Modern coal-fired power plants and industrial facilities are increasingly prioritizing operational efficiency and environmental compliance, driving demand for advanced coal preparation technologies that minimize resource consumption while enhancing product quality. Traditional wet coal preparation methods, though widely used, face significant limitations—including high water usage (a critical concern in arid regions), generation of polluted wastewater, and elevated operational costs. The High-Performance New JZFX Dry Coal Preparation Machine emerges as a transformative solution, addressing these challenges through innovative dry separation technology tailored for industrial-scale operations. At its core, the JZFX machine leverages air density separation principles, eliminating the need for water or chemical additives. This eco-friendly approach uses controlled airflow to separate coal particles from impurities like ash and rock based on their density differences, ensuring precise and efficient sorting. Equipped with an intelligent control system integrated with real-time sensors, the machine automatically adjusts airflow, vibration frequency, and feed rate to adapt to varying coal properties (such as particle size and moisture content), optimizing separation performance across diverse coal types—from bituminous and lignite to anthracite. The JZFX machine delivers exceptional performance metrics that set it apart from conventional systems. Its separation efficiency reaches up to 95%, significantly reducing ash content in the final coal product (by 10–20% depending on raw material quality). With a throughput capacity ranging from 100 to 500 tons per hour (scalable via modular design), it caters to both small and large-scale industrial plants. Moreover, its energy consumption is 30% lower than wet preparation methods, thanks to optimized airflow management and automated energy-saving modes. Operational benefits of the JZFX machine are manifold. By eliminating water usage, it cuts down on water procurement and wastewater treatment costs—critical for plants in water-scarce regions. Its robust construction using wear-resistant materials reduces maintenance frequency and downtime, lowering long-term operational expenses. Automated operation (supported by AI-driven process control) minimizes human intervention, reducing labor costs and human error while ensuring consistent product quality. For industrial coal plants, the JZFX machine translates to tangible improvements in operational sustainability and profitability. The reduced ash content in coal enhances boiler combustion efficiency (by up to 8%), lowering fuel consumption and greenhouse gas emissions (including SO₂ and NOₓ). Compliance with strict environmental regulations becomes easier, while the high-quality coal product boosts market competitiveness—whether for power generation, steelmaking, or cement production. In summary, the High-Performance New JZFX Dry Coal Preparation Machine is a pivotal innovation for modern coal plants, balancing efficiency, cost-effectiveness, and environmental responsibility. It not only addresses the shortcomings of traditional methods but also aligns with the global shift toward cleaner industrial operations, making it an essential asset for forward-thinking facilities. (502 words)