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The Latest Technology Used for Carbon Dioxide Sequestering

co2 sequestration companies

Table of Contents

Technology has made the lives of people way too easy. But how far do you think or believe it has been instrumental in reversing climate change? Or how pivotal it is to impact the Earth’s climate and temperature?

This blog aims to address these questions and how co2 sequestration companies and others are making the best use of technology.

What wonders of technology are there?

Here are a few wonders from the world of technology that can help to sequester or remove carbon from the atmosphere.

  1. Direct Air Capture

A method of directly extracting carbon from the atmosphere uses modern technology plants. However, this approach is energy-intensive and expensive, ranging from $500 to $800 for every tonne of carbon eliminated. While methods such as direct air collection can be beneficial, as they are costly to use on a broad scale. (Source: UC Davis)

  • Engineering molecules  

Scientists are developing molecules that can alter their shape by synthesizing new chemicals capable of detecting and capturing carbon dioxide from the atmosphere. The designed molecules operate as a filter, attracting only the element intended.

  • Designing carbon removal pumps  

As a part of carbon dioxide removal solutions, carbon removal companies have designed carbon removal pumps. These pumps are put into the ocean and attached to a buoy. When the buoy floats on the waters, the longer part of the pump stays immersed in the waters. With the help of wave energy, the pump’s valves open and shut. They mix and churn the carbon-trapped oceanic waters that release carbon dioxide in the process. The phytoplankton then uses this carbon dioxide during photosynthesis. The more they produce their food, the faster they grow. Though the phytoplankton live for a day, they make tons of oxygen which contribute to the well-being of the Earth.

What are the other types of carbon sequestration?  

Now, let us look at the types of carbon sequestration that are largely prevalent.

  1. Biological carbon sequestration  

We refer to the storage of atmospheric carbon in vegetation, soils, woody products, and aquatic environments as biological carbon sequestration. Carbon dioxide also needs to be removed from these environs for a carbon-free world.

  • Geological carbon sequestration  

Carbon sequestration can drastically reduce carbon dioxide emissions into the atmosphere and is an essential component of any climate mitigation strategy. For geologic carbon sequestration, carbon dioxide is frequently compressed into a liquid before being injected into porous rocks found in the geologic basins.

Keeping the well-being of the Earth in mind, these technologies are fast developing and modifying. However, to help the Earth reverse climate change, we need to aid it. Little efforts will count majorly in the long run.

  • Limit carbon emissions from vehicles and factories
  • Reduce the use of electrical appliances
  • Prevent the use and disposal of plastic  
  • Stop draining industrial waste into the water bodies  

Conclusion:  

Ocean-based Climate Solutions Inc. has come up with the latest wonders in technology. Their mission and vision rest in the idea to sequester carbon dioxide through a water pumping machine, thus, aiding climate reversal. The company has been working day in and day out only to design a carbon removal machine that can help phytoplankton bloom. As a significant part of their carbon dioxide removal solutions, this pump mixes the carbon-trapped ocean waters that along with sunlight and the aquatic nutrients help the phytoplankton to grow massively. As a result, the phytoplankton conducts photosynthesis and emits enormous amounts of oxygen into the atmosphere.