VDF 3000

Data sheet

Table of technical data

Dimension (Length) 5,250 - 26,250 (in increments of 3,000) mm
Dimension (Width) 3,000 mm
Dimension (Height) 2,710 mm
Filling height 4,200 mm
Special equipement Length | Volume
5,250 mm | 43 m³
8,250 mm | 67 m³
11,250 mm | 91 m³
14,250 mm | 116 m³
17,250 mm | 140 m³
20,250 mm | 165 m³
23,250 mm | 189 m³
26,250 mm | 213 m³

Which model suits your needs?

Specification
VDF 2250
VDF 2250
VDF 3000
VDF 3000
VDF 3750
VDF 3750
VDF 4500
VDF 4500
Weight - - - - - - - -
Dimension (Length) 5,250 - 26,250 (in increments of 3,000) mm 5,250 - 26,250 (in increments of 3,000) mm 5,250 - 26,250 (in increments of 3,000) mm 5,250 - 26,250 (in increments of 3,000) mm 5,250 - 26,250 (in increments of 3,000) mm 5,250 - 26,250 (in 3.000er Schritten) mm 5,250 - 26,250 (in increments of 3,000) mm 5,250 - 26,250 (in increments of 3,000) mm
Dimension (Width) 2,250 mm 2,250 mm 3,000 mm 3,000 mm 3,750 mm 3,750 mm 4,500 mm 4,500 mm
Dimension (Height) 2,310 mm 2,710 mm 2,310 mm 2,710 mm 2,310 mm 2,710 mm 2,710 mm 2,310 mm
Filling height 3,800 mm 4,200 mm 3,800 mm 4,200 mm 3,800 mm 4,200 mm 4,200 mm 3,800 mm
Special equipement Length | Volume
5,250 mm | 27 m³
8,250 mm | 43 m³
11,250 mm | 58 m³
14,250 mm | 74 m³
17,250 mm | 90 m³
20,250 mm | 105 m³
23,250 mm | 121 m³
26,250 mm | 136 m³ mm 		Length | Volume
5,250 mm | 32 m³
8,250 mm | 50 m³
11,250 mm | 69 m³
14,250 mm | 87 m³
17,250 mm | 105 m³
20,250 mm | 123 m³
23,250 mm | 142 m³
26,250 mm | 160 m³ mm 		Length | Volume
5,250 mm | 36 m³
8,250 mm | 57 m³
11,250 mm | 78 m³
14,250 mm | 99 m³
17,250 mm | 120 m³
20,250 mm | 140 m³
23,250 mm | 161 m³
26,250 mm | 182 m³ mm 		Length | Volume
5,250 mm | 43 m³
8,250 mm | 67 m³
11,250 mm | 91 m³
14,250 mm | 116 m³
17,250 mm | 140 m³
20,250 mm | 165 m³
23,250 mm | 189 m³
26,250 mm | 213 m³ mm 		Length | Volume
5,250 mm | 45 m³
8,250 mm | 71 m³
11,250 mm | 97 m³
14,250 mm | 123 m³
17,250 mm | 149 m³
20,250 mm | 175 m³
23,250 mm | 201 m³
26,250 mm | 227 m³ mm 		Length | Volume
5,250 mm | 53 m³
8,250 mm | 84 m³
11,250 mm | 114 m³
14,250 mm | 145 m³
17,250 mm | 175 m³
20,250 mm | 206 m³
23,250 mm | 236 m³
26,250 mm | 267 m³ mm 		Length | Volume
5,250 mm | 64 m³
8,250 mm | 101 m³
11,250 mm | 137 m³
14,250 mm | 174 m³
17,250 mm | 210 m³
20,250 mm | 247 m³
23,250 mm | 284 m³
26,250 mm | 320 m³ mm 		Length | Volume
5,250 mm | 55 m³
8,250 mm | 86 m³
11,250 mm | 117 m³
14,250 mm | 148 m³
17,250 mm | 179 m³
20,250 mm | 210 m³
23,250 mm | 242 m³
26,250 mm | 273 m³ mm

Materials

Production Waste for In-house Plastic Recycling

More and more plastics processing companies that manufacture a wide variety of plastic products are taking advantage of the opportunity to return production and process waste to the internal cycle. This saves raw material costs, plus the disposal costs for external recycling plants.

Textiles & Non-woven material

Textiles or woven materials made from natural materials such as wool, cotton or synthetic & blended fabrics are processed into fibres in unique processes. For impurities such as buttons, zippers, etc., reliable separation technology is used in the plant.

Domestic waste

Typical residual waste from households offers little potential for material recycling. However, in the cement industry, the high-calorific fractions from the waste can be used as an alternative fuel. RDF manufacturers filter out these fractions by shredding and separating them.

Domestic waste

Residual waste is optimally handled by shredding it in mechanical-biological waste treatment plants (MBT) and separating the various recyclable materials from each other. Another use of residual waste is thermal utilisation in a waste incineration plant. The heat released is used both to generate electricity and to provide heat.

Bulky Waste – Preparation for Alternative Fuels & Recycling

Largely homogeneous RDFs with good combustion and low pollutant properties can be produced, even from bulky waste.

Lightweight packaging

Increasing the recycling rate of packaging with the aim of recycling more valuable materials than before is a key issue in the circular economy. In order to efficiently recycle the packaging collected in bags, this waste must be continuously and reliably sorted.

Bulky Waste – Domestic & Industrial Waste Streams

Bulky waste chiefly includes discarded furniture, mattresses, wallpaper remnants and old carpets. Nowadays, most bulky waste can be recycled for materials and energy.

Industrial Waste for Alternative Fuels – Processing & Recycling Solutions

The non-recyclable materials from waste generated in industry and commerce can be processed into RDFs and used in power plants or the cement industry.

Waste wood – Efficient processing of industrial & commercial wood residues

The processing of waste wood transforms wood waste of various types into a valuable secondary raw material. Besides the recovery of materials, efficient energy recovery is becoming increasingly important as a renewable energy source.

Films – Industrial production waste

Waste generated during production should, if possible, be returned directly to the internal production cycle without any losses or loss of quality. If such in-house recycling is not possible due to company-specific constellations, external recycling companies can also process film waste.

Industrial Waste – Domestic & Commercial Waste Streams

Commercial municipal waste (also abbreviated to commercial waste) is municipal waste from sources other than private households, in particular commercial and industrial waste as well as waste from private and public institutions. This waste is similar to waste from private households due to its nature or composition and must be disposed of in the same way.

However, commercial municipal waste also includes other production-specific waste from other sources, such as workshop waste, cleaning rags containing mineral oil, paint buckets or non-infectious waste, leather waste, metal waste, including shavings from metalworking and metal processing.

Paper industry waste

Braids, spits, bears or fibre residues are the recyclable residues in paper recycling. The technical jargon under the collective term: pulper waste. As a leading specialist for shredding technology, we know what is important in this application. Pulper waste is diverse. The plastic it contains can be used thermally. The metal wires but also existing non-ferrous metal can be reused as recycling material.

Waste paper industry

Both the cement industry and brick manufacturers increasingly rely on RDFs for their production. Waste from paper production can be used as an alternative fuel.

Films – A second life even after intensive use and contamination

Regranulates can be created as secondary raw materials from packaging, agricultural film, composite film, etc. The treatment process for this includes shredding technology, separation and sorting technology, washing and subsequent extrusion.

Fibres, filaments & yarns

For all their differences, the residual materials from the production of fibres, filaments and yarns share some particular mechanical properties: Toughness and high wear and tear resistance, combined with a high degree of elasticity. These present particular challenges for the shredding process.

Packaging

As the demand for high-quality regranulates increases, closed-loop recycling is playing an increasingly important role in the material recovery of plastics, and this is why shredding is a critical process step since it is a preliminary stage for the subsequent sorting of recyclable materials.

Waste wood, used wood

Wood waste or even old pallets can be used as a renewable raw material for energy production. Effective processing is essential to produce a waste-based RDF.

Domestic and industrial waste

With our solutions for waste processing plant, you can pick up various materials after delivery, store them, free them from impurities, shred them into a high-quality output and transport them.

Alternative fuels

Vecoplan provides operators of cement plants with proven and robust components for conveying the material and separating iron and impurities, efficient receiving stations, storage systems and, of course, efficient shredders for an output in various qualities.