High-quality Refuse-Derived Fuel (RDF) is produced from municipal solid waste, industrial solid waste, and similar materials through processes like shredding, sorting, and drying.

In the era of advancing "dual carbon" goals and deepening environmental awareness, solid waste management has evolved beyond mere harmless disposal to embrace resource recovery and energy utilization.

In the global surge of environmental action, waste tires—lurking on city outskirts and wild lands—rise like unsightly black mounds, relentlessly claiming precious space. Under the blazing sun, they emit greasy odors; battered by storms, they stealthily release toxic gases and chemicals, fouling soil, water, and air, posing silent threats to ecosystems.

In the realm of industrial production and waste resource recovery, shredding operations serve as a critical foundation, directly influencing the efficiency of downstream processes and the overall economic viability of a project.

In the global fight against plastic pollution, over 380 million tons of plastic waste are generated annually (OECD, 2023), with projections estimating a rise to approximately 400 million tons by 2025 due to growing consumption.

At a leading paper mill in Anhui, China, a quiet revolution is underway. Mountains of paper mill residues, primarily light rejects and pulper ropes, along with other industrial solid waste that were once a costly burden, are transformed by Harden’s solid waste processing system into “golden fuel,” a high-calorific feedstock that powers boilers to generate high-temperature steam for papermaking and clean electricity through cogeneration. This case study shows how Harden’s innovative technology overcomes industry challenges, delivering economic, environmental, and social benefits.

Plastic is everywhere in modern life—from morning coffee cups to evening shopping bags—offering convenience at a steep environmental cost. As "white pollution" piles up, chemical recycling emerges as a game-changer, breaking down waste plastics into reusable monomers, small molecules, or fuels.

In the rapidly evolving solid waste industry, shredding technology drives frontend processing efficiency and value. Harden Machinery's one-step shredder has transformed from a niche option to a core solution, powered by market demands and advanced design.

In the high-stakes world of industrial shredding, the power system is the heart of any shredder, driving critical metrics like efficiency, energy costs, and material versatility. What makes a power system truly exceptional?