Thanks to reusable textile cloths, waste treatment costs decrease.

Reducing industrial waste through reusable textiles

The use of reusable fabric washcloths is part of a logic ofcircular economyUnlike single-use materials, these textiles can be washed and reused many times, up to 50 cycles depending on the case.

This durability significantly reduces raw material consumption. Feedback from the field indicates a five- to eight-fold decrease in material consumption. At the scale of an industrial site, this translates into a significant reduction in waste generated during equipment cleaning.

In maintenance workshops or printing plants, these wipes replace paper or synthetic non-wovens, which are often classified as special waste after use.

A regulatory constraint on hazardous waste

Textiles soiled by oils, solvents or lubricants fall under the regulations on dangerous waste, framed in particular by the European directive on waste and its transposition into national law.

Their storage requires strict conditions: appropriate containers, traceability, and secure collection. Non-compliant storage can lead to risks to the safety of teams and the regulatory compliance of the industrial facility.

In this context, outsourced collection and washing systems make it possible to keep the cloths in a cycle of use, preventing their reclassification as waste.

Economic impact on treatment costs

One of the major levers lies in reducing disposal costs. Contaminated waste often represents a significant item in the operating budget.

The example of an industrial printing company illustrates this impact:

"The introduction of textile wipes allowed us to immediately reduce contaminated waste by more than 50% and decrease our disposal costs by 15%."

Before this transition, disposable materials generated costs exceeding 300 euros per tonne for their treatment. Reducing the volume of waste therefore has a direct impact on the overall cost.

Optimization of production processes

Beyond the economic aspect, reusable wipes simplify the organization of workstations. Their constant availability, through a rotation system, limits supply disruptions.

"The closed-loop system operates without intervention and remains fully computable."

For production managers or industrial organization design offices, this stability contributes to better planning of რესურს and to a reduction of risks.

Integration into a circular economy approach

The approach is not limited to use. It begins with the manufacturing of the textiles. A portion of the fibers used comes from recycled materials, which reduces the environmental footprint upstream.

Production byproducts, such as cotton fibers, are used in other sectors, notably as insulating material in the automotive industry. This logic is in line with the principles of the circular economy applied to the industrial sector.

Environmental performance of washing machines

Industrial washing machines incorporate technical devices designed to limit impacts:

• heat recovery on drying cycles
• wastewater treatment with a purification rate of up to 99,8%
• Energy recovery from extracted substances

These systems make it possible to cover a significant portion of energy needs, up to 80% for certain drying stages.

One operational limitation remains, however: overall performance depends on the associated logistics, particularly the transport of wipes between sites and treatment centers.

Example of application in a printing company

In an offset printing shop, cloths are used to clean inking rollers, plates, and mechanical components.

An industrial project manager or maintenance manager can integrate this system into a comprehensive approach that includes:

• use of mineral oil-free inks
• Optimizing print runs to reduce waste
• choice of certified papers

This combined approach improves the environmental performance of the workshop while controlling operating costs.

A solution aligned with industry requirements

The integration of reusable cleaning cloths addresses several challenges in the building and industrial sectors:

• waste reduction at the source
• regulatory conformity
• optimization of operational operations

It is part of a broader evolution of constructive and industrial სისტემes towards circular models.

However, the adoption of these solutions relies on a suitable organization, including logistics management and flow monitoring. When properly integrated, they constitute a concrete lever for reducing environmental impact while improving the economic performance of operations.