Products/Services for Walther Hydrogen Nozzles
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Nozzles - (665 companies)Nozzles alter and control the stream or spray pattern of fluid in a spraying, dispensing, misting, or atomizing system. They are used to dispense media such as: Abrasives Adhesives Chemicals Coatings Coolants Inks Fuels Lubricants Plastics... -
Fueling Nozzles and Receptacles - (65 companies)...and butanol. liquid hydrogen. Some fueling nozzles and receptacles for gaseous fuels (fuel gas) are designed for use with coal gas, a flammable fuel that is also known as town gas, manufactured gas, syngas, and producer gas. Other fueling nozzles... -
Spray Gun Washers - (18 companies)Nozzle cleaners and spray gun washer consists of specialized cleaning equipment to remove paint, coating, resins, and sealants from the internal bores and surfaces of spray guns, sprayer components and nozzles. Spray gun washers also known as spray...
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Elemental Analyzers - (65 companies)Elemental Analyzers are used for analyzing the Carbon, Hydrogen, Nitrogen, Oxygen, and Sulfur content of organic materials. Elemental analyzers are a family of high-tech devices that analyze the chemical content of organic and inorganic materials...
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Fuel Dispensing Equipment - (101 companies)...or kerosene into a vehicle, aircraft, storage tank, or portable container. Gaseous fuel dispensers may refuel hydrogen- or syngas-powered vehicles or machinery, or simply be used to move gases from one location to another. Liquid fuel dispensing equipment... -
Fuel Cells - (117 companies)Fuel cells produce electricity and heat electrochemically by combining oxygen from the air with a fuel, preferably hydrogen, from methanol, natural gas, or petroleum. Reformers are often used in conjunction with fuel cells. Fuel cells and fuel cell...
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Vapor Recovery Systems - (34 companies)...is either fully saturated and removed, or regenerated in-situ for reuse. Lean oil absorption systems implement an absorbent oil or liquid which is forced to make close contact with the contaminated vapor stream, usually in a column. Trays, spray nozzles...
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Air Strippers - (43 companies)Air strippers are used to remove volatile organic compounds (VOCs), ammonia, hydrogen sulfide, and other contaminants from groundwater and wastewater. The Air stripping is a technology that uses an air stripper for VOC removal from ground water...
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pH Electrodes - (179 companies)...pH electrodes are analytical sensors for measuring potential of hydrogen (pH), the negative logarithm of the hydrogen ion activity in solution. The pH value of a substance is directly related to the ratio of the hydrogen ion [H+] and the hydroxyl...
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Time and Frequency Standards - (33 companies)Time standards and frequency standards can include cesium or rubidium atomic clocks, quartz oscillators, hydrogen masers and other master clocks. Time reference sources are used in networks & telecommunications, observatories, utilities...
Product News
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Lee Co. (The)
Atomizing Nozzles The Lee Company's new atomizing nozzles, available in both airless and air assisted styles, generate a 50° hollow cone spray pattern and offer precise, controlled atomization in a compact package. The airless atomizing nozzles do not need an external air supply and will atomize with pressures as low as 20 psi (on water). Standard airless atomizing nozzles feature all stainless steel construction with 6-40 threads designed to work with the Lee 062 MINSTAC fitting system. Available in multiple... (read more)Browse Nozzles Datasheets for Lee Co. (The) -
Lee Co. (The)
LEE NOZZLES The Lee Company offers two types of miniature, precision nozzles for hydraulic applications: Atomizing Nozzles and Targeting Nozzles. Both types are constructed entirely of stainless steel and can be installed in any attitude. Atomizing Nozzles - Lee Spin Jets (R). Lee Spin Jets use unique vortices and flow passages to provide a finely atomized, 70 hollow cone spray pattern, at differential pressures in the 50 - 200 psi range. The droplet size is typically less than 150 um for liquids having... (read more)Browse Nozzles Datasheets for Lee Co. (The) -
Vortec
Liquid Spray Nozzles Vortec Spray Nozzles provide ultra-fine droplet-sized sprays for evaporative cooling, atomization, humidification and wetting. Superior to conventional hydraulic and piezoelectric nozzles, spray nozzles produce spray patterns that can be widely diffused or directed. The liquid stream is entrained by high velocity compressed air to create a range of micron-level spray droplets, resulting in greater surface coverage than conventional nozzles. With this more efficient use of the liquid, spray... (read more)Browse Nozzles Datasheets for Vortec -
MSA Safety
Navigating Hydrogen Safety Take a closer look at the challenges posed by hydrogen leaks, the risks involved and the need for precautionary measures to ensure the safe adoption of hydrogen technologies. Hydrogen (H2), the lightest and most abundant element, exhibits key properties that contribute to its versatility and potential as a clean energy source. It is a colorless and odorless gas with high flammability. With low density and high thermal conductivity, hydrogen holds promise for various applications. In the quest... (read more)Browse Gas Sensors Datasheets for MSA Safety -
Asahi/America, Inc.
Hydrogen: Product Certifications & Standards With the passage of the Bipartisan Infrastructure Bill in 2022, the US Government has now initiated the conversion of the US economy from a hydro-carbon-based economy to a hydrogen-based economy. So, what does an engineer designing and specifying a project for hydrogen production, transportation, storage, and usage do to get products specified for hydrogen usage?. Click here to learn more about codes and specifications. (read more) -
Technetics Group
The Hydrogen Future is Now The Hydrogen Future is Now. Hydrogen has the potential to become a leader in green, renewable energy sources. Join us as Technetics Group sealing experts and industry thought leaders discuss all things hydrogen. Get an inside look at hydrogen industry trends, research and development, and applications. Key Takeaways: Learn about hydrogen as an energy source. Review the latest information on hydrogen industry trends. Discover new trends in hydrogen research and development. Explore the most... (read more)Browse Gaskets and Gasketing Datasheets for Technetics Group -
ABB Measurement & Analytics
Custody transfer in the hydrogen industry Everything you need to know about custody transfer in the hydrogen industry. Custody transfer for hydrogen is now being made possible using the latest generation of measurement technologies. ABB 's Danny Knoop explains how. Custody transfer is a term traditionally associated with the oil and gas industry, however as hydrogen becomes ever more important in the energy mix, custody transfer of hydrogen is an increasingly common practice. Whether on-site, exchanging hands or crossing borders... (read more)Browse Flow Computers, Totalizers, and Indicators Datasheets for ABB Measurement & Analytics -
Gaumer Process
Powering the Future: Green Hydrogen Duct Heaters - Powering the Future: Gaumer Process and Green Hydrogen. A major change is taking place in how we power our communities, vehicles, and industries. Green hydrogen is at the leading edge of this change, delivering a sustainable and dependable substitute for fossil fuels. Producing hydrogen calls for advanced equipment to carefully manage chemical reactions. Gaumer Process meets these demands by supplying essential heating solutions that improve efficiency and dependability... (read more)Browse Duct Heaters Datasheets for Gaumer Process -
Backer Hotwatt Inc.
SOLUTIONS FOR HYDROGEN FUEL APPLICATIONS CUSTOM HEATING SOLUTIONS FOR HYDROGEN FUEL. APPLICATIONS. Backer Hotwatt is on the leading edge of the rapidly emerging hydrogen fuel cell technology market. Our broad technology, experience, and deep bench of knowledgeable engineers enable us to design custom heating solutions --based on the unique geometries, materials, and temperature requirements --of hydrogen fuel cell applications. Powering the Future. This discussion provides an overview of hydrogen fuel cell technology and our custom... (read more)Browse Industrial Heaters Datasheets for Backer Hotwatt Inc. -
Waukesha Bearings
Bearing Technology for the Hydrogen Transition Waukesha Bearings partners with companies to solve their toughest engineering and operational challenges and support them through the hydrogen transition with proven bearing solutions designed to last. Learn how. (read more)Browse Plain Bearings and Sleeve Bearings Datasheets for Waukesha Bearings
More Information
Indicates content that may require registration and/or purchase.
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Journal of Propulsion and Power > Computation of a Nonequilibrium Expansion Flow in a Single Expansion Ramp Nozzle
For the validation of the nite-rate chemistry model, a nozzle ow of a stoichiometric hydrogen /air mixture that was numeri- cally investigatedby Walther 16 is computed.
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Liquid Hydrogen Storage Systems Developed and Manufactured for the First Time for Customer Cars
Gaseous hydrogen flows back to the fueling station through the supply line. BMW, GM and Honda are developing a more user-friendly nozzle /receptacle system in a joint project together with their development partners Linde and Walther .
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Scramjet Propulsion > Scramjet Research and Development in Russia
… nology for hypersonic propulsion in 1992(V.A. SabePnikov et aL, 1993; R., Walther et aL,1993 … … module consisting of the fixed geometry inlet,variable geome- try combustor, and simple nozzle (Fig. 13) was … … connect combustor tests were directed to investigate impact of combustion geometry, location, and hydrogen supply mode on …
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The Halogen Bond and Internal Dynamics in the Molecular Complex of CF 3 Cl and H 2 O
… spectros- copy, by Klemperer and co-workers.[15] Simple dihalogen molecules, such as F2 and ClF, reacted with water and by using a special experimental procedure (fast-mixing nozzles ) formed their complexs with … … not so different from hydrogen bonding.[17] The existence … … di Chimica “G. Ciamician” dell’Università Via Selmi 2, 40126 Bologna (Italy) E-mail: walther .caminati@unibo.it Dr …
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Scrubber Capabilities to Remove Airborne
Microorganisms and Other Aerial Pollutants
from the Exhaust Air of Animal Houses
… to the scrubber of 3.0 L d-1of a 6% solution of hydrogen peroxide and of … … were aerosolized in one of the four isolators using an air compressor (Mecha Concorde, type 7SAX 100 L, 10 bar max, SACIM, Verona, Italy) coupled to a spraying nozzle (0.5 mm diameter … … containing the aerosol fluid ( Walther Pilot I, Walther Spritz …
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Shock Waves
T. Mitani et al.: Experimental validation of scramjet nozzle performance, AlA A Paper 92- 3290 (1992) 10. R. Walther , W. Koschel, V. Sabelnikov, Y. Korontvit, V. Ivanov: In: International Sympo- sium on Air Breathing … G. Yu et al.: Hydrogen -air supersonic combustion study by strut injectors.
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Luminescent reactive collisions between excited Ca atoms and HCl, Cl2
Choosing hydrogen halides as reactants, product molecules showing chemiluminescence in the visible spectral region require excited reactant … The velocity distribution of the other one can be narrowed by using a nozzle beam. We are grateful to Professor H Walther for his encouragement in starting this work.
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Encyclopedia of Microfluidics and Nanofluidics
▶ Microfluidic Fuel Cells ▶ Microrockets ▶ Microscale Cooling Devices ▶ Microstructured Hydrogen Fuel Cells ▶ Microturbines ▶ Supersonic Micro- Nozzles ▶ Water Management in Micro-DMFCs Dunn-Rankin D, Martins Leal E, Walther DC .
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Encyclopedia of Microfluidics and Nanofluidics
Micro Cooling Devices Water Management inMicro DMFCs Microfluidic Fuel Cells Micro Hydrogen Fuel Cells Supersonic Micro- Nozzles Microrockets Microturbines Dunn-Rankin D, Martins Leal E, Walther DC .
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Journal of Propulsion and Power > Transient Grating Spectroscopy in a Hot Turbulent Compressible Free Jet
… D., Kwan, W., Stark, R., Klimenko, D., Clauss, W., and Oschwald, M., “Rocket Nozzle Cold-Gas Flow … 22Kasal, P., and Algermissen, J., “Temperature Measurements by Raman- Spectroscopy in Hydrogen Air Supersonic Flames Induced by … 23Kasal, P., Gerlinger, P., Walther , R., von Wolfersdorf, J., and Weigand, B., “Supersonic Combustion: Fundamental Investigations of …
