Cement

The cement industry, responsible for nearly 8% of global CO2 emissions, relies heavily on calcination, a process that releases CO2. While traditional efficiency improvements have limited impact, Meloon’s carbon capture technology can reduce emissions by over 50%, paving the way for sustainable cement production and supporting climate goals.

Cement

The cement industry, responsible for nearly 8% of global CO2 emissions, relies heavily on calcination, a process that releases CO2. While traditional efficiency improvements have limited impact, Meloon’s carbon capture technology can reduce emissions by over 50%, paving the way for sustainable cement production and supporting climate goals.

Steel & Iron

The steel and iron industry, responsible for 7% of global emissions, relies on energy-heavy processes. Renewable energy and hydrogen help but aren't enough. Meloon’s carbon capture technology, applied to blast furnaces and other high-emission sources, can significantly reduce emissions, supporting a low-carbon future while maintaining production.

Steel & Iron

The steel and iron industry, responsible for 7% of global emissions, relies on energy-heavy processes. Renewable energy and hydrogen help but aren't enough. Meloon’s carbon capture technology, applied to blast furnaces and other high-emission sources, can significantly reduce emissions, supporting a low-carbon future while maintaining production.

Oil & Gas

The oil and gas sector, responsible for over 15% of global CO2 emissions, is under pressure to decarbonize. Meloon’s carbon capture technology can cut emissions at extraction sites, refineries, and during gas flaring, supporting net-zero targets. This approach helps the sector lower its carbon footprint and build a more sustainable foundation for future clean energy investments.

Oil & Gas

The oil and gas sector, responsible for over 15% of global CO2 emissions, is under pressure to decarbonize. Meloon’s carbon capture technology can cut emissions at extraction sites, refineries, and during gas flaring, supporting net-zero targets. This approach helps the sector lower its carbon footprint and build a more sustainable foundation for future clean energy investments.

Chemical Manufacturing

The chemical manufacturing sector, responsible for over 1 billion tons of CO2 annually, faces unique challenges due to emissions embedded in complex production chains. Meloon’s carbon capture technology can directly target emissions during chemical reactions, significantly lowering the carbon footprint of essential chemicals like ammonia, methanol, and ethylene, and positioning the industry as a leader in low-carbon manufacturing.

Chemical Manufacturing

The chemical manufacturing sector, responsible for over 1 billion tons of CO2 annually, faces unique challenges due to emissions embedded in complex production chains. Meloon’s carbon capture technology can directly target emissions during chemical reactions, significantly lowering the carbon footprint of essential chemicals like ammonia, methanol, and ethylene, and positioning the industry as a leader in low-carbon manufacturing.

Waste to Energy

The waste-to-energy sector reduces landfill waste and generates energy but emits CO2 during incineration. Meloon’s carbon capture technology can help make these plants nearly carbon-neutral, enhancing their role in the circular economy and supporting a clean energy transition without impacting waste management.

Waste to Energy

The waste-to-energy sector reduces landfill waste and generates energy but emits CO2 during incineration. Meloon’s carbon capture technology can help make these plants nearly carbon-neutral, enhancing their role in the circular economy and supporting a clean energy transition without impacting waste management.

Petrochemicals

The petrochemical industry, a major CO2 emitter due to energy-intensive cracking processes, faces rising emissions with increasing demand for plastics and synthetic materials. Meloon’s carbon capture technology can decarbonize production lines, turning petrochemical plants into lower-emission facilities that meet climate goals while preserving output and quality.

Petrochemicals

The petrochemical industry, a major CO2 emitter due to energy-intensive cracking processes, faces rising emissions with increasing demand for plastics and synthetic materials. Meloon’s carbon capture technology can decarbonize production lines, turning petrochemical plants into lower-emission facilities that meet climate goals while preserving output and quality.

Pulp & Paper

The pulp and paper industry, one of the top five energy-intensive sectors, contributes over 2% of global industrial emissions from chemical pulping and byproduct combustion. Meloon’s carbon capture technology can cut emissions from recovery boilers and lime kilns, enabling mills to become net-zero or even carbon-negative, supporting sustainable forest management and lowering the environmental impact of paper production.

Pulp & Paper

The pulp and paper industry, one of the top five energy-intensive sectors, contributes over 2% of global industrial emissions from chemical pulping and byproduct combustion. Meloon’s carbon capture technology can cut emissions from recovery boilers and lime kilns, enabling mills to become net-zero or even carbon-negative, supporting sustainable forest management and lowering the environmental impact of paper production.

Biogas

Biogas production provides renewable energy but can emit methane and CO2 during processing. Meloon’s carbon capture technology enables near-zero emissions by capturing CO2 before release, enhancing biogas sustainability and contributing to negative emissions if stored or reused. This approach positions biogas as a key player in energy generation, climate mitigation, and the circular economy.

Biogas

Biogas production provides renewable energy but can emit methane and CO2 during processing. Meloon’s carbon capture technology enables near-zero emissions by capturing CO2 before release, enhancing biogas sustainability and contributing to negative emissions if stored or reused. This approach positions biogas as a key player in energy generation, climate mitigation, and the circular economy.