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As global carbon reduction targets and environmental regulations continue to tighten, the coking industry—characterized by high energy consumption and high emissions—is accelerating the implementation of ultra-low emission retrofits for f...
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As the coal chemical industry enters a critical phase of green transformation, the selection of flue gas desulfurization and denitrification technologies has become a decisive factor influencing environmental performance, operating costs, and long-te...
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Air-quality regulations around the world have become increasingly strict over the past decade, pushing power plants, steelworks, cement producers, and chemical enterprises to upgrade their flue-gas cleaning systems. At the center of these environment...
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Metallurgy is another major contributor to VOC pollution, especially during the sintering process. VOC formation depends heavily on: Fuel composition Organic additives Temperature profiles Airflow patterns Main Mechanisms of VOC Formati...
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Introduction Volatile Organic Compounds (VOCs) have become a major environmental focus as global industries work toward cleaner, more sustainable production. These compounds, widely found in chemical processing, metallurgy, coating, printing, and ma...
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For newly built coal-fired power plants, multiple flue gas desulfurization (FGD) and denitrification (DeNOx) technologies are available. Each option differs in reaction principles, efficiency, investment scale, operational stability, and by-product u...
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In September 2025, the China Association of Environmental Protection Industry officially released a new group standard titled “Technical Guideline for Ultra-Low Emission Control in Coking Enterprises” (T/CAEPI 103-2025). This guideline pr...
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Learn about advanced tire pyrolysis systems that convert waste tires into oil, carbon black, and gas, optimizing efficiency and minimizing environmental impact. Introduction The rapid increase in global tire production has led to a mounting challeng...
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Explore tire pyrolysis technology for converting waste tires into oil, carbon black, and gas, promoting sustainable and profitable recycling solutions. Introduction The global accumulation of waste tires poses significant environmental challenges. L...
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Meta Description: Discover how ammonia-based FGD turns sulfur emissions into ammonium sulfate, promoting circular economy practices in industrial emission control. Introduction Industrial emissions have long been viewed as waste; however, innovative...
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Meta Description: Explore the chemistry, system design, and engineering of ammonia-based flue gas desulfurization for efficient SO₂ removal and sustainable industrial operations. Introduction The demand for cleaner industrial processes has led to th...
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Discover ammonia-based desulfurization technology for industrial SO₂ removal, reducing emissions while supporting sustainable and cost-effective solutions. Introduction The growing industrial demand for cleaner energy solutions has placed environmen...
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Desulfurization & Denitrification
De-dusting
VOCs Treatment
Guillotine Isolation Damper
Decarbonization
Humic Acid Co-production
Waste Tire Pyrolysis
Operation & Maintenance
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