CO2 Removal

CO2 removal is also termed as Carbon Dioxide Removal (CDR), which is the process of capturing and subsequently sequestering or utilizing CO2 in a manner such that the same does not return into the atmosphere. Unlike with emission mitigation policies that seek to minimize CO2 production, CDR sciences directly decrease atmospheric carbon concentrations. This is an important aspect towards achieving the global target of net-zero emissions because, within it, there is a balance between the quantity of CO2 emitted to the atmosphere and that which is being sequestered.

Others are carbon dioxide (CO2) which is among the most prevalent greenhouse effect cause of global warming. Fossil fuel burning, deforestation, industrialization, among other uses releases huge amounts of CO2 into the atmosphere thus disturbing Earth’s environmental balance. While it is useful to encapsulate the problem by exploring the ways of lowering emissions through renewables, energy efficiency, and sustainable management, efforts to mitigate and reverse damage that has already been caused are insufficient and inadequate. It is here that a technology of CO2 removal comes in handy.

Carbon dioxide remove plants employs modern technologies to extract carbon from all sources of emissions. They can be for post-combustion capture whereby CO2 is captured directly from stack gases of industries such as power plants, cement manufacturers, or refineries, or for direct air capture, whereby CO2 is captured from the atmosphere.

The essence of our creation is therefore highly effective carbon capture and storage media and techniques. It is tailored for CO2 absorption and separation since these materials afford a high degree of accommodation for it irrespective of other gaseous molecules. When it is collected it is compressed and either disposed deeper in the ground in specially enclosed rock layers that are most secure, this is called carbon capture and storage (CCS) or can be utilized commercially in products such as liquid fuels, construction materials and even drinks. Our plants allow for a lot of formal variations – they can be customized to work with all kinds of carbon management schemes or be optimized solely for storage.

CO2 removal technologies can be described as a process which is multi-step and includes various stages of the research, development, experimentation and implementation. Most of the CO2 removal manufacturers partner with university, research firm and government body to carry out very detailed tests on the efficiency and safety of the technology used in removal of the gas. After a concept has been considered orthodox in the market, manufacturers go to the design and engineering stage where it brings the concept into physical models and tries to make the systems as efficient as possible.

Among the equipment features of the global warming mitigation plans and other mitigation measures is CO2 removal also called the separation and storage of CO2. We are aware that the current period is one of the possible paths to the creation of a strong and sustainable basis for the Earth, and that CO2 removal technology must be created.

Natural Gas

• Reducing CO2 to comply with pipeline specifications.
• Cheapest natural gas.
• By using our effective membrane technology, CO2 is reduced to less than 3%.

Associated Gas-Enhanced Oil Recovery

Recover methane from associated gas by using CO2 separation technology from Air Liquid Advanced Separations, and maintain reservoirs by using CO2 reinjection.

Both Inland and Offshore

The membranes provided by Air Liquid Advanced Separations are suitable for both onshore and offshore applications.

Applications of CO2 Removal

• Hybrid systems with amine units.
• Stabilization of the Climate
• Carbon Offset
• Integration of Renewable Energy
• Land Use and Agriculture
• Materials with Negative Carbon
• Sea Health
• Research on Geoengineering
• Implementing Climate Policy

Advatanges of CO2 Removal

• Reduced operating and capital expenses due to resilient membrane technologies’ minimal pretreatment requirements.
• The size and footprint of the plant are greatly reduced by the high-performance hollow fiber membrane technology.
• These membranes decrease permeate/flare hydrocarbon losses and are very selective.

KERONE is pioneer in application and implementation engineering with its vast experience and team of professionals. KERONE is devoted to serve the industry to optimize their operations both economically and environmentally with its specialized heating and drying solutions.