A complete carbon capture and storage plant (CCS, DAC) covers an area of at least 2,000 square meters, has a construction period of 18-24 months, and a plant construction capital of more than 100 million US dollars. It is expected to convert 4,000-36,000 tons of carbon dioxide per year. Each ton of carbon dioxide emissions The removal cost is about US$200-300. In the face of global carbon emissions of more than 400 billion tons per year, even if 1,000 DACs are operated at the same time, the results are just a drop in the bucket.
So we decided to face the dilemma of physical technology with quantum technology of mass-energy conversion. There is no need to capture and store it. It converts carbon dioxide into energy directly in the atmosphere. It has no waste emissions and low energy consumption. It is expected to remove and convert more than 100 million tons of carbon dioxide every year. , the processing cost per ton is less than 5 US dollars, and not only that, the entire system can be loaded into a container.
The full cabinet carbon removal conversion system (CRCS-ULWO) is the best solution after our careful consideration. It is mobile, scalable and wide-area. It can effectively handle altitudes of 0-18 kilometers and has a carbon removal range of up to 26 kilometers. With its own solar power generation system, it can maintain smooth operations under various terrain, climate, and temperature conditions.
When a carbon-removal plant is packed into a shipping container, with no chimneys in sight to pump waste gases into the sky, no windows to pipe in for noise, no pipes to dump wastewater into rivers, or bury toxic waste into the earth, it just stops. Stationed in a corner, it quietly and efficiently performs the task of removing and converting atmospheric carbon, and helps mitigate the increasing climate change to the greatest extent possible.
Carbon Capture and Storage(CCS),Direct air capture(DAC)
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