As urban renewal and infrastructure development accelerate, the volume of solid waste—such as concrete blocks, bricks, tiles, and mortar—generated from building demolitions continues to rise sharply. These materials often feature complex compositions, high levels of clay content, and significant stickiness, making them notoriously challenging for conventional crushing equipment. Such equipment tends to clog easily, operates inefficiently, and requires frequent maintenance, making it difficult to meet the growing demand for efficient resource recovery and recycling.

Facing this common challenge, Tianhe Environmental Protection focuses on the characteristics of sticky, medium-to-low hardness materials and has launched a mobile crushing station specifically designed for construction waste and similar materials. With its flexible deployment, stable operation, and high-efficiency processing capabilities, it helps cities and industries achieve effective management of waste resources. "Turning waste into materials."

Modular combination structure, tailored to meet diverse operational requirements

Tianhe Eco-Friendly Construction Solid Waste Mobile Crushing Station It is primarily composed of components such as a vibrating feeder, jaw crusher (for coarse crushing), magnetic separator, double-toothed roll crusher (impact crusher), circular vibrating screen, and belt conveyor, among others. Depending on specific process requirements, the complete equipment configuration is optimized to better match the operational conditions and enhance its overall performance.

Mobile and flexible, enabling on-site processing to reduce costs and boost efficiency.

The entire station integrates feeding, material delivery, crushing, screening, and conveying systems into one compact unit, equipped with either a crawler or tire-based chassis. This allows for rapid relocation to demolition sites, construction areas, or stockpiling locations, enabling seamless operation. “Crush on-site, utilize locally.” By eliminating the need for long-distance transportation, this approach not only cuts down logistics costs but also minimizes secondary pollution, aligning perfectly with the concept of green construction.

Module configuration, tailored to accommodate diverse materials

In addition to construction waste, this mobile station is also suitable for crushing medium-to-low hardness yet complex industrial materials such as oil shale, coke, petroleum coke, electrolytes, and bauxite—materials that are challenging due to their intricate compositions. Users can flexibly select the appropriate crushing method and screening specifications based on the characteristics of the raw materials, producing graded products that meet the requirements for recycled aggregates, roadbase materials, or further processing, thereby enhancing the overall efficiency of resource utilization.

Smart and eco-friendly, balancing efficiency with sustainability

Equipped with The PLC control system supports remote monitoring and fault alerts; its enclosed design, combined with a mist-based dust suppression system, effectively controls dust and noise, making it well-suited for operations in sensitive urban areas. Additionally, the low-energy consumption design further reduces operational costs, helping businesses achieve both economic and environmental benefits.

In an era where the circular economy is increasingly becoming a shared vision for development, Tianhe Environmental Protection's mobile crushing station for construction waste not only represents an upgrade in equipment but also signifies a fundamental shift in our approach to resources. It ensures that every piece of waste has the chance to regain value, while simultaneously helping cities embrace a greener future as they undergo transformation. Looking ahead, Tianhe Environmental Protection will continue to deepen its expertise in material-processing technologies, delivering solutions that are more closely aligned with real-world needs—and driving the resource recovery of solid waste toward greater efficiency, intelligence, and sustainability.