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industrial decarbonization for heavy industries | air products-pp电子平台登录

today, heavy industry accounts for 24% of global greenhouse gas emissions.* as the leader in low carbon intensity hydrogen production and other decarbonization-ready technologies, like carbon capture, air products can help power generation, electronics, iron and steel, and other customers along their decarbonization journeys.

applications for a cleaner energy future

low-carbon hydrogen blending

replacing or blending natural gas with low-carbon-intensity hydrogen, like green and blue hydrogen, can help energy-intensive industries lower their carbon emissions and meet sustainability goals. 

carbon capture and sequestration technology

air products' carbon capture and sequestration technology enables manufacturers to reduce net emissions by capturing emitted co₂ and sequestering it underground.

oxy-fuel combustion technology

for industries striving toward energy efficiency and environmental stewardship, advanced combustion technologies and alternative fuels offer unique possibilities for cost reduction, productivity and sustainability.

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working together to generate a cleaner future

to reach true net zero, the world needs solutions for deep decarbonization of the hardest-to-abate sectors such as steelmaking, chemical production and heavy-duty transportation. clean hydrogen is the solution. as the leading global hydrogen supplier today, air products is applying our expertise and investments in clean hydrogen and clean fuels projects ($15b) to help accelerate the energy transition and generate a cleaner future for our world.

explore our interactive graphic for some examples of how air products can help customers decarbonize and operate more sustainably.

clean hydrogen for the production of direct reduced iron (dri) for use in steelmaking
oxygen enrichment of cement kilns and precalciners
oxy-fuel combustion systems for glass production
oxy-fuel combustion systems and smart technologies for non-ferrous metal recycling
gases for solar/photovoltaic industry (n₂, ar, others) to improve yield and cell efficiency
turbine generator cooling with hydrogen
food freezing with liquid nitrogen to reduce food waste
modified atmosphere packaging (map) to increase food shelf life
membrane systems for biomethane production from agricultural and other waste
liquefying biogenic co₂ for further use
membrane systems for dual-fuel ships
clean hydrogen for fuel cell ferries
clean ammonia as marine fuel
clean hydrogen for port equipment
clean hydrogen for trains
gases enabling battery production for electric vehicles (n₂, ar, others)
hydrogen refueling station for fuel cell trucks
clean hydrogen for renewable low-carbon fuels production (e.g., renewable diesel, sustainable aviation fuel)
clean hydrogen for renewable low-carbon fuels production (e.g., renewable diesel, sustainable aviation fuel)
argon used in filling of windows for better thermal insulation
biomethane produced by air products membrane systems for heating
bioco₂ for treatment of cooling water for data centers
clean hydrogen for the production of direct reduced iron (dri) for use in steelmaking
oxygen enrichment of cement kilns and precalciners
oxy-fuel combustion systems for glass production
oxy-fuel combustion systems and smart technologies for non-ferrous metal recycling
gases for solar/photovoltaic industry (n₂, ar, others) to improve yield and cell efficiency
turbine generator cooling with hydrogen
food freezing with liquid nitrogen to reduce food waste
modified atmosphere packaging (map) to increase food shelf life
membrane systems for biomethane production from agricultural and other waste
liquefying biogenic co₂ for further use
membrane systems for dual-fuel ships
clean hydrogen for fuel cell ferries
clean ammonia as marine fuel
clean hydrogen for port equipment
clean hydrogen for trains
gases enabling battery production for electric vehicles (n₂, ar, others)
hydrogen refueling station for fuel cell trucks
clean hydrogen for renewable low-carbon fuels production (e.g., renewable diesel, sustainable aviation fuel)
clean hydrogen for renewable low-carbon fuels production (e.g., renewable diesel, sustainable aviation fuel)
argon used in filling of windows for better thermal insulation
biomethane produced by air products membrane systems for heating
bioco₂ for treatment of cooling water for data centers

why hydrogen for decarbonizing heavy industry?

in energy-intensive sectors of our economy where electrification isn't practical―like heavy industry and heavy transportation―
clean hydrogen molecules can provide a zero-emissions source of energy.

swipe to learn how hydrogen can help decarbonize industry.

what is hydrogen?

hydrogen is the universe’s most basic element, with just one proton and one electron. it’s also the most abundant element in the universe, comprising 75% of all matter. it’s found chemically combined with other elements, such as water (which has two hydrogen atoms and one oxygen atom in every molecule of h₂o).

what is green hydrogen?

green hydrogen—or hydrogen produced without emissions—is produced using renewable energy, like wind or solar power. the electricity generated using renewable energy can then be used to separate water molecules (h₂o) into hydrogen and oxygen gas (h₂ o₂) in a process called electrolysis. since the hydrogen is produced using renewable energy and the fuel produces no emissions, the hydrogen is considered a “green” energy.

what is blue hydrogen?

blue hydrogen is hydrogen produced by conventional means—usually steam methane reforming, where natural gas or methane react with steam to produce hydrogen gas and carbon dioxide—but where the carbon dioxide byproduct is captured and permanently stored far below the earth’s surface. this process is called carbon capture for permanent sequestration. this reduces the emissions of the hydrogen generated by around 90%.

how can hydrogen help decarbonize industry?

in energy-intensive sectors of our economy like heavy industry, hydrogen is a practical, zero-emissions solution to provide power. hydrogen will play a large role in decarbonizing a wide array of industries like steelmaking, chemicals processing, refining, electronics, power generation, and glass manufacturing. hydrogen can be adopted as a 100% replacement for natural gas in the combustion process, or it can be introduced through on-site blending skids that can help incrementally begin the path to decarbonization.

what is air products' role in producing clean hydrogen?

to quickly scale clean hydrogen production to decarbonize heavy industry and heavy transportation and to support meeting the world’s 2050 net-zero goal, air products is building several of the largest low- and zero-carbon hydrogen plants in the world.

industries and applications

trials, testing and permanent use solutions for blending hydrogen into ng streams to decarbonize large and small generators.

electronics

replace current "grey" hydrogen usage and expand applications into technologies such as euv lithography. 

leverage hydrogen and css to decarbonize blast furnaces, basic oxygen furnaces, direct reduced iron, or electric arc furnaces.

chemicals & refining

leverage ccs, replace current "grey" hydrogen usage, and expand applications to create clean feedstocks for further processing and use.

glass

leverage oxy-fuel, hydrogen and css to decarbonize glass melting operations.

metals processing

hydrogen is used to reduce metal oxides, prevent oxidation during heat-treating, and act as a fuel or process gas for spray applications.

non-ferrous metals production

oxy-fuel technologies and hydrogen substitution or blending can help minimize the carbon footprint of your non-ferrous metals melting processes.

cement & lime

leverage oxygen, oxygen enrichment, ccs and hydrogen to help increase production, use more alternative fuels, and lower the carbon footprint of your operation.

mobility

hydrogen fuel cell and combustion applications to decarbonize trucks, buses, aircraft, watercraft and more.

decarbonize with confidence.

talk to one of our industry experts today.

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