In the global push toward decarbonization, biomass co-firing has emerged as a proven, scalable solution for coal-fired power plants.

Refuse-Derived Fuel (RDF) is rapidly gaining popularity worldwide as a sustainable alternative to fossil fuels, particularly in cement kilns and power plants.

Struggling to separate entangled films from wood blocks in construction and demolition (C&D) waste or fabrics from plastics in industrial scraps? Traditional sorting equipment often falls short, plagued by low sorting rates, excessive dust generation, and soaring energy costs—slowing down resource recovery and eroding project profitability.

Making TOC Visible in Every RDF Operation—Turning Every Investment into Tangible Returns

An RDF shredder is a machine designed to reduce mixed solid waste into uniform, processable particles for fuel production.

In the evolving landscape of sustainable manufacturing, leading cement producers are accelerating the shift from coal to refuse-derived fuel (RDF) as a viable alternative. This transition isn't just a regulatory checkbox—it's a strategic imperative driven by cost stability, emissions reduction, and circular economy principles. As of 2024, industry benchmarks underscore this momentum, positioning RDF as a cornerstone of thermal substitution in cement kilns.

Harden Machinery Ltd. proudly unveils its renewed product brochure, reflecting our continued commitment to high-performance solid waste resource recovery. This updated edition highlights more than 15 years of technological innovation in shredding, screening, and separation, the core competencies that define Harden’s position in the industry.

As global industries accelerate their shift toward low-carbon operations, Alternative Fuels and Raw Materials (AFR) have become a vital pathway for cement co-processing, energy substitution, and waste-to-resource applications.

In the push toward carbon neutrality and zero-waste cities, large-scale waste plastic recycling has become essential. Many recyclers invest heavily in advanced pyrolysis or depolymerization technologies, yet overlook the critical first step: effective shredding pre-treatment. Inconsistent particle sizes, stubborn impurities, and limited throughput in this stage can severely restrict downstream chemical recycling efficiency and prevent true scalability.