Incinerator plant - Import export

The shredding and sorting of rubbish and refuse is one of the key challenges within the waste management cycle. And with ERDWICH systems, there is a perfect set of solutions for meeting any of these application scenarios: System solutions range from simple shredding machinery through waste volume reduction plant to complete turnkey facilities for shredding and sorting. Deployed in waste sorting facilities, waste incineration plant, hospitals, major catering businesses, light and heavy industry, composting firms or waste reclamation units, ERDWICH wastes no time with waste. With hundreds of machines and systems deployed worldwide, use market-leading ERDWICH technology to ensure your success in special waste recycling. To get an idea of what we’re capable of, please see the following Case Studies. Now it’s your turn: we look forward to receiving your project enquiry!

In many incineration and industrial plants of various sectors as well as in the municipal sector, dust emissions are produced during production processes. These emissions must be purified before they are released into the atmosphere The resulting dusts can be sticky, wet, dry or combustible and have different particle sizes. Often industrial dusts are between 0.1 and 1000 μm in size and vary greatly in composition. They are also present in various concentrations and combinations with other pollutants. Compared to dry separators, wet scrubbers have the great advantage that fires or explosive mixtures cannot occur. Depending on the industry and area of application, such as in incineration plants, wet separators are indispensable.

In many incineration and industrial plants in various industries as well as in the municipal sector, dust emissions are produced during production processes. These emissions must be purified before they are released into the atmosphere. The dusts can be sticky, greasy, wet, dry or combustible and have different particle sizes. In general, they are between 0,1 and 1000 μm in size. Dust collection systems physically filter these dusts out of the exhaust air. WesselUmwelttechnik specialises in various methods of exhaust air cleaning, including industrial dust collector systems, to safely comply with legal requirements, e.g. the German TA Luft. In addition to dry filtering, the product range includes wet separators. This way, even humid and hot exhaust air as well as agglomerating dusts can be treated by the Wessel systems. The various exhaust air purification technologies allow the use of dust collecting systems in a wide variety of industries.

Fabric compensators are highly flexible and usually made of multi-ply fabric, offering excellent temperature resistance and chemical resistance depending on the particular design. Mainly used in pipe and conduit systems to compensate for axial, lateral and angular movements. One major advantage of this type of compensator is the low restoring forces. Special fabric materials permit temperatures of up to 1,000°C. Additional insulation can be used to resist temperatures of up to 1,600°C . Applications: Chemical plants, refineries, metallurgical industry, ventilation systems, chimney construction, industrial furnace construction, power stations, boiler systems, waste incineration plants, acoustic decoupling. Materials: Kevlar, fibre glass, glass needle felt, stone mineral wool mats, ceramic fabric, ceramic fibre mats, silicate felt mats, silicate fabric, Teflon Connection types: Continuous screws and screwed counter flange, clamping bars, tensioning belts straps

Slag handling in waste incineration plants or incineration plants of any kind. For various types of cranes with internal or external holding cables. Technical design Designed as a discharge grab with stable, retracted pivot bearings Optimisation of crane load capacity thanks to its lightweight design which can hold maximum loads Self-locking grab suspension for crane hooks Grab drive: Vertical electrohydraulic drive unit with high-pressure pump Closing and opening movements are controlled through clockwise or counter clockwise rotation of the electric motor (turn control). The electric motor is only switched on whilst the closing and opening movement is being performed. Closing and opening movements controlled by directly connected hydraulic cylinders, with stable piston rod protection Grab connection bearing Re-greaseable, robust steel bushing bearing KRÖGER MAINTENANCE-FREE bearing system Grab shells: Shell design adapted to material flow Toothed segment drive Material: S355J2+N

Waste incineration plants, refuse-derived fuel (RDF) incineration plants or incineration plants of any kind. For various types of cranes with internal or external holding ropes. Technical design Low-maintenance or maintenance-free for increased profitability 4-rope grab with half-closed grip Suitable for handling waste of any kind Closing rope devices: Rope nozzles KROGER MAINTENANCE-FREE, rope-protecting, roller-bearing pulley system Rigidly mounted main casing to accommodate the lower rope pulleys, easily move the ropes and reduce wear on them even when the crosshead is at an angle whilst the grab is being operated Solid, removable rope guards Rope pulley bearing: Re-greaseable plain bearing KROGER MAINTENANCE-FREE pulley block system Grab connection bearing: Re-greaseable steel bushing bearing KROGER MAINTENANCE-FREE bearing system Stable shell structure with shells made out of S355J2+N with a wear-resistant edge recessing made of Pantanax steel

Energy production from biomass and waste is on the rise throughout Europe and the world. KROGER has been an established, reliable partner in this sector for many years. KROGER’s maintenance-free grab systems are especially advantageous in both safety and economic terms when used in waste incineration plants, refuse-derived fuel (RDF) incineration plants, combined heat and power (CHP) plants and slag handling. In these extremely difficult, hard-to-access environments, maintenance or lubrication work is costly and often risky for service technicians. KRÖGER offers rrope or motor grabs for a variety of different cranes for use in this particular industry.

Slag handling in waste incineration plants or incineration plants of any kind. For various types of cranes with internal or external holding ropes. Technical design Low-maintenance or maintenance-free for increased profitability Transverse or longitudinal suspension with 4-fold, 5-fold and 7-fold rope reeving; as a 4-rope grab High load capacity thanks to its lightweight design Smooth grab thanks to its low centre of gravity and because the rope’s diameter matches that of the pulley Closing rope devices: Rope nozzles KROGER MAINTENANCE-FREE, rope-protecting, roller-bearing pulley system Lower pulley block unrestrained on the crossbeam Rope pulley bearing: Re-greaseable plain bearing KROGER MAINTENANCE-FREE pulley block system Grab shells: Material: S355J2+N Cutting edge material: special, highly wear-resistant steel Grab connection bearing: Re-greaseable steel bushing bearing KRÖGER MAINTENANCE-FREE bearing system

Ideal for use in refuse-derived fuel (RDF) incineration plants for the handling of materials such as wood chips, shredded plastic or tires, paper and cardboard scraps, pellets and/or fluff. Mainly used in cement, paper and industrial plants (high heat-value areas). Technical design Optimisation of crane load capacity thanks to its lightweight design which can hold maximum loads Both motor grab systems (MZG and MMGM) can be made fully automatic by attaching sensors MZG is ideal for use in tight spaces Lightweight design for high load capacity Size, measurements and grab suspension can be customised according to your needs Further advantages: see type MZG port and type MMGM (under “products/motor grab systems) Grab drive Vertical electrohydraulic drive unit with high-pressure pump Turn control or valve control