Linhe Climate Technology specializes in distributed carbon dioxide capture and utilization, employing a unique "U to C" approach that integrates on-demand CO2 collection from multiple sources with diverse utilization pathways. This technology addresses the challenge of atmospheric CO2 removal and enhances carbon neutrality efforts by creating market-driven economic value from captured carbon.
Funding
Funding not disclosed
Founders
Product
Problem
Many industries face the challenge of reducing carbon emissions from both atmospheric sources and concentrated emission points. Traditional carbon capture and utilization methods often lack the flexibility to adapt to diverse CO2 sources and utilization pathways, hindering widespread adoption and economic viability.
Solution
Linhe Climate Technology offers distributed carbon capture and utilization (CCU) solutions, employing an "U to C" approach that integrates on-demand CO2 collection from multiple sources with diverse utilization pathways. Their technology suite includes modular, scalable carbon capture units designed for deployment at various emission sources, as well as carbon utilization processes that convert captured CO2 into valuable products. Linhe's solutions address the challenge of atmospheric CO2 removal and enhance carbon neutrality efforts by creating market-driven economic value from captured carbon. The company's approach enables the creation of green methanol, enhanced oil recovery, low-carbon building materials using mineralized industrial waste, and CO2 enrichment for agriculture.
Target Audience
Linhe Climate Technology serves industries with substantial carbon emissions, including power generation, oil and gas, manufacturing, agriculture, and building materials, as well as organizations seeking carbon-neutrality solutions and technology exhibitions.
Features
- Distributed, modular carbon capture units for on-site deployment at various emission sources, including flue gas stacks and direct air capture (DAC) applications.
- Integration of renewable energy sources, such as solar power, to drive the carbon capture process and minimize the carbon footprint.
- Carbon mineralization technology that converts industrial waste (e.g., steel slag, magnesium slag, fly ash) into construction materials, reducing reliance on cement.
- Solutions for CO2-enhanced oil recovery, reducing overall costs compared to traditional methods.
- Technology for CO2 enrichment in greenhouses to boost crop yields and promote sustainable agriculture.
- Green methanol production using captured CO2 and renewable hydrogen.
- Custom carbon-neutrality exhibition design services for companies seeking to showcase their low-carbon technologies and products.