News

By extracting and converting the recyclable and combustible components from municipal solid waste into dense solid fuel (RDF), it is possible to effectively reduce landfill amounts and provide resources to the cement industry that can replace fossil fuels.

This article will explore the significance of solid waste screening, the challenges faced, and specifically highlight how Harden Machinery's independently developed screening equipment contributes to efficient resource utilization of solid waste.

The piece emphasizes the value of recycling materials found in tires and introduces an efficient recycling system by Harden that optimizes the process.

The Harden twin-shaft shredder, engineered and produced by Harden Machinery Ltd., is a vital piece of equipment that addresses the solid waste management challenge.

In the field of resource treatment, the single-shaft shredder is essential for effectively managing household, municipal solid, and biomass waste.

There are three main methods to achieve waste textile reuse: Physical recycling, chemical recycling, RDF alternative fuel (energy recovery). Among these, the waste pre-shredding process is the key point.

On this Thanksgiving, Harden sincerely thanks every customer and partner for their support and trust。

The article underscores the significance and increasing trend of recycling waste textiles and utilizing resources within the framework of sustainable development. It discusses the obstacles encountered in the recycling process, including inadequate recovery systems and low consumer awareness, while also introducing alternative fuel options sourced from waste textiles.

In October 2024, A cement company in Sichuan province adopted a Harden RDF alternative preparation system with advanced and multiple solid waste processing technologies, to achieve the continuous and steady operation of RDF alternative fuels processing for cement kiln.

In mid-October 2024, at the site of a ceramics factory with convenient transportation in Anhui Province, China, an RDF alternative fuel production line with an annual capacity of approximately 100,000 tons was successfully put into operation.