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The Linde Group
Corporate Logo
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Air Separation Unit
Air Separation Unit in Temirtau, Kazakhstan
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Hospital transportation.
A female patient with nasal cannula is transported by a nurse in a hospital bed. A LIV® IQ cylinder is fixed underneath the bed.
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At home.
Oxygen patient is sitting on a table in a living room at home. A female nurse is helping him with his nasal cannula.
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Operating theatre.
Doctors are performing a surgery.
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In a hospital.
A medical assistant is walking along a hospital floor.
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In a hospital.
Surgery room with a surgical light and operating table.
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In a hospital.
A nurse is taking care of an elderly patient in a hospital bed.
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In a hospital.
Baby is been taken care of in an incubator while somebody is holding baby's hand.
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Linde Annual 2014: New sources of energy - Shale Gas
Linde is expanding its air gas and syngas production capacity at the La Porte (Texas) site
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Linde Annual 2014: Strong customer focus - Cylinder and liquefied gases
Melting the thermal-sprayed protective layer to bond the powder coating with the substrate
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Linde Annual 2014: Zero-emission mobility - Hydrogen
Linde employee Kubulay Avic assembling components of a compressor station
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Linde Annual 2014: Zero-emission mobility - Hydrogen
View into a completely assembled hydrogen compressor station
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Linde Annual 2014: Zero-emission mobility - Hydrogen
Linde’s proprietary ionic compressor is at the heart of the company’s hydrogen fuelling stations
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Linde Annual 2014: New sources of energy - Shale Gas
The Houston Ship Channel, La Porte, Texas, USA
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Linde Annual 2013: Energy and the Environment
A special dispenser fills the vehicle with the hydrogen
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Linde Annual 2013: Energy and the Environment
Mecedes F-Cell in front of the hydrogen refuelling facility at Berlin airport
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Linde Annual 2013: Energy and the Environment
Hydrogen Filling Station, Berlin (Germany)
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Linde Annual 2013: Regional Growth Markets
On-site project for steel group NLMK in Vorsino, Russia
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CO2 injection plant
German Research Centre for Geosciences GFZ, Potsdam, Germany
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Linde Annual 2013: Process Optimisation
Linde driver fills his trailer with liquid nitrogen
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Linde Annual 2013: Process Optimisation
Linde Eco Trailor
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Hydrogen supply and transport
Container vehicle for liquid hydrogen on the road in front of an avenue
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Linde vehicle
Linde vehicle parks outside Brampton Plant
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Gas storage tanks
Gas storage tanks and road tanker
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LNG plant
Hammerfest | Norway
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Engineering - Gas liquefaction plant, Norway
This gas liquefaction plant was designed and built by Linde Engineering in northern Norway, Hammerfest.
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Hydrogen centre
Linde´s hydrogen centre in Unterschleissheim
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The Linde Group
A world leading gases and engineering company
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The Linde Group
Head Office, Munich
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Hydrogen fuelling station Berlin, Germany
Hydrogen fuelling station in Berlin, Germany. Germany continues to expand its network of hydrogen fuelling stations. Together with Daimler, Linde will be setting up twenty new H₂ fuelling stations in Germany over the coming months. This initiative underscores the companies' commitment to zero-emissions mobility.
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Hydrogen pilot plant, Leuna Germany
Pilot plant in Leuna, Germany: Linde uses an innovative procedure to convert raw glycerine into hydrogen.
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H₂ fuelling station for bus operator AC Transit in Oakland, California
The future of mobility is green – and hydrogen has a key role to play here. In conjunction with fuel cells, it has the potential to make both private and public transport more environmentally sound. Fuel-cell vehicles are already part of the public transport infrastructure in California. Linde has built two H₂ fuelling stations for bus operator AC Transit in Oakland and Emeryville.
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Linde AG Head Office, Munich, Germany
Exterior of Carl von Linde Haus, Klosterhofstrasse 1
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Linde AG Head Office, Munich, Germany
Exterior of Carl von Linde Haus, Klosterhofstrasse 1
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Solar park Arnedo in Spain
Special gases from Linde enable environmentally friendly production of solar modules.
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Sky - Clouds in the sky
Atmospheric clouds over Manaus, Brazil
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Sky - Clouds in the sky XL
Atmospheric clouds over Manaus, Brazil
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HyCO plant (steamreformer)
Kazincbarcika, Hungary
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Europe's largest LNG plant build by Linde Engineering
Melkoya, Hammerfest, Norway
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Engineering - LNG tanker Arctic Princess
Natural gas liquefaction plant on the Melkoya peninsula off Hammerfest, LNG tanker Arctic Princess docked at the plant in wintertime.
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Linde Hydrogen Centre
Unterschleissheim, Germany
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Cylinder caps
Gas cylinders on stock
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Air Separation Unit, Leuna (Germany)
Air Separation Unit, Leuna (Germany)
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Gases - Cylinder gas at Singapore plant
Filling and loading cylinder gas for transport at our site in Singapore
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Helium from Linde
Helium is one of the most important noble gases and is used in a variety of industrial applications. As a result, global demand for helium is rising by around 5 percent a year.
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Natural gas liquefaction plant, Melkøya, Norway
Linde's natural gas liquefaction plant is located off the Norwegian coast on the island of Melkøya, near the city of Hammerfest. At full capacity, around six billion cubic metres of liquefied natural gas will be shipped from here each year.
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Solar Park
Miscellaneous - Parque de Solar Arnedo in Spain, solar cells (suitable for brand wall). Used in Annual Report 2008.
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Stavanger LNG facility Norway
Since May 2011, Linde has been supplying the entire Baltic Sea region with liquefied natural gas from its Nynäshamn terminal in southern Sweden. The gas is liquefied at Linde's Norway LNG facility and shipped to the terminal in storage tanks. Here it is stored for onward transport in a tank capable of holding up to 20,000 cubic metres of LNG - in other words, around twelve million cubic metres of gas.
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Welder welding non-ferrous materials
TIG welding aluminium panel
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Welder welding stainless steel
TIG welding stainless steel vessel
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World's largest gas-to-liquids facility, Qatar
The world's largest gas-to-liquids facility went on stream in 2011 in the State of Qatar. At full capacity, it produces 140,000 barrels of liquid hydrocarbons and 120,000 barrels of condensate, liquid petroleum gas and ethane per day. Eight large air separation plants built by Linde supply the facility with the oxygen it needs - around 860,000 cubic metres per hour.
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Carl von Linde
Carl von Linde (front left) appraises the building site for the Deutsches Museum in Munich together with the architects and members of the building committee (approx. 1910).
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Carl von Linde (1868)
Carl von Linde 1868 as assistant professor at the newly founded Polytechnic School in Munich (now TUM).
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Carl von Linde in 1925, at the age of 83.
Carl von Linde in 1925, at the age of 83.
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A look inside the Höllriegelskreuth engineering office in 1910.
A look inside the engineering office in Höllriegelskreuth from 1910, where additional uses for the air liquefaction process (rectification) were being tested.
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Linde LPG production plant in Norway
An innovative Linde plant technology on the west coast of Norway: The environmentally friendly fuel LPG (liquefied petroleum gas) is produced in the natural gas plant in Kollsnes.
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Linde’s Höllriegelskreuth facilities in 1909.
The Linde plant facilities in Höllriegelskreuth in 1909.
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A plant for chilling food and producing ice, in 1892.
In 1892 the "Gesellschaft für Linde's Eismaschinen" opened a large plant for chilling food and producing ice.
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Imperial patent from 1877 for the first refrigeration machine
Imperial patent for Carl von Linde for his first refrigeration machine (1877).
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The Linde cold storage building in Munich (approx. 1938).
The Linde cold storage building in Munich (approx. 1938).
