow and Ice Data Center | NSIDC | Cryosphere research

#SAG | Cryogenic Aluminium LH2 Tank

#CryoworldBV | Liquid Hydrogen Systems

#Queen Mary University of London | Micro Cracking Of Material

#University Of Twente | Research

#Technical University Of Delft | | Research

#Torayc Advanced Composites | Specializes in multiple composite and carbon fiber materials and processes

#BMC | Medical Transports Drone

#Pipistrel On Liquid Hydrogen | Research

#Dutch Goverment | Service For eAeronautical Studies RSL

#Royal NRL | Netherland Aerospace Center

#Kansai Electric Power | Hydrogen by ATCO, Canada to Japan

#BlueH2Drone | Liquid Hydrogen Drone

#Hydrogen Powered Driverless Cargo Submarine

#Clean Shipping Research And Development

#Oceanways | Zero Emission Cargo Submarines

#Hydrogen MemTech | Hydrogen separation technology

#Linde | Hydrogen Manufacturing

#California Air Resources Board | Air legislation in California

#Chevron | Green Hydrogen Production

#BMW | Hydrogen

#University of New South Wales (UNSW) in Sydney | Diesel hydrogen hybrid engine | Mining | Long distance transportation | Power generation | Agriculture | Trains | Trucks | Turning diesel engine design into a dua fuel system | No recycling as with lithium batteries

#SpaceX | Satellite to cellular service

#EarthH2 | Increasing knowledge on natural hydrogen

#JCB | Hydrogen combustion powered backhoe.| Zero CO2 fuel powering to drive pistons in internal combustion engine

#Beam | Renewable White Hydrogen | Production cost from $0.5 to $1/kg |Green hydrogen cost from $4 to $6/kg

#Hydrogen Fuel News | White Hydrogen | Natural H2 sources | Serpentinization, a reaction between ultrabasic rocks and water | Degassing H2 deep within the Earth crust and mantle | Weathering, water interacts with freshly exposed rock surfaces | A contact between water and reducing agents located in Earth mantle | Organic matter decomposition | Hydroxyl ion decomposition in the structure of minerals | Natural water radiolysis | Biological activity

#Energy observer | Natural hydrogen | Serpentinization, natural alteration process of rocks, containing high concentration of iron and magnesium, by water | Fayalite + Water –> Magnetite + Silica + Hydrogen | 3 Fe2SiO4 + 2 H2O –> 2 Fe3O4 + 3 SiO2 + 2 H2

#Science direct | Bourabougou field in Mali | 8 km in diameter hydrogen field

#Nebraska Oil and Gas Conservation Commission | Nstural H2

#IEA | Hydrogen production costs by production source

#International Cryosphere Climate Initiative | Initiatives designed to preserve Earth cryosphere

#Norway and Great Britain cooperation on hydrogen | Exchanging knowledge and experience related to the use of low carbon hydrogen | H2 production | H2 transport | H2 storage | H2 standards | H2 certifications

#Hyundai Doosan Infracore (HDI) | Hydrogen internal combustion engine | 11 litre class engine | Produces 300 kW (402 HP) | Torque of 1700 Nm at 2000 RPM | Satisfies Tier 5 / Stage 5 / Euro 7 regulations | Powered by low purity hydrogen | Mid to large sized vehicles | Vehicles for long distances | Trucks | Large buses | Construction equipment | Mid to large power generators

#Frontier Energy | Bristol Springs Project | Renewable hydrogen production

#Kawasaki Heavy Industries | Suiso Frontier hydrogen carrier

#NuScale Power | Clean hydrogen production system in small modular reactor (SMR) power plants | Hydrogen as an end product when energy demand is high and renewable energy production is low | H2 as stored energy source to be processed through a reversible solid oxide fuel cell (RSOFC) for electricity generation

#Ultra Safe Nuclear Corporation | Micro Modular Reactor (MMR) Energy System | 4th Generation nuclear energy system

#Lappeenranta Lahti University of Technology | Research and test MMR nuclear reactor

#Rolls Royce SMR | Small Modular Reactors | Factory built nuclear power plant

#Energoatom | MOU with Rolls Royce SMR

#Westport | Hydrogen ICE engine versus a diesel equivalent, 20% more power and 18% more torque | Utilising existing diesel engine architecture and engine manufacturing infrastructure

#Nuvera | Fuel Cells

#Fluid-o-Tech group | Developing and manufacturing Fuel Cell pumps with a high degree of precision | Pumps to supply the fuel cell with hydrogen | Fuel cell pumps offering precise regulation and a wide range of flow rate modulation | For vehicles that mount this technology to determine power delivered by fuell cell and consequently the speed of the vehicle | Experienced in moving, dosing and controlling fluids with high accuracy and precision | Designing and producing volumetric pumps, valves and sensors for automotive, foodservice, industrial and healthcare industries

#HySE | Hydrogen Small mobility & Engine technology | Developing hydrogen-powered motorcycles that use internal combustion engines | Yamaha | Honda | Suzuki | Kawasaki | Additional support by Toyota and Kawasaki Heavy Industries | Japan Ministry of Economy, Trade and Industry | Flame speed in the combustion chamber challenge | Timing mechanisms and fuel injectors redesign

#Honda | Research on the model-based development of hydrogen-powered engines

#Suzuki | Element study on functionality, performance, and reliability of the hydrogen-powered engines

#Yamaha looking into the infrastructure needed for a hydrogen refuelling system | Tanks needed for smaller vehicles such as motorcycles

#Kawasaki | Auxiliary equipment for fuel supply and tanks, and the equipment installed between the fuel tank and the injector

#Plug Power | Building green hydrogen production in Finland

#Toyota | Hydrogen Combustion Engine | Toyota Corolla Cross H2 Concept | GR Corolla and GR Yaris, converted to using Hydrogen as a fuel | Thick, armored fuel tank | Hardened valves and valve seats | Stronger connecting rods, and fuel injectors designed for gas | Toyota Yaris GRH2 only takes a minute and a half to fill completely full of Hydrogen

#Yamaha | 5.0-liter V-8 based on the one used by the Lexus RC Coupe | Modified cylinder heads and fuel injectors | 455 horsepower at 6,800 rpm | 398 pound-feet of torque at 3,600 rpm | Eight-into-one top-mounted exhaust manifold | Hydrogen can withstand -435 degrees Fahrenheit | The same holds true when comparing the hot end of the spectrum | Hydrogen has broader climate adaptability than EVs and diesel | Shortage of lithium and battery-grade nickel | Lack of sound is one of the biggest complaints with EV cars and trucks | Hydrogen-powered engines are similar to fuel-powered engines, they are entirely mechanical | Small corner shops that you are comfortable taking your vehicles to will be able to work on them

#U.S. Department of Energy (DOE) | Hydrogen Shot | Carbon neutrality across industries by 2050 | Reaching $1 dollar per kilogram within the one-decade time frame

#Automotive Propulsion Centre (APC) UK | Funds for late-stage research – taking innovative ideas from concept to prototype testing

#Toyota Motor Europe R&D | Developing the next generation of hydrogen-based drivetrain capabilities

#Kawasaki | Supercharger | Hydrogen engine requires three times as much air as a petrol engine

#American Jobs Plan | Support for demonstration projects | Clean hydrogen to reduce emissions | Hydrogen Shot | 80% cost reduction goal | Unlocking new markets for hydrogen, including steel manufacturing, clean ammonia, energy storage, and heavy-duty trucks | Potential for 16% carbon dioxide emission reduction by 2050 as well as $140 billion in revenues and 700,000 jobs by 2030

#University of California, Irvine (UCI) | Hydrogen Shot research

#Southern California Gas (SoCalGas) | Research and development initiatives designed to enable low-cost, clean hydrogen

#GO-Biz | California Governor Office of Business and Economic Development | Accelerating the development of a renewable clean hydrogen market

#ARCHES | Public-private partnership to create a sustainable statewide clean hydrogen (H2) hub in California

#H3 | Integrating high-temperature solid oxide electrolyzers with thermal energy storage to enable continuous hydrogen production even when using intermittent renewable resources

#Hydroplane | Hydrogen Aviation

#California Air Resources Board | Clean Truck Partnership | Development of zero-emission vehicles (ZEVs) for the commercial trucking industry | Cummins | Daimler Truck | Ford | Navistar | PACCAR | Volvo Group

#Breakthrough Energy | Hydrogen ventures

#REPowerEU plan | Producing and importing a combined 20 million metric tons of clean hydrogen by 2030

#$8B regional clean hydrogen hubs program | Establishing at least four hubs across United States to spur deployment of substantial volumes of clean hydrogen

#Bipartisan Infrastructure Law | Clean Hydrogen Production Standard (CHPS)

#Inflation Reduction Act (IRA) | 45V tax credit iprovides up to $3 per kilogram in credit to hydrogen producers

#Bluefors | Building easy to operate one push button cool-down cryogen-free dilution refrigerator measurement systems

#Rohde & Schwarz | Zurich Instruments | Qubit Controller | Quantum Analyzer

#Frontier Energy | Green hydrogen refuelling station development in Western Australia

#Cummins | Hydrogen combustion engine | B6.7H hydrogen internal combustion engine 216 kW (290 hp) with 1200 Nm peak torque providing diesel-like performance using zero-carbon hydrogen fuel for agricultural applications | X15H, with power ratings from 298-395 kW (400-530 hp) and peak torque of 2600 Nm offering operating range comparable to current diesel engines, ideal for large tractors and farm equipment

#Caterpillar Industrial Power Systems | Hydrogen fueled engine | Engine research and development | System integration | U.S. Department of Energy (DOE) Vehicle Technologies Office (VTO) | Office of Energy Efficiency and Renewable Energy (EERE) | Off-highway application | 13-liter Cat C13D engine platform | Rock crushers | Screeners | Grinders | Trenchers | Agriculture tractors | Harvesters | Self-propelled sprayers ,| Woodchippers | Material-handling equipment | Large industrial pumps

#Kohler Engines | Hydrogen Engine | Internal combustion engine running on hydrogen | Direct injection (DI) technology | Aftertreatment system (ATS) | Drop-in solution | The same engine envelope as the KDI diesel engine | The same cooling circuit, power take-off and flywheel, engine mounting points, and intake line | Proof-of-concept evaluations

#Plenesys, France | Plasma-based methane pyrolysis equipment manufacturing | HyPlasma technology | Plasma torches to crack methane molecules (CH4) separating clean hydrogen (H2) from carbon powder (Cs) | 50% cheaper than electrolysis | No direct CO2 emissions in the (bio)-methane pyrolysis | Turquoise Group, Brisbane, Australia

#Turquoise Group | Hydrogen demonstration plant | Hydrogen and graphene production | Controlled decomposition of methane gas (natural gas) into both hydrogen and solid carbon products such as graphene | Approach highly energy efficient and water-free, does not generate carbon dioxide emissions | PH2 strategic 40% investment interest in Turquoise Group | Providing low-emission hydrogen and graphene

#Pure Hydrogen | PH2 | Turquoise Group | Plenesys | Hydrogen