Carbon Removal

Carbon removal involves defined a range of processes that effectively draw CO2 directly out of the atmospheric and then permanently dispose of it as per industry standards. While emission curbing measures focus on the prevention of the emission of carbon in general, carbon removal seeks to undo the harm that has already been done through the actual process of extracting and reducing CO2 from the atmosphere.

Such processes can include the well-proven ones such as re-forestation and soil carbon sequestration, or the remote and innovation such as DACCS along with carbon mineralization. Carbon removal can also be seen a s complementary to emissions reductions, and undeniably is a part of the global strategies, such as to limit the global warming to well below 2°C, and preferably to 1.5°C.

At Kerone, we’ve taken it upon ourselves to contribute towards the global fight against climate change by producing innovative carbon capture machines that not only remove emissions but are also components to a healthy and sustainable economy. Our mission is to provide smart, efficient and cost-effective solutions in order to help industries and governments around the world design a carbon-less future by the middle of this century.

Advanced Carbon Removal Technologies

Carbon removal is definitely not universal, and that is why we offer quite a number of different solutions with our products. It is understood that various sectors and regions face different issues and hence, our aim is to deliver more adaptable technologies for various needs.

1.) Direct Air Capture (DAC)

Among the solutions, we provide, Direct Air Capture is one of the most efficient strategies. DAC systems work through collecting CO2 from the air, concentrating it then disposing it in appropriate ways such as injecting it back into the ground or converting it into commercial products. All DAC systems that we have developed are integrated with advanced materials and energy-efficient mechanisms to ensure high capture rates and low operational expenses. Such systems are useful for industries, which emit a lot of carbon and present an opportunity to go further than is possible with normal industrial methods.

2.) Bio-energy with Capture storage and Utilization (BECCS)

Another unique method that we offer is the Bioenergy with Carbon Capture and Storage commonly referred to as BECCS. It involves utilizing the biological material like plant materials, or agricultural residues as a kind of energy. The study also shows how the capture and storage of CO2 during combustion achieves a negative emission outcome. From a policy perspective, BECCS enables us to generate electricity and at the same time remove carbon from the environment; that is an absolute game-changer. High-tech production plants guarantee optimal efficiency of BECCS systems suggesting carbonless energy and binding CO2 for good.

3.) Carbon Mineralization

It is for this reason that our carbon mineralization technologies can be regarded as a very stable way of carbon capture. In this way, CO2 is converted to more stable forms such as carbonates which can be disposed in the ground or utilized in construction industry products. Such methods help in storing carbon in the long term and even could lead to lesser harm to industries such as construction. The mineralization systems we have are optimization, ease of use, and permanent and efficient with regards to carbon storage.

4.) Soil Carbon Sequestration

Besides using technological methods to reduce CO2 emissions, we also concentrate on methods that improve nature’s capacity to store carbon through soil carbon sequestration. In this way, by enhancing the health of the soils by adopting new farming practices such as regenerative agriculture the carbon dioxide in the atmosphere can be absorbed by these soils to a larger extent. Some of the modern practices that are supported through our relationships with agri-business entities include no tillage practices, cover cropping, organic managements that store carbon in the soil.

Applications of Carbon Removal

Another process that is focused to carbon removal facilities is the use of captured CO2. This may well involve turning CO2 into useful products such as chemicals, construction materials or synthetic fuels. Use also enhances the process and also leads to reduction of emission.

Observation and Confirmation

Set procedures for monitoring and verification should be put and maintained to ensure compliance to the laws set out on plant functioning and environmentalism. Due to the concerns of stewardship and safety, CCS performance has to be monitored and assessed at all times.

The Environment in Mind

Innovations such as carbon capture examine some of the most crucial regulatory and procedural requirements for carbon removal facilities to eliminate leaking and damage to neighboring ecosystems by adhering to strict environmental laws and other safety measures. Still, it is understood that there can be certain risks at work, and certain measures have been taken to minimize them.

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.