Energy-Efficient New JZFX Dry Coal Preparation Machine for Industrial Plants Coal remains a cornerstone of global energy production and industrial processes, but traditional wet coal preparation methods pose significant challenges—excessive water consumption, high energy costs, and environmental pollution from wastewater and sludge. Addressing these pain points, the new JZFX dry coal preparation machine emerges as an innovative solution, combining energy efficiency, eco-friendliness, and high-performance separation to meet the evolving needs of industrial plants worldwide. At its core, the JZFX machine leverages a cutting-edge dry separation technology that eliminates water usage entirely. It integrates mechanical vibration and adjustable air flow to form a stable fluidized bed, where coal particles are separated based on density. The system’s intelligent control unit processes real-time data from density sensors, flow meters, and vibration monitors to fine-tune operational parameters—such as vibration frequency (50–150 Hz), air velocity (0.2–1.0 m/s), and feed rate—ensuring optimal accuracy across varying coal types (bituminous, lignite, anthracite) and particle sizes (6–50 mm). One of its most notable advantages is energy efficiency: compared to conventional wet systems, it reduces electricity consumption by up to 35%, translating to substantial long-term cost savings. This efficiency is amplified by a modular design that minimizes installation time and allows scalable expansion—plants can add units as production demands grow without extensive overhauls. Environmentally, the machine is a game-changer. Zero water usage makes it ideal for arid regions, while no wastewater or sludge generation eliminates the need for costly treatment facilities. The high-quality clean coal it produces further reduces downstream emissions: when used in power plants, it cuts sulfur dioxide and nitrogen oxide outputs by up to 20% and boosts combustion efficiency by 10% (thanks to lower ash content), aligning with global carbon neutrality goals. Economically, the JZFX delivers tangible returns. Its 95% clean coal recovery rate maximizes valuable product yield, while minimizing waste disposal costs. Adaptive to diverse industrial needs—from steel mills requiring high-grade coking coal to cement plants using coal as fuel—it simplifies maintenance via accessible modular components and predictive alerts, reducing downtime. In conclusion, the JZFX dry coal preparation machine represents a leap forward in sustainable coal processing. It balances operational efficiency and environmental responsibility, making it an indispensable asset for plants aiming to optimize coal usage, cut costs, and comply with strict regulations. As the world pushes for greener industry, this technology transforms coal processing into a more sustainable and efficient sector. (Word count: ~490)