Direct Air Capture Stock Photos and Images
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Direct Air Capture of CO2 in Hinwil, CO2 filter, Climaworks startup, KEZO , garbage Incineration, Zurcher Oberland, Switzerland,
Direct Air Capture of CO2 in Hinwil, CO2 filter, Climaworks startup, KEZO , garbage Incineration, Zurcher Oberland, Switzerland,https://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-direct-air-capture-of-co2-in-hinwil-co2-filter-climaworks-startup-149877393.html
The Swiss company Climeworks are running 30 DAC - Direct Air Capture - fans on the roof of this garbage incinerator in Hinwil outside Zurich. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The process is energy demanding, and the units in Hilwil get the power from the incinerator. In turn, the CO2 is pumped to neighboring greenhouses to accellerate the production of tomatoes and cucumbers.
The Swiss company Climeworks are running 30 DAC - Direct Air Capture - fans on the roof of this garbage incinerator in Hinwil outside Zurich. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The process is energy demanding, and the units in Hilwil get the power from the incinerator. In turn, the CO2 is pumped to neighboring greenhouses to accellerate the production of tomatoes and cucumbers.https://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-swiss-company-climeworks-are-running-30-dac-direct-air-capture-fans-on-the-roof-of-this-garbage-incinerator-in-hinwil-outside-zurich-founded-in-2009-by-christoph-gebald-and-jan-wurzbacher-the-company-has-commercialized-the-modular-carbon-capture-unit-each-of-which-is-capable-of-sucking-up-to-135-kilo-of-co2-out-of-the-air-daily-the-process-is-energy-demanding-and-the-units-in-hilwil-get-the-power-from-the-incinerator-in-turn-the-co2-is-pumped-to-neighboring-greenhouses-to-accellerate-the-production-of-tomatoes-and-cucumbers-image327974986.html
The Carbon Engineering Direct Air Capture (DAC) carbon capture plant with the Squamish Chief mountain in the background.
The Carbon Engineering Direct Air Capture (DAC) carbon capture plant with the Squamish Chief mountain in the background.https://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-carbon-engineering-direct-air-capture-dac-carbon-capture-plant-with-the-squamish-chief-mountain-in-the-background-image439444201.html
The Banks of the Rance, Brittany. Artist: Pierre Henri de Valenciennes (French, Toulouse 1750-1819 Paris); Date: possibly 1785; Medium: Oil on paper,
The Banks of the Rance, Brittany. Artist: Pierre Henri de Valenciennes (French, Toulouse 1750-1819 Paris); Date: possibly 1785; Medium: Oil on paper,https://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-image-the-banks-of-the-rance-brittany-artist-pierre-henri-de-valenciennes-168135108.html
U.S. Marines with 3rd Battalion, 8th Marine Regiment direct movement during a notional raid at Marine Corps Outlying Landing Field in Atlantic, N.C., July 19, 2018. The raid was part of the unit's Marine Ready Exercise in preparation for deployment. The training enhanced the unit's ability to effectively capture and control any territory, while optimizing insertion tactics. (U.S. Marine Corps photo by Lance Cpl. Nghia T. Tran)
U.S. Marines with 3rd Battalion, 8th Marine Regiment direct movement during a notional raid at Marine Corps Outlying Landing Field in Atlantic, N.C., July 19, 2018. The raid was part of the unit's Marine Ready Exercise in preparation for deployment. The training enhanced the unit's ability to effectively capture and control any territory, while optimizing insertion tactics. (U.S. Marine Corps photo by Lance Cpl. Nghia T. Tran)https://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/us-marines-with-3rd-battalion-8th-marine-regiment-direct-movement-during-a-notional-raid-at-marine-corps-outlying-landing-field-in-atlantic-nc-july-19-2018-the-raid-was-part-of-the-units-marine-ready-exercise-in-preparation-for-deployment-the-training-enhanced-the-units-ability-to-effectively-capture-and-control-any-territory-while-optimizing-insertion-tactics-us-marine-corps-photo-by-lance-cpl-nghia-t-tran-image213780355.html
U.S. Marines with 3rd Battalion, 8th Marine Regiment direct movement during a notional raid at Marine Corps Outlying Landing Field in Atlantic, N.C., July 19, 2018. The raid was part of the unit's Marine Ready Exercise in preparation for deployment. The training enhanced the unit's ability to effectively capture and control any territory, while optimizing insertion tactics.
U.S. Marines with 3rd Battalion, 8th Marine Regiment direct movement during a notional raid at Marine Corps Outlying Landing Field in Atlantic, N.C., July 19, 2018. The raid was part of the unit's Marine Ready Exercise in preparation for deployment. The training enhanced the unit's ability to effectively capture and control any territory, while optimizing insertion tactics.https://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/us-marines-with-3rd-battalion-8th-marine-regiment-direct-movement-during-a-notional-raid-at-marine-corps-outlying-landing-field-in-atlantic-nc-july-19-2018-the-raid-was-part-of-the-units-marine-ready-exercise-in-preparation-for-deployment-the-training-enhanced-the-units-ability-to-effectively-capture-and-control-any-territory-while-optimizing-insertion-tactics-image217865320.html
. The physiology of the Invertebrata. Fig. si> a and B.—Malpighian Tubes of Tegenaria. construction of dwellings, and of webs for the capture ofprey, but is constantly employed in securing them from fallswhilst in motion, or in descending in a. direct line from anelevated position to some object below them* Many spiders 370 PHYSIOLOGY OF THE INVERTEBRATA. have the power of emitting this secretion in the form ofthreads, one end of which floats freely in the air until itmeets with some object to which it adheres. By this meansspiders often form natural bridges, by means of which theycan pass
. The physiology of the Invertebrata. Fig. si> a and B.—Malpighian Tubes of Tegenaria. construction of dwellings, and of webs for the capture ofprey, but is constantly employed in securing them from fallswhilst in motion, or in descending in a. direct line from anelevated position to some object below them* Many spiders 370 PHYSIOLOGY OF THE INVERTEBRATA. have the power of emitting this secretion in the form ofthreads, one end of which floats freely in the air until itmeets with some object to which it adheres. By this meansspiders often form natural bridges, by means of which theycan passhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-physiology-of-the-invertebrata-fig-sigt-a-and-bmalpighian-tubes-of-tegenaria-construction-of-dwellings-and-of-webs-for-the-capture-ofprey-but-is-constantly-employed-in-securing-them-from-fallswhilst-in-motion-or-in-descending-in-a-direct-line-from-anelevated-position-to-some-object-below-them-many-spiders-370-physiology-of-the-invertebrata-have-the-power-of-emitting-this-secretion-in-the-form-ofthreads-one-end-of-which-floats-freely-in-the-air-until-itmeets-with-some-object-to-which-it-adheres-by-this-meansspiders-often-form-natural-bridges-by-means-of-which-theycan-pass-image336624698.html
Marine raiders with 1st Marine Raider Battalion breach and clear a room during an exercise to capture and evacuate a high-value target on Camp Pendleton, Calif., Jan. 10, 2018. MARSOC is tasked to train, organize, equip and deploy task organized, scalable and responsive U.S. Marine Corps Special Operations Forces worldwide to conduct foreign internal defense, special reconnaissance, and direct action in support of combatant commanders and other agencies. (U.S. Marine Corps
Marine raiders with 1st Marine Raider Battalion breach and clear a room during an exercise to capture and evacuate a high-value target on Camp Pendleton, Calif., Jan. 10, 2018. MARSOC is tasked to train, organize, equip and deploy task organized, scalable and responsive U.S. Marine Corps Special Operations Forces worldwide to conduct foreign internal defense, special reconnaissance, and direct action in support of combatant commanders and other agencies. (U.S. Marine Corpshttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-marine-raiders-with-1st-marine-raider-battalion-breach-and-clear-a-172011254.html
A Marine raider with 1st Marine Raider Battalion gives coordinates for an evacuation during a training exercise to capture and evacuate a high-value target on Camp Pendleton, Calif., Jan. 10, 2018. MARSOC is tasked to train, organize, equip and deploy task organized, scalable and responsive U.S. Marine Corps Special Operations Forces worldwide to conduct foreign internal defense, special reconnaissance, and direct action in support of combatant commanders and other agencies. (U.S. Marine Corps
A Marine raider with 1st Marine Raider Battalion gives coordinates for an evacuation during a training exercise to capture and evacuate a high-value target on Camp Pendleton, Calif., Jan. 10, 2018. MARSOC is tasked to train, organize, equip and deploy task organized, scalable and responsive U.S. Marine Corps Special Operations Forces worldwide to conduct foreign internal defense, special reconnaissance, and direct action in support of combatant commanders and other agencies. (U.S. Marine Corpshttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-a-marine-raider-with-1st-marine-raider-battalion-gives-coordinates-172011256.html
The Swiss company Climeworks are running 30 DAC - Direct Air Capture - fans on the roof of this garbage incinerator in Hinwil outside Zurich. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The process is energy demanding, and the units in Hilwil get the power from the incinerator. In turn, the CO2 is pumped to the greenhouses (in the foreground) to accellerate the production of tomatoes and cucumbers.
The Swiss company Climeworks are running 30 DAC - Direct Air Capture - fans on the roof of this garbage incinerator in Hinwil outside Zurich. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The process is energy demanding, and the units in Hilwil get the power from the incinerator. In turn, the CO2 is pumped to the greenhouses (in the foreground) to accellerate the production of tomatoes and cucumbers.https://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-swiss-company-climeworks-are-running-30-dac-direct-air-capture-fans-on-the-roof-of-this-garbage-incinerator-in-hinwil-outside-zurich-founded-in-2009-by-christoph-gebald-and-jan-wurzbacher-the-company-has-commercialized-the-modular-carbon-capture-unit-each-of-which-is-capable-of-sucking-up-to-135-kilo-of-co2-out-of-the-air-daily-the-process-is-energy-demanding-and-the-units-in-hilwil-get-the-power-from-the-incinerator-in-turn-the-co2-is-pumped-to-the-greenhouses-in-the-foreground-to-accellerate-the-production-of-tomatoes-and-cucumbers-image327974988.html
The KEZO waste incinerator plant in Hinwil. The Swiss company Climeworks are running 30 DAC - Direct Air Capture - fans on the roof of this garbage incinerator in Hinwil outside Zurich. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The process is energy demanding, and the units in Hilwil get the power from the incinerator. In turn, the CO2 is pumped to neighboring greenhouses to accellerate the production of tomatoes and cucumbers.
The KEZO waste incinerator plant in Hinwil. The Swiss company Climeworks are running 30 DAC - Direct Air Capture - fans on the roof of this garbage incinerator in Hinwil outside Zurich. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The process is energy demanding, and the units in Hilwil get the power from the incinerator. In turn, the CO2 is pumped to neighboring greenhouses to accellerate the production of tomatoes and cucumbers.https://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-kezo-waste-incinerator-plant-in-hinwil-the-swiss-company-climeworks-are-running-30-dac-direct-air-capture-fans-on-the-roof-of-this-garbage-incinerator-in-hinwil-outside-zurich-founded-in-2009-by-christoph-gebald-and-jan-wurzbacher-the-company-has-commercialized-the-modular-carbon-capture-unit-each-of-which-is-capable-of-sucking-up-to-135-kilo-of-co2-out-of-the-air-daily-the-process-is-energy-demanding-and-the-units-in-hilwil-get-the-power-from-the-incinerator-in-turn-the-co2-is-pumped-to-neighboring-greenhouses-to-accellerate-the-production-of-tomatoes-and-cucumbers-image327974994.html
The Swiss company Climeworks are running 30 DAC - Direct Air Capture - fans on the roof of this garbage incinerator in Hinwil outside Zurich. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The process is energy demanding, and the units in Hilwil utilize excess energy from the incinerator to run the collectors. In turn, the captured CO2 is used at the nearby commercial greenhouse (in the background) to increase the crop yield and also delivere
The Swiss company Climeworks are running 30 DAC - Direct Air Capture - fans on the roof of this garbage incinerator in Hinwil outside Zurich. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The process is energy demanding, and the units in Hilwil utilize excess energy from the incinerator to run the collectors. In turn, the captured CO2 is used at the nearby commercial greenhouse (in the background) to increase the crop yield and also deliverehttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-swiss-company-climeworks-are-running-30-dac-direct-air-capture-fans-on-the-roof-of-this-garbage-incinerator-in-hinwil-outside-zurich-founded-in-2009-by-christoph-gebald-and-jan-wurzbacher-the-company-has-commercialized-the-modular-carbon-capture-unit-each-of-which-is-capable-of-sucking-up-to-135-kilo-of-co2-out-of-the-air-daily-the-process-is-energy-demanding-and-the-units-in-hilwil-utilize-excess-energy-from-the-incinerator-to-run-the-collectors-in-turn-the-captured-co2-is-used-at-the-nearby-commercial-greenhouse-in-the-background-to-increase-the-crop-yield-and-also-delivere-image336206783.html
Louise Charles at Climeworks next to a DAC 18 unit. The Swiss company Climeworks are running 30 DAC - Direct Air Capture - fans on the roof of this garbage incinerator in Hinwil outside Zurich. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The process is energy demanding, and the units in Hilwil get the power from the incinerator. In turn, the CO2 is pumped to neighboring greenhouses to accellerate the production of tomatoes and cucumbers.
Louise Charles at Climeworks next to a DAC 18 unit. The Swiss company Climeworks are running 30 DAC - Direct Air Capture - fans on the roof of this garbage incinerator in Hinwil outside Zurich. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The process is energy demanding, and the units in Hilwil get the power from the incinerator. In turn, the CO2 is pumped to neighboring greenhouses to accellerate the production of tomatoes and cucumbers.https://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/louise-charles-at-climeworks-next-to-a-dac-18-unit-the-swiss-company-climeworks-are-running-30-dac-direct-air-capture-fans-on-the-roof-of-this-garbage-incinerator-in-hinwil-outside-zurich-founded-in-2009-by-christoph-gebald-and-jan-wurzbacher-the-company-has-commercialized-the-modular-carbon-capture-unit-each-of-which-is-capable-of-sucking-up-to-135-kilo-of-co2-out-of-the-air-daily-the-process-is-energy-demanding-and-the-units-in-hilwil-get-the-power-from-the-incinerator-in-turn-the-co2-is-pumped-to-neighboring-greenhouses-to-accellerate-the-production-of-tomatoes-and-cucumbers-image327974997.html
Greenhouse Manager Paul Ruser tend to sallad plants at the Gebr. Meier Greenhouse in Hinwil outside Zurich. Commercial greenhouses utilize tecnhical CO2 to increase the crop yield. Traditionally the CO2 production is done with burning fossil fuels, but the Meier Greenhouse get their CO2 locally the Swiss company Climeworks. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The CO2 collectors use excess energy from the Kezo Waste Incinerator to ru
Greenhouse Manager Paul Ruser tend to sallad plants at the Gebr. Meier Greenhouse in Hinwil outside Zurich. Commercial greenhouses utilize tecnhical CO2 to increase the crop yield. Traditionally the CO2 production is done with burning fossil fuels, but the Meier Greenhouse get their CO2 locally the Swiss company Climeworks. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The CO2 collectors use excess energy from the Kezo Waste Incinerator to ruhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/greenhouse-manager-paul-ruser-tend-to-sallad-plants-at-the-gebr-meier-greenhouse-in-hinwil-outside-zurich-commercial-greenhouses-utilize-tecnhical-co2-to-increase-the-crop-yield-traditionally-the-co2-production-is-done-with-burning-fossil-fuels-but-the-meier-greenhouse-get-their-co2-locally-the-swiss-company-climeworks-founded-in-2009-by-christoph-gebald-and-jan-wurzbacher-the-company-has-commercialized-the-modular-carbon-capture-unit-each-of-which-is-capable-of-sucking-up-to-135-kilo-of-co2-out-of-the-air-daily-the-co2-collectors-use-excess-energy-from-the-kezo-waste-incinerator-to-ru-image336206805.html
The Swiss company Climeworks are running 30 DAC - Direct Air Capture - fans on the roof of this garbage incinerator in Hinwil outside Zurich. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The process is energy demanding, and the units in Hilwil utilize excess energy from the incinerator to run the collectors. In turn, the captured CO2 is used at a nearby commercial greenhouse to increase the crop yield and also delivered to a mineral water ma
The Swiss company Climeworks are running 30 DAC - Direct Air Capture - fans on the roof of this garbage incinerator in Hinwil outside Zurich. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. The process is energy demanding, and the units in Hilwil utilize excess energy from the incinerator to run the collectors. In turn, the captured CO2 is used at a nearby commercial greenhouse to increase the crop yield and also delivered to a mineral water mahttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-swiss-company-climeworks-are-running-30-dac-direct-air-capture-fans-on-the-roof-of-this-garbage-incinerator-in-hinwil-outside-zurich-founded-in-2009-by-christoph-gebald-and-jan-wurzbacher-the-company-has-commercialized-the-modular-carbon-capture-unit-each-of-which-is-capable-of-sucking-up-to-135-kilo-of-co2-out-of-the-air-daily-the-process-is-energy-demanding-and-the-units-in-hilwil-utilize-excess-energy-from-the-incinerator-to-run-the-collectors-in-turn-the-captured-co2-is-used-at-a-nearby-commercial-greenhouse-to-increase-the-crop-yield-and-also-delivered-to-a-mineral-water-ma-image336206789.html
Gauges, valves and pipes for water, heating and CO2 at the Gebr. Meier Greenhouse in Hinwil outside Zurich. The heating and the CO2 is sourced from the local waste incinerator, where the CO2 is collected by the Swiss company Climeworks. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. While the incinerator provide the energy needed, the CO2 collectors can absorb CO2 anywhere They are not dependent on particularly CO2 dense air.
Gauges, valves and pipes for water, heating and CO2 at the Gebr. Meier Greenhouse in Hinwil outside Zurich. The heating and the CO2 is sourced from the local waste incinerator, where the CO2 is collected by the Swiss company Climeworks. Founded in 2009 by Christoph Gebald and Jan Wurzbacher, the company has commercialized the modular carbon capture unit, each of which is capable of sucking up to 135 kilo of CO2 out of the air daily. While the incinerator provide the energy needed, the CO2 collectors can absorb CO2 anywhere They are not dependent on particularly CO2 dense air.https://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/gauges-valves-and-pipes-for-water-heating-and-co2-at-the-gebr-meier-greenhouse-in-hinwil-outside-zurich-the-heating-and-the-co2-is-sourced-from-the-local-waste-incinerator-where-the-co2-is-collected-by-the-swiss-company-climeworks-founded-in-2009-by-christoph-gebald-and-jan-wurzbacher-the-company-has-commercialized-the-modular-carbon-capture-unit-each-of-which-is-capable-of-sucking-up-to-135-kilo-of-co2-out-of-the-air-daily-while-the-incinerator-provide-the-energy-needed-the-co2-collectors-can-absorb-co2-anywhere-they-are-not-dependent-on-particularly-co2-dense-air-image336206795.html
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