Post by account_disabled on Feb 22, 2024 6:07:24 GMT -5
We know that aluminum cans, plastic containers, cardboard, paper, glass and metals can be recycled to reduce the exploitation of natural resources and the impact on the environment. But what about the carbon dioxide (CO2) that has already been emitted? Could we recycle it?
Since the creation of laboratory diamonds and more Iran Mobile Number List recently converting CO2 into sugar, the concept of recycling air and turning it into something "useful", while mitigating climate change, is increasingly a concept that is developing strongly in Europe and other countries around the world, according to Business Green .
convert CO2 into sugar
CO2 capture to reduce emissions and costs
CO2 is the main gas causing the greenhouse effect of human origin. Recycling it is a different process from the sequestration and storage of CO2, where equipment is installed to retain it directly in the chimneys of the combustion or production processes, and it is stored underground.
In the case of transforming CO2, it is required to capture it directly from the air. This means that gas that has already been emitted can be recovered, without installing mechanisms next to fixed emission sources. Taking these actions is particularly useful if we consider that between 15% and 20% of greenhouse gas emissions come from sources such as combustion vehicles, airplanes and ships.
In this context, Coca-Cola bottler Coca-Cola Europacific Partners (CCEP) has announced a collaboration through its CCEP Ventures investment platform with the University of California Berkeley (UCB), with the aim of developing scalable methods to convert CO2 into sugar.
The investment would allow the bottler to generate essential raw materials and packaging materials that would be more sustainable in the long term, reducing some of the largest sources of emissions in global supply chains , as well as saving costs.
convert CO2 into sugar
Alliance for climate innovation
The initial partnership with UCB will support the work of the Peidong Yang Research Group in research that could enable the production of sugar from CO2 on an industrial scale. Additionally, CCEP added that it hoped to make future investments to help advance the technology from the laboratory to the pilot phase.
The bottler did not reveal the exact amount of investment in the research, but did note that technologies can play a critical role in the journey to reach net zero greenhouse gas emissions by 2040.
Given that agricultural ingredients, including sugar, account for approximately a quarter of CCEP's total carbon footprint, the new technology could not only reduce emissions associated with sugar manufacturing processes, but also positively contribute to optimizing the land use as fewer arable areas become available due to global population growth.
Since the creation of laboratory diamonds and more Iran Mobile Number List recently converting CO2 into sugar, the concept of recycling air and turning it into something "useful", while mitigating climate change, is increasingly a concept that is developing strongly in Europe and other countries around the world, according to Business Green .
convert CO2 into sugar
CO2 capture to reduce emissions and costs
CO2 is the main gas causing the greenhouse effect of human origin. Recycling it is a different process from the sequestration and storage of CO2, where equipment is installed to retain it directly in the chimneys of the combustion or production processes, and it is stored underground.
In the case of transforming CO2, it is required to capture it directly from the air. This means that gas that has already been emitted can be recovered, without installing mechanisms next to fixed emission sources. Taking these actions is particularly useful if we consider that between 15% and 20% of greenhouse gas emissions come from sources such as combustion vehicles, airplanes and ships.
In this context, Coca-Cola bottler Coca-Cola Europacific Partners (CCEP) has announced a collaboration through its CCEP Ventures investment platform with the University of California Berkeley (UCB), with the aim of developing scalable methods to convert CO2 into sugar.
The investment would allow the bottler to generate essential raw materials and packaging materials that would be more sustainable in the long term, reducing some of the largest sources of emissions in global supply chains , as well as saving costs.
convert CO2 into sugar
Alliance for climate innovation
The initial partnership with UCB will support the work of the Peidong Yang Research Group in research that could enable the production of sugar from CO2 on an industrial scale. Additionally, CCEP added that it hoped to make future investments to help advance the technology from the laboratory to the pilot phase.
The bottler did not reveal the exact amount of investment in the research, but did note that technologies can play a critical role in the journey to reach net zero greenhouse gas emissions by 2040.
Given that agricultural ingredients, including sugar, account for approximately a quarter of CCEP's total carbon footprint, the new technology could not only reduce emissions associated with sugar manufacturing processes, but also positively contribute to optimizing the land use as fewer arable areas become available due to global population growth.