Creating The Future - MeWa Recycling Maschinen und Anlagenbau ...

Creating The Future 

Machines Plants Process solutions

UNI-CUT®UC rotary shears 

endlessly versatile in pre-granulation 

>>> Page 6 

High-performance 

UNI-CUT®UG granulators 

For individual grain sizes from 8 to 100 mm 

>>> Page 6 

UNI-CUT®CC 

CableCutter 

the specialist for all cable waste 

>>> Page 8 

UNI-CUT®USM 

cutting mills 

the perfect cut 

for small grain sizes 

>>> Page 8 

Machine technology 

UNI-CUT®AC 

AlphaCutter 

single-shaft pre-shredder 

for difficult materials 

>>> Page 10 

the diversity of the MeWa range of 

machines is aligned to the requirements 

for the size reduction of different 

types of waste. as a single 

machine or integrated in complete 

plant solutions, recycling machines 

from MeWa have already proven 

their worth more than 1000 times. 

Hammer mills 

UNI-CUT®UHM 

effective purification 

>>> Page 17 

UNI-CUT®SB 

The patented 

UNI-CUT®QZ 

Querstromzerspaner 

Perfect in separation. 

Perfect in the result. 

>>> Page 12 

2 

Smash Boom Bang 

Gentle and effective 

>>> Page 12 

UNI-CUT®SP 

tyre wire cleaner 

clean steel wire from 

tyre recycling 

>>> Page 17 

2 3

Recycling plants for used tyres 

From old tyres to actiMeWa 

>>> Page 6 

Cable recycling plants 

high-quality fractions in primary 

raw material quality 

>>> Page 8 

Processing of domestic 

and industrial waste 

solid recovered fuels with 

high energy content 

>>> Page 10 

Plant engineering 

Refrigeration 

recycling plants 

highest recycled resource rates – 

complete cFc separation 

>>> Page 14 

over 300 large-scale plants worldwide 

speak for themselves: with size 

reduction machinery from in-house 

development as well as the specific 

separation, sorting and conveying 

technology, MeWa delivers turnkey 

recycling solutions at one stop. Modular 

construction means that the 

systems can be put together quickly 

and efficiently to meet individual requirements. 

Processing plants 

for electrical 

and electronic scrap 

single-stage and fully automatic 

>>> Page 14 

Increased gas output 

by up to 30 % 

life‘s a gas with the QZ 

>>> Page 18 

Metal-cleaning plants 

effective separation 

>>> Page 16 

4 5

Tyre recycling 

From old tyres to fine rubber powder 

Three-stage process delivers high-quality secondary raw material 

With the active fine milling process for used tyres, MeWa 

produces a substitute raw material of a single material type. 

The fine granulate (ActiMeWa) can be mixed with other 

materials without difficulty to manufacture rubber products. 

In road construction, there is a great demand for ActiMeWa 

as an additive to bitumen. 

Granulation line. 

ActiMeWa 

Recycle before incineration – this 

guiding principle also applies to 

used tyres from passenger cars 

and trucks. in hungary and Kazakhstan, 

MeWa recently built two highly modern 

processing plants for old tyres, producing 

actiMeWa for direct deployment in road 

construction. 

in the three-stage processing principle 

(pre-granulation, granulation, fine milling), 

rotary shears first of all fragment 

the complete used tyres into shreds the 

size of the palm of your hand. 

the precisely machined cutters of the uc 

are seated on a polygon-shaped rotor. this 

enables the machine to achieve optimised 

power transmission. even with metallic 

parts, the uc shows its irresistible bite. 

subsequently, a granulation line processes 

the pieces of tyre step by step into a rubber 

granulate of a single material type. 

in a complex process, various separation 

processes separate the steel and textile 

fibres from the pieces of rubber. the 

size of the granules is between 0 and 4 

millimetres with a final purity of 99.95 

percentage by weight. 

Active fine milling 

MeWa integrated the newly developed 

fine milling process as a third process stage 

for the first time in both plants in hungary 

and Kazakhstan. Powdery actiMeWa 

of the highest purity is the result at the 

end of the process. it can be added directly 

to the new rubber to manufacture 

rubber products. 

Deployment in road construction 

actiMeWa is also used in road construction 

as an additive to bitumen. the rubber 

granulate not only balances out temperature 

differences to a considerably better 

degree, thus preventing the formation of 

cracks, but the mixture also dampens the 

noise level of the road surface and provides 

significantly greater adhesion for vehicles 

in the rain.■ 

Universal rotary shear UC 150. 

Rotor shears and granulator 

Active fine milling. 

A double plus 

With their reliability, the versatile 

granulators and rotary shears have advanced 

to become the truly successful 

team of machines in the MeWa machine 

pool. together, the two machines fragment 

above all tyres, cables, oil filters 

and mixed wastes into homogeneous 

fractions in all desired grain sizes. 

Perfectly geared to one another 

the duo is deployed at several 

hundred locations in pre-granulation and 

finish-crushing. here, operation times 

of more than 70,000 hours of operation 

are no rarity. as far as throughput 

is concerned, the team of machines is 

perfectly co-ordinated. 

the rugged machines have been 

conceived for metal processing, which 

means they display exceptional stamina 

even in highly demanding applications. 

UG cutting mechanism. 

6 7

CableCutter 

Cable processing CableCutter and USM 

The modern copper mine 

Turnkey cable processing plants from MeWa 

have been delivering the highest output 

qualities for years. A processing plant in Budapest 

has now integrated the newly developed 

UNI-CUT ® CC CableCutter into its plant. 

Initial conclusion: 

grade 1 in economic efficiency. 

Electrical scrap, telecommunications, 

old cars, mining, high-voltage cables 

- today, approximately 150,000 metric 

tonnes of cable waste is produced per 

year in Germany alone. underground, millions 

more kilometres have been laid, and 

these have to be replaced at some time or 

other. With the copper, aluminium, lead 

and steel metals they contain, the lines are 

extremely rich in recyclable resources. 

in hungary‘s capital Budapest, a company 

has specialised in recycling cables. 

not far from the banks of the Danube, 

the facility has installed a processing line 

with pre-granulation, granulation and fine 

granulation. 

Partner for precision work 

if aluminium, copper cables, plastics 

or tyres are to be granulated, the unicut 

® usM cutting mill handles the precision 

work. the rugged MeWa cutting 

mill is in demand everywhere small grain 

sizes are required. 

in cable processing, the cutting mills 

cut the enclosed metal from its cladding. 

co-ordinated cutting and separation 

units then extract metal fractions 

of a single material type, for example 

copper. Plastics and rubber from the insulation 

material are left behind. 

in the modern tyre processing plants, 

the machine is often set up in a row of 

four located upstream of the cutting 

and separating units. in a number of 

runs, the rubber granulate is cleaned 

and finally fragmentised by the 5.5 metric 

tonne machine to a size of less than 

4 millimetres in diameter. 

CableCutter CC 1200. 

Specialist for cable fragmentisation 

the company has now invested in an 

additional special machine that can further 

increase the efficiency of processing. 

the cutting geometry of the new cc 1200 

cablecutter from MeWa has been specially 

geared to taking cables apart. 

With a throughput of up to three metric 

tonnes per hour, this technical innovation 

is highly effective. the easy-to-change 

granulating screen achieves grain sizes of 

10 to 50 millimetres in diameter. special 

sizes are available as required. the input 

shaft is 2.30 metres wide, i.e. configured 

for loading by means of power shovels. 

Copper sorted by material type 

the initial processing with the new unit 

is so precise that even one subsequent granulation 

stage is sufficient to be able to 

feed the material directly to the final cutting 

mills. the result: copper in primary 

raw material quality. ■ 

Cutting mill USM 1000. 

8 9

Solid recovered fuels AlphaCutter 

Turnkey MeWa plant in Ghent with 

vibrating screen, wind screening, 

metal separator and granulation line. 

Pre-granulation takes place outside 

of the shop. 

Flywheel mass drive 

For more than 20 years now, 

MeWa granulators have been driven 

by flywheels weighing 3 to 5 metric 

tonnes. the flywheel serves simultaneously 

as a belt pulley for a simple 

V-belt drive that works with the 

lowest possible losses due to friction. 

the energy of the disk flywheel covers 

the peak torques required in the 

short term. this means that the electrical 

drive motor runs smoothly, significantly 

below the rated voltage 

range. expensive peak loads do not 

occur in the first place. 

Maintenance-free coupling system 

a sophisticated coupling and 

control system monitors the speed, 

torque and current consumption of the 

machine. this prevents high start-up 

peaks of the electrical drive motor 

and in the event of sudden blocking 

the flywheel is uncoupled so that the 

machine is not damaged. 

Manufacture of Solid Recovered Fuels 

MeWa has developed the high-performance 

AlphaCutter for large throughput volumes and 

materials that are difficult to process such as 

mattresses, truck tarpaulins, large compressed bales 

or rolls of foil. The unit is handling the pre-granulation 

in plants for the manufacture of solid recovered fuels. 

the new alphacutter series from 

MeWa is equipped with four disk 

flywheels. two of these on each side 

gear down the speed of the drive 

motors from 1500 revolutions to 

approx. 70 revolutions. MeWa CEO Ulrich Hink in front of two of the four 

disk flywheels of the AlphaCutter XXL 3700. 

The first encounter leaves a lasting impression: 

the alphacutter is hungry. 

the new bulky waste shredder 

devours enormous quantities of household, 

commercial and industrial waste. 

the homogeneous fragmentation means 

that the throughput can also be increased 

in the downstream granulation 

line by more than 30%. Particularly in the 

Der Schwungmassenantrieb 

im AlphaCutter XXL 3700. 

case of materials that are difficult to process 

such as mattresses, truck tarpaulins 

or large compressed bales, the progress 

made compared to other machine solutions 

is enormous. 

AlphaCutter XXL for 

high throughput 

the alphacutter XXl 3700 is particularly 

suitable for facilities that have to 

handle very large volumes of waste. up 

to 60 metric tonnes of mixed wastes per 

hour can be processed with the high-performance 

unit. 

Depending on requirements, version l 

with a rotor length of 2200 millimetres and 

version Xl with a rotor length of 3200 millimetres 

supplement the range of available 

products. 

Turnkey plants 

MeWa builds and delivers turnkey 

plants for the processing of household 

and industrial waste, providing services 

from the first draft design to commissioning 

at one stop. Depending on the requirements 

of the customer, MeWa creates 

pure sorting plants with manual sorting or 

mechanical separation all the way to complex 

plant concepts with sophisticated cutting/separating 

techniques for the manufacture 

of solid recovered fuels. 

near Ghent, for example, the 

British shanks Group operates 

a complete MeWa plant for the 

processing of mixed construction waste. 

Three granulators 

Following pre-granulation, vibrating 

screens, wind screening, metal separators, 

near-infrared technique as 

well as three large granulators ensure 

output sorted by material type and a 

throughput of 35 metric tonnes per hour 

the main purchaser of the high-calori- 

fic substitute fuels is the cement industry 

in Belgium. ■ 

10 11


The patented UNI-CUT ® QZ Querstromzerspaner has 

replaced the traditional fragmentation technology with 

chain tools – and thus thoroughly revolutionised the 

process with a level of success that literally makes a bang. 

The new Smash Boom Bang is the junior partner in electrical 

scrap recycling. 

Smash Boom Bang 

Where the hurricane rages inside 

The Querstromzerspaner and Smash Boom Bang revolutionise 

recycling technology 

Electrical and electronic scrap, refrigeration 

devices, aluminium composites, plastic-metal 

composites of all types, but also biological 

waste - the Querstromzerspaner is deployed 

everywhere different material mixtures have to be 

broken down. the patented QZ was developed to 

separate a wide variety of composite materials. 

in the meantime, the technology that works 

according to a completely new concept has developed 

into the most successful machine in the 

MeWa range of products. in contrast to cutting 

tools, the Querstromzerspaner separates the material 

with its acceleration instruments. here, the 

chains generate a kind of cyclone in the processing 

chamber. 

the QZ exploits the physical forces of the impact 

energy, thus guaranteeing particularly fast 

and gentle material separation. even after a few 

seconds, secondary metals of high purity that are 

fit for the market exit from the drum of the machine. 

Low wear costs 

compared to cutting processes or swing-hammer 

pulverisers, the resulting 

wear costs are significantly lower. in the 

meantime, the patented Querstromzerspaner 

is deployed worldwide in 

a wide variety of plant variants. 

refrigeration devices 

and electrical scrap in particular 

can be gently and 

economically fragmented 

with MeWa technology. 

With different drum 

sizes from 900 to 2500 

millimetres, the suitable machine for every requirement 

is on hand. 

Smash Boom Bang – the solution for small 

electrical appliances 

in the field of pre-granulation of electrical and 

electronic scrap, MeWa has conceived a supplementary 

solution: the smash Boom Bang. this 

technical innovation is particularly suitable for 

small electrical appliances. after processing, the 

housing, processor boards, motors, cables, transformers 

lie exposed; parts containing pollutants, 

for example capacitors and batteries, remain 

intact. the individual components can be 

easily taken from the conveyor belt by hand in 

the next operation. 

the dismantling machine saves the time-consuming 

and costly manual pre-dismantling of the 

electrical appliances while still enabling the plants 

to carry out combined processing of the wastes in 

one mechanical and manual system. ■ 

Smash Boom Bang. 

12 13

Fridge recycling 

Single-stage, fully automatic and environmentally friendly 

WEEE processing plants for electrical scrap and refrigerators convince with their economic efficiency and the highest environmental standards 

In line with the WEEE Directive of the European Union, many 

nations have established an effective recycling system for 

electrical and refrigeration devices. Very often, the Querstromzerspaner 

(QZ) from MeWa plays the main role in this process. 

The machine takes the appliances apart in a single-stage process 

in a particularly efficient and gentle manner. 

E 

lectrical appliances and refrigeration 

devices constitute the flow 

of waste with the highest growth 

in europe. alongside numerous recyclable 

resources, however, the devices and 

appliances also contain harmful substances. 

across europe, more than 200 million 

cFc refrigeration devices are still 

operated. these generations of devices 

are now coming in for recycling. the environmentally 

harmful chlorofluorocarbons 

are in the refrigerant and in the 

appliance insulation. 

in austria, a country that requires 

particularly high environmental stan- 

dards in this area, MeWa commissioned 

a highly modern refrigeration device recycling 

plant recently. the new operators 

and attending guests from the field 

of politics agreed at the opening: „With 

MeWa technology, we are setting new 

standards in the disposal of refrigeration 

devices in europe.“ 

The plant achives 900,000 metric 

tonnes of CO 2 reduction 

up to 300,000 refrigeration devices 

per year will be processed here in future, 

recovering around 90 metric tonnes 

of cFcs. the functioning principle of 

the plant corresponds to an annual reduction 

in the environmental burden of 

900,000 metric tonnes of co 2 . For this 

Environmental Award for the MeWa 

fridge recycling plant: Daphne in gold. 

Fully automatic WEEE-plant in Daventry. 

Refrigeration device pro- 

cessing plants from MeWa 

convince with high rates 

of recycled resource recovery 

and complete CFC separation. achievement, the plant in Kematen received 

the austrian environmental award 

„Daphne“ in gold in March 2009. 

With the Querstromzerspaner technology, 

cFc and pentane appliances 

can be processed simultaneously without 

their having to be sorted beforehand. 

not only the recovery rate of the 

cFc is exceptionally high, but also the 

economical operation of the plant and 

the high recycled resource rate with ferric, 

aluminium / copper and plastic fractions 

sorted by material type at the end 

of the process have led to the plant type 

being deployed in almost all european 

countries. 

MeWa plants for processing 

household appliances, home electro- 

nics or computers are even more widespread. 

With the first plants in canada 

and california, the step across the 

atlantic has been made. 

the patented Querstromzerspaner 

also handles the dismantling work for 

electrical scrap processing. the parts 

containing pollutants, for example capacitors 

or batteries, remain intact in the 

chain fragmentation process and can 

then be sorted without difficulty using 

separating techniques or by hand. at 

the end of the process, more than 90% 

of the input volume is available, cleanly 

separated and sorted according to different 

material fractions. 

Fully automatic operation 

in Daventry, england, a highly mo- 

Ferric fraction, separated into 

a single material type. 

Fridge recycling 

dern MeWa plant configured for fully 

automatic sorting was recently commissioned. 

after processing in the Querstromzerspaner, 

metal detectors, ferric 

and non-ferric separators, plastic sorting 

devices, circuit board separators, proximity 

infrared devices as well as air separators 

separate the material into different 

material flows. only four to six 

employees per shift are responsible for 

ongoing operation. 

the combination of refrigeration device 

and electrical scrap processing can 

also be implemented using QZ technology. 

in st. helens, england, MeWa put 

europe‘s biggest processing plant into 

operation for mixed treatement with devices 

classified according to the european 

Weee Directive. ■ 

14 15

Metal composites 

Resistance is pointless 

QZ separates metal composites ready for 

the steel mill 

When breaking down metal-plastic mixtures, the Querstromzerspaner 

delivers particularly good results. One of the tasks is to 

clean metals that have already run through magnetic separators 

in sorting systems for domestic and industrial waste. 

Companies that specialise in processing 

special scrap have moved into 

industrial centres with very good 

transport links. 

at first glance, the volume of waste collected 

there in the yard and in the shop 

High quality fractions in 

primary raw material qualities. 

looks like normal domestic and industrial 

waste. 

Processing for use in steel works 

however, the composition differs 

fundamentally. the waste consists of 

more than 60 % metal. the plants have 

specialised in processing the so-called 

metal separation fraction 

from sorting or metal processing 

plants so that it can 

be used in steel works. the 

delivered metal fractions, 

for example tinplate cans, 

still adhere to a great extent 

to external materials. 

the MeWa Quer- 

stromzerspaner has proven 

to be the ideal technology 

to separate these 

stubborn composites. the 

positive results have 

led a number of companies 

to invest in this 

direction in the past few 

months. existing plants 

Input motor blocks: the QZ separates 

brass-aluminium composites. 

have also extended their processing to include 

other lines with the patented Querstromzerspaner. 

Low wear costs 

together with the separating techniques 

that are geared to it, the chain 

principle of the MeWa QZ ensures high 

throughputs, output fractions sorted by 

material type and low wear costs. Particularly 

in the last point, the advantages 

compared to cutting shredder systems are 

huge. 

Metal composites of all types 

as a general principle, the QZ process 

is suitable for the separation of a wide variety 

of metal composites. applications involving 

components made of aluminium 

are just as frequent as the processing of 

swarf and metal chips. after all, the result 

is plastic, non-ferric and ferric fractions – 

ready for collection by the steel works and 

resmelting shops that are connected by 

the relevant transport systems. ■ 

Tyre wire cleaner separates 

steel and rubber 

Tyres contain a substantial amount of steel wire. For this 

content, MeWa has developed the UNI-CUT ® SP tyre wire 

cleaner. This special machine removes textile and rubber 

residues from the steel wires, fully recovering the metal 

in the highest quality. 

16 17 

I 

n order to protect the machines in the 

downstream tyre recycling process 

steps against excessive 

the wire is removed 

from the process 

directly after the 

first granulation step 

by magnetic separators. 

this fraction, however, is in a very unclean 

state at this point. along with the 

wires, around 10 to 35 percentage by 

weight of rubber and textiles is also withdrawn. 

this proportion is too high for use 

in a steel smelter. MeWa has now specifically 

devoted its attention to this fraction. 

equipped without sensitive blades, 

the tools mounted on the rotor shaft rub 

Tough refinement 

The double swing-hammer mill 

uses a kinetic impact effect to 

pulverise the material to be 

ground. two rotors, to which steel 

hammers are attached, rotate in a metal 

housing. the impact of the hammers 

pulverises the conveyed materials. 

the hammers sling the units 

against the grinding wall, where the 

impact breaks them up further. the 

ground material remains in the pulverisation 

zone until it is small enough 

to pass through a defined screen. this 

screen determines the output size of 

the material. a characteristic of the 

hammer mill is also the spherical output. 

■ 

the rubber and steel mixture on the stator 

shaft of the machine against one another, 

thus exposing the 

individual fractions. 

specially configured 

vibration 

channels and magnets 

separate the 

exposed wire, textile 

and rubber fractions. the entire separation 

plant is encapsulated. this enables 

exposed textiles to be blown out via air 

separation devices and captured in a filter. 

the turnkey MeWa line is also equipped 

with its own control system. at the 

end, the wire emerges with a purity of greater 

than 98% – ready to use in a steel 

smelter. ■ 

The UNI-CUT ® UHM Hammer mill has proven effective 

in the preparation of material mixtures of plastic, aluminium 

and copper. The advantage: fractions sorted by 

material type can be extracted in defined grain sizes. 

This is frequently a requirement for the manufacture of 

new products from recycling material. 

Output: Copper 

and aluminium. 

Tyre wire cleaner and 

Hammer mill

Bio QZ Bio QZ 

Extract the maximum 

Biogas plants: Querstromzerspaner from MeWa 

prepare substrates ideally for the bacteria 

Increasing the gas yield, stabilising the operating state, 

reducing the holding time in the fermenter – in short: 

many plant operators will soon be optimising 

existing biogas plants. With the Querstromzerspaner 

(QZ), MeWa offers a solution that starts right at 

the front of the process chain. „Properly preparing 

substrates“ is the simple but effective formula for the 

patented machine. 

Whether fuel crops from the 

fields, expired foodstuffs, biological 

waste from bins, 

slaughterhouse waste or surplus seasonal 

crops – there is a great deal of energy 

in the biomass. converting this energy 

quickly and efficiently into usable biogas 

is the task of modern fermentation plants. 

this is how around 5,000 biogas plants in 

Germany produce environmentally friend- 

ly power and heat, and the trend is on the 

up and up. 

however, an important process step 

has often been neglected during planning. 

exploitation of the substrates in fermentation 

can only be optimised with the right 

separation. this means that the strains of 

bacteria in the fermenter can only begin 

their decomposition process quickly and 


QZ 900. 

effectively when the cell structure of the 

input materials has been broken up. 

With the patented Querstromzerspaner 

(QZ), MeWa offers the suitable solution 

for this application. instead of cutting 

up the input materials, the Bio-QZ works 

with the principle of a pestle and mortar. 

this creates a significantly larger contact 

surface for the bacteria, enabling a significant 

rise in the energetic yield of the 

substrates. rotating chains on the floor 

of the machine chop up the fuel crops in 

seconds. „this gives the substrate a 

homogeneous composition, making it 

much more ‚palatable‘ for the bacteria, 

so to speak,“ says a biogas plant operator 

in describing the result. 

the principle provides sustained effects 

above all in the case of agricultural plants 

that feed fuel crops from the field into the 

fermenter. Where the Bio-QZ has been 

retrofitted, a significantly more stable 

operating state of the entire biogas plant 

has been achieved. the homogeneously 

prepared substrate can not only be 

pumped more easily, the energy-intensive 

stirring periods in the fermenter can also 

be more than halved. Floating layers disappear 

very quickly. a farmer in nördlingen, 

Bavaria, describes the situation in his plant: 

„the material in the fermenter now moves 

of its own accord. it‘s visibly alive.“ 

30 % more gas yield 

Depending on the input material used 

originally, up to 30 % more gas yield is 

measured in plants with Bio-QZ operation. 

evaluations have also indicated a higher 

methane content in the biogas. and 

an even more far-reaching difference can 

be determined compared to before: in the 

plant in nördlingen, the yard now stock- 

piles not only corn silage but now also 

seasonal crops such as red beets, potatoes, 

oil radish, sugar beets or grass cuttings. 

„it is now much more flexible to feed 

the plant, enabling me to exploit seasonal 

business,“ says the farmer. 

Insensitive and versatile 

in the meantime, the machine has 

proven its suitability for the preparation 

of substrates on a wide variety of plant 

categories. alongside the renewable resources 

plants that operate with a high 

dry-substance content, the principle also 

delivers the same positive results in municipal 

fermentation plants with biological 

waste bins as well as for slaughterhouse 

waste and packaged foodstuffs, for 

example. the machine is also insensitive 

to metal parts or stones and completely 

unwraps packaging. in a downstream 

separator circuit, the packaging can be 

easily removed from the biomass. ■ 

The QZ 1600 at work. 

18 19 

Corn silage. 

Fruit and vegetables. Slaughterhouse waste. 

Packaged food. 

Red beets. 

Sugar beets.

001 0810 2000/e 

Company 

Mewa recycling 

Maschinen und anlagenbau Gmbh 

Gültlinger straße 3 

75391 Gechingen/Germany 

tel. +49 (0)7056 925-0 

Fax +49 (0)7056 925-169 

info@mewa-recycling.com 

www.mewa-recycling.com 

MeWa recycling Maschinen und anlagenbau 

Gmbh has been playing a leading 

role in the recycling industry for more than 

25 years. the core business is on deve- 

loping and building recycling machines 

and engineering turn-key plant solutions. 

MeWa machinery is processing electric- 

and electronic scrap, fridges, tyres, 

domestic and industrial waste, oil filters 

and organic waste for biogas plants. Being 

an international market leader, MeWa’s 

innovative technology is patent-protected. 

at the headquarters in Gechingen/ 

Germany and in other international sites 

more than 150 employees are working 

for MeWa.

Creating The Future - MeWa Recycling Maschinen und Anlagenbau ...

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