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A groundbreaking initiative in China is transforming the waste products of coal-fired power plants into affordable fertilizers, marking a significant advancement in carbon capture technology and agricultural sustainability. The Jiangnan Environmental Technology (JNG) company has pioneered a method that not only mitigates harmful emissions but also creates a valuable resource for farmers.

Innovative Fertilizer Production

The new process involves capturing sulfur dioxide and carbon dioxide gases released during coal combustion. These gases are then absorbed using ammonia, converting them into essential fertilizer components like ammonium sulfate and ammonium bicarbonate. This ingenious approach ensures that harmful gases are repurposed into a beneficial product, preventing their release into the atmosphere.

Environmental and Economic Benefits

According to JNG, the fertilizers produced through this method can significantly enhance crop yields compared to traditional fertilizers. This technology offers a novel perspective on Carbon Capture and Storage (CCS) projects. Instead of merely storing captured carbon dioxide underground, this method directly utilizes it in agriculture, creating a circular economy model.

This innovation represents a crucial step forward in environmental protection and ensuring global food security. By turning industrial byproducts into essential agricultural inputs, China is paving the way for a more sustainable and cost-effective future for farming.

This was reported by the Infohub.kz information agency.