Displaying items by tag: shredder

Australia: Waste processer Focus Enviro receiving bookings for attendance at a demonstration of its new Untha XR Mobil-e shredder at its plant in Melbourne, Australia, on 20 February 2020. The new shredder will shred residual waste, wood waste and tyres, as might be expected in a cement industry AF application, with Focus Enviro and Untha employees on hand to answer questions. Untha director Gary Moore said, “With high throughputs, low whole life running costs and unrivalled energy efficiency, the XR has revolutionised the industry’s approach to waste shredding for production of RDF.” Bookings can be made by email.

Germany: Vecoplan will present the Vecoplan Infinity (VIZ), a universal material primary shredder specialised in shredding plastics with flexible cutting geometry, at K 2019, the plastics and rubber industry fair, in Düsseldorf. The VIZ is capable of shredding a range of plastic materials for further processing into refuse-derived fuel (RDF) for cement plants.

US: Geocycle North America has received a new Untha XR mobil-e waste shredder at its plant in Dorchester, South Carolina. The mobile unit with 2 x 177hp motors, will process non-hazardous post-industrial waste to produce refuse-derived fuel (RDF) for LafargeHolcim’s Holly Hill cement plant. The shredder is currently configured to manufacture 10t/hr of RDF and the plant aims to generate 35,000 – 40,000t/yr of the fuel. Untha says that the new product replaces a previous shredder from another manufacturer.

Finland: Metso has launched two new pre-shredders in its K-series. The new products are intended for sites with production requirements between 5 – 45t/hr. They are intended for market development in Asia. Particular features of the K-series include: both a synchronous and asynchronous shredding system with two shafts; a knife geometry that the company says reduces the risk of wrapping on the shafts; a modular system; and a build that allows easy access for maintenance.

Ecuador: Geocycle has commissioned a XR3000C mobil-e type shredder from Austria’s Untha for its Guayaquil operations. The product will be used to process various waste streams including plastic, paper and wood from industrial waste producers to support cement production. Biomass and municipal solid waste (MSW) processing is planned for the future.

“With Untha’s help, we’re helping Ecuadorian businesses transform waste into ‘ready for co-processing’ materials. We’ve invested in flexible, high capacity, single step shredding equipment, supported with world-class engineering support, so we are extremely excited about this plant becoming fully operational,” said Dorin Pepenel, Geocycle Ecuador.

Australia: Focus Enviro, a waste and organic equipment specialist, has secured an exclusive agreement with Austria’s Untha, making it the distribution partner for Untha’s shredding technology in Australia. Focus has its headquartered in New South Wales and it has a presence in Victoria, Queensland and the west of the country.

Untha’s director for global business development, Gary Moore, described Australia as one of the most exciting energy from waste markets in the world despite alternative fuel production being less developed than in Europe. “Landfill rates are rising, environmental pressures are mounting, China’s landmark movement has forced a new direction for the country’s waste framework, and a number of international waste operators, with a presence in Australia, are driving a global knowledge transfer programme to strengthen resource security,” said Moore.

Austria: Saubermacher Dienstleistungs has ordered a XR3000C shredder from Untha for the single-stage processing of commercial and household waste at a sorting plant in Vienna. The Styrian-based waste and recycling company produces refuse-derived fuel (RDF) for the cement industry. The company’s main requirement was that the RDF should have a particle size of less than 80mm and be produced by means of a single-stage shredding process, rather than a two-stage shredding process with coarse and fine shredding. Saubermacher Dienstleistungs wanted a machine with a throughput of at least 20t/hr. It also chose the XR3000C model for its energy efficiency.

France: Solid recovered fuel (SRF) manufacturer Environnement 48 has ordered a XR3000C mobil-e shredder from Austria’s Untha. The new unit has an expected production capacity of 10,000t/yr. It will mainly be used to process plastics and wood to a particle size of 80mm. It follows a previous order of an XR Ripper waste shredder by the French company.

Japan: Austria’s Untha has agreed a new distribution partnership with Yokohama-based engineering firm Sun Earth. The deal will see Untha’s manufactured shredding technology supplied to a number of waste and alternative fuel production facilities throughout Japan. The agreement was arranged to help Sun Earth cope with demand for a shredding system that can tackle complex production waste, including single-step solid recovered fuel (SRF) manufacturing. Talks between the companies started in mid-2017.

Sun Earth has already placed an order for an Untha XR3000C shredder scheduled for shipment in early 2018.

Germany: Lindner plans to release its new Micromat HP series of plastic and universal shredders at the Fakuma plastics processing trade fair in October 2017. The new models in the High Performance (HP) range follow the existing Micromat 2000 and 2500 single shaft shredders but the manufacturer says that the new machines offer up to a 30% increase in output. This has been achieved by re-designing the rotor geometry to allow the knives to be used more efficiently per rotation. An optimised Siemens control unit has also been included. The shredders come with a 132kW or 160kW motor driving the rotor with a speed of 105RPM depending on customer requirements.

The upgraded line has been created in response to increasing European environmental targets and expected rises in the recycling rate of plastic packaging. Following these changes the shredder producer anticipates that recycling companies and producers of secondary raw materials will require more output while using the same space.