Aktuális sajtó tartalmak és illusztrációs fotók

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GREEN PIONEER is the world's first dual-fuelled ammonia-powered ship (an Offshore Support Vessel) and is visiting West India Dock in East London as part of a technology promotion / demonstration visit-stock-foto
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GREEN PIONEER is the world's first dual-fuelled ammonia-powered ship (an Offshore Support Vessel) and is visiting West India Dock in East London as part of a technology promotion / demonstration visit-stock-foto
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GREEN PIONEER is the world's first dual-fuelled ammonia-powered ship (an Offshore Support Vessel) and is visiting West India Dock in East London as part of a technology promotion / demonstration visit-stock-foto
RM
GREEN PIONEER is the world's first dual-fuelled ammonia-powered ship (an Offshore Support Vessel) makes a pre-dawn arrival in London at the start of technology promotion / demonstration visit-stock-foto
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GREEN PIONEER is the world's first dual-fuelled ammonia-powered ship (an Offshore Support Vessel) makes a pre-dawn arrival in London at the start of technology promotion / demonstration visit-stock-foto
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GREEN PIONEER is the world's first dual-fuelled ammonia-powered ship (an Offshore Support Vessel) makes a pre-dawn arrival in London at the start of technology promotion / demonstration visit-stock-foto
RF
Close up of industrial refrigeration unit in a food factory. Selective focus.-stock-foto
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02 October 2024, Schleswig-Holstein, Brunsbüttel: CLOSING TIME 4:00 P.M. ON WEDNESDAY, October 2 - The ammonia-laden liquid gas tanker 'Yara Sela' is moored at the quay of the new ammonia import terminal of the Norwegian company Yara in the port of Ostermoor. In the foreground is the sum symbol 'NH3', the name of the chemical compound of ammonia. The new import terminal has a capacity of up to three million tons of ammonia. Ammonia can be split into nitrogen and hydrogen and is therefore an important part of the energy transition as a carrier of hydrogen. Photo: Marcus Brandt/dpa - AT-stock-foto
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02 October 2024, Schleswig-Holstein, Brunsbüttel: CLOSING TIME 4:00 P.M. ON WEDNESDAY, October 2 - Marco Fleischmann, Managing Director of Yara GmbH & Co. KG, stands in front of the sum symbol 'NH3', the name of the chemical compound of ammonia, during the inauguration of the new ammonia import terminal of the Norwegian company Yara in the port of Ostermoor. The new import terminal has a capacity of up to three million tons of ammonia. Ammonia can be split into nitrogen and hydrogen and is therefore an important part of the energy transition as a carrier of hydrogen. Photo: Marcus Brandt/dpa --stock-foto
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02 October 2024, Schleswig-Holstein, Brunsbüttel: CLOSING TIME 4:00 P.M. ON WEDNESDAY, October 2 - The ammonia-laden liquid gas tanker 'Yara Sela' is moored at the quay of the new ammonia import terminal of the Norwegian company Yara in the port of Ostermoor. In the foreground is the sum symbol 'NH3', the name of the chemical compound of ammonia. The new import terminal has a capacity of up to three million tons of ammonia. Ammonia can be split into nitrogen and hydrogen and is therefore an important part of the energy transition as a carrier of hydrogen. Photo: Marcus Brandt/dpa - ATTENTION:B-stock-foto
RM
02 October 2024, Schleswig-Holstein, Brunsbüttel: CLOSING TIME 4:00 P.M. ON WEDNESDAY, October 2 - Hans Olaf Raen, Managing Director of Yara Clean Ammonia, stands at the sum symbol 'NH3', the name of the chemical compound of ammonia, during the inauguration of the new ammonia import terminal of the Norwegian company Yara in the port of Ostermoor. The new import terminal has a capacity of up to three million tons of ammonia. Ammonia can be split into nitrogen and hydrogen and is therefore an important part of the energy transition as a carrier of hydrogen. Photo: Marcus Brandt/dpa - ATTENTION:-stock-foto
RM
02 October 2024, Schleswig-Holstein, Brunsbüttel: CLOSING TIME 4:00 P.M. ON WEDNESDAY, October 2 - Marco Fleischmann, Managing Director of Yara GmbH & Co. KG, stands at the sum symbol 'NH3', the name of the chemical compound of ammonia, during the inauguration of the new ammonia import terminal of the Norwegian company Yara in the port of Ostermoor. The new import terminal has a capacity of up to three million tons of ammonia. Ammonia can be split into nitrogen and hydrogen and is therefore an important part of the energy transition as a carrier of hydrogen. Photo: Marcus Brandt/dpa - ATTENTIO-stock-foto
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02 October 2024, Schleswig-Holstein, Brunsbüttel: CLOSING TIME 16.00 ON WEDNESDAY 02.10.- Sven Kohnke (M), Plant Manager Yara Brunsbüttel GmbH, Tobias Goldschmidt (r, Alliance 90/The Greens), Minister for Energy Transition, Climate Protection, Environment and Nature, and Stefan Wenzel (Alliance 90/The Greens), Parliamentary State Secretary at the Federal Ministry for Economic Affairs and Climate Protection, symbolically cut a ribbon in front of the sum symbol 'NH3', the name of the chemical compound of ammonia, during the inauguration of the new ammonia import terminal of the Norwegian company-stock-foto
RM
02 October 2024, Schleswig-Holstein, Brunsbüttel: CLOSING TIME 4:00 P.M. ON WEDNESDAY, October 2 - Hans Olaf Raen, Managing Director of Yara Clean Ammonia, takes a photo of himself with a smartphone in front of the sum symbol 'NH3', the name of the chemical compound of ammonia, during the inauguration of the new ammonia import terminal of the Norwegian company Yara in the port of Ostermoor. The new import terminal has a capacity of up to three million tons of ammonia. Ammonia can be split into nitrogen and hydrogen and is therefore an important part of the energy transition as a carrier of hyd-stock-foto
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Plastic toy cow in front of world model background. Cows breeding and CO2 emission idea concept. Cattle farming. Methane emissions from livestock. Ani-stock-foto
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Plastic toy cow in front of world model background. Cows breeding and CO2 emission idea concept. Cattle farming. Methane emissions from livestock.-stock-foto
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Domestic white cow in a farm with the text nh3 and smoke effect. Concept of pollution-stock-foto
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Domestic white cow in a farm with the text Co2 and smoke effect. Concept of pollution.-stock-foto
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Gas cylinders with Ammonia, NH3. Yellow gas cylinders with hand truck. 3D rendering isolated on white background-stock-foto
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Yellow gas cylinder with Ammonia NH3 or chlorine Cl, 3D rendering isolated on white background-stock-foto
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Diagram illustrating Miller-Urey experiment chemistry experiment that simulated conditions thought to be present in the atmosphere of  prebiotic Earth-stock-foto
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Ammonia is a colorless, poisonous gas with a familiar noxious odor.-stock-foto
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A molecule of nitrogen (N2)-stock-foto
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Close up portrait of the head of a Friesian Cow-stock-foto
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cow grazing during the summer months on grass-stock-foto
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Close up portrait of the head of a Friesian Cow-stock-foto
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Close up portrait of the head of a Friesian Cow-stock-foto
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Close up portrait of the head of a Friesian Cow-stock-foto
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cow grazing during the summer months on grass-stock-foto
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Close up portrait of the head of a Friesian Cow-stock-foto
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small herd of black and white cattle feeding on the fresh grass-stock-foto
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Ammonium cation, NH4 and ammonia, NH3 molecule. Structural chemical formula and molecule model. Vector illustration-stock-foto
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Ammonium cation, NH4 and ammonia, NH3 molecule. Structural chemical formula and molecule model. Vector illustration-stock-foto
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Domestic white cow in a farm with the text 'Co2' and smoke effect. Concept of pollution.-stock-foto
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Domestic white cow in a farm with European flag as background and the text 'Co2' and smoke effect. Concept of pollution.-stock-foto
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Ammonia (NH3) molecule. Skeletal formula.-stock-foto
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Ammonia (NH3) molecule. Skeletal formula.-stock-foto
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Hand with pen drawing the chemical formula of ammonia.-stock-foto
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Ammonia, NH3 molecule. It is pnictogen hydride, inorganic compound composed of single nitrogen atom covalently bonded to three hydrogen atoms. Structu-stock-foto
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Ammonia, NH3 molecule. It is pnictogen hydride, inorganic compound composed of single nitrogen atom covalently bonded to three hydrogen atoms. Structu-stock-foto