Rodan Engineering Company Ltd. products

HD-Concept, Strong rotator, Wear resistant shells, Pivot area fitted with dust seals, HD end stops, Stabile mainframe, Heat treadet pins and bushing, Cylinder protected by robust tube, Optional cylinder frame protection.

With this Super Mini P5 Balers series range of hydraulic packing presses, you can reduce the size of many different materials including paper, cardboard, plastics, polystyrene, foam rubber, P.E.T. bottles, fabrics, leathers and similar materials. The volume of the pressed materials is reduced notably to a small bale which simplifies transport and waste disposal.

Electro / Hydraulic-SB/4 25 litre can Crusher Flat-tin-it. Built for small factories, it allows the crushing of one drum each cycle.

25 Litre Can Crusher Electro / Hydraulic Flat-tin-it. Built for medium size factories, it allows the crushing of one drum or several small cans each cycle.

Rotator head with slewring, Motor fitted with internal relief-valve, High torque, Service friendly

Electro / Hydraulic-SB/9 60 and 207 Litre Drum Crusher Flat-tin-it. Built to crush drums, it can also crush bins and cans, forming a small bale.

When purchasing a Vertical Baler there is a wide variety of choice. With the smart LCV70 there are features not found on any other baler, there is a double push system allowing the waste to breath and then re-compacting allowing more waste to be compacted per bale. The Auto cycle allows the operator more freedom, no levers to hold whilst operating, simply press the Start button and walk away.

When purchasing a Vertical Baler there is a wide variety of choice. With the smart LCV40 there are features not found on any other baler, there is a double push system allowing the waste to breath and then re-compacting allowing more waste to be compacted per bale. The Auto cycle allows the operator more freedom, no levers to hold whilst operating, simply press the Start button and walk away. There is an indicator light which tells you when the machine is compacting or retracting, The indicator tells you the door is closed and gives you a pre-set time to operate the button.

Turning RDF/SRF to Power Safely. Conventional RDF/SRF production technology is used to recover the drier higher calorific fraction of municipal solid waste (MSW). This is then pelletised to form a consistent pyrolyser feedstock which is then metered into the M3RP pyrolysis retort (sealed chamber) through airlocks. Inside the retort the materail is indirectly heated to 600°C in the absence of oxygen, by a low NOx burner running off previously produced pyro-gas. The heating in the absence of oxygen causes the materials within the RDF/SRF to break down into their constituents, for example plastics de-polymerise into oil and gas.

Operation: Delivered waste (typically unsorted MSW) is weighed in over the weighbridge. The delivered waste is tipped onto the Tipping Floor and then visually inspected for hazardous or oversize items before being loaded into one of two loading hoppers by front-end loading shovel. Any oversized wastes are shredded to a nominal 400mm prior to loading. From the hoppers the waste is conveyed up an inclined conveyor fitted with belt weighers to one of two drag-link conveyors to a set of Ram Loaders at the front end of each of the large aerobic BioDigesters. Each BioDigester can accept up to 150 tonnes per day of MSW.