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Industrial Solution

Waste Tire Shredding & Recycling System
Construction & Demolition Waste Disposal System
Municipal Solid Waste Disposal System
Refuse-Derived Fuel & Solid Recovered Fuel System

Материал

Shredding commercial and industrial (C&я) отбросы

Коммерческие и промышленные отходы собираются отдельно в соответствии с соответствующими компонентами перед переработкой и возвращением в сырьевой цикл (рециркуляция), или рекуперированы для термической рециркуляции или для энергетической утилизации (Заменители топлива).

UNTHA provides Особенно эффективные и гибкие измельчающие машины для 1-фазной или 2-фазной переработки коммерческих и промышленных отходов.

Find the right shredder

Find the right shredder

Our shredders for commercial & industrial waste

XR mobil-e

Perforated screen Ø

25 300 мм

Cutting chamber width

2,960 мм

Driving power

2×132 – 2×160 кВт

Заявление

XR mobil-e

Perforated screen Ø

25 300 мм

Cutting chamber width

2,960 мм

Driving power

2×132 – 2×160 кВт

Заявление

XR mobil-e

Perforated screen Ø

25 300 мм

Cutting chamber width

2,960 мм

Driving power

2×132 – 2×160 кВт

Заявление

XR mobil-e

Perforated screen Ø

25 300 мм

Cutting chamber width

2,960 мм

Driving power

2×132 – 2×160 кВт

Заявление

SHREDDING OF COMMERCIAL AND INDUSTRIAL WASTE

Specific characteristics & challenges

Many commercial and industrial companies accumulate various types of waste during the production process:

  • Paper and wood

  • Metal and plastics

  • Glass and films

  • Biogenic waste

These must already be separated by traders in compliance with the Commercial Waste Ordinance as they are collected on-site, with the aim of increasing material recovery rates. Many of these materials can be recycled subsequent to a treatment process, and reintroduced into the raw material cycle.

High calorific value waste which can no longer be recycled is processed as substitute fuel. Depending on which thermal utilisation the commercial and industrial waste is used for, в achievable fraction size of substitute fuels plays a decisive role.

Different fraction sizes & the perfect solution

  • Pre-shredded waste with a size of < 150 мм is suitable for co-generation power plants with grate firing, for refuse combustion plants, for material recovery facilities (MRF) and for mechanical biological treatment. Untreated commercial residential waste achieves an approximate calorific value of 9 11 MJ/kg.

  • Substitute fuel smaller than a fraction size of 80 мм is mainly used for co-incineration in the calciner of cement plants, for fluidised bed combustion and for energy recovery in power plants. The calorific value of this fraction is determined to be approximately 15 – 18 MJ/kg.

  • For injection furnaces in cement works and in substitute fuel plants, с другой стороны, a substitute fuel size of less than 30 мм is ideal. The secondary fuels in the mixture for co-incineration in cement rotary kilns must have a calorific value of at least 18 – 22 MJ/kg.

UNTHA provides particularly efficient and flexible shredding solutions for the processing of different materials and fraction sizes. Our 1-phase and 2-phase shredding systems allow you to optimise processing of your waste into substitute fuels, and secure you high product quality with a homogeneous granulate which is free of foreign objects.

Find the right shredder

Further materials

Discover the full range of possible materials

Bulky waste

Bulky waste contains many different and valuable resources which can be recovered and reintroduced into the raw material cycle through good material preparation and the correct system technology.

Bulky waste

Bulky waste contains many different and valuable resources which can be recovered and reintroduced into the raw material cycle through good material preparation and the correct system technology.

Bulky waste

Bulky waste contains many different and valuable resources which can be recovered and reintroduced into the raw material cycle through good material preparation and the correct system technology.

Bulky waste

Bulky waste contains many different and valuable resources which can be recovered and reintroduced into the raw material cycle through good material preparation and the correct system technology.