Skip to main content

Separators boost waste re-use

A London-based construction material recycling centre says its decision to use a pair of Max X Tract Density Separators is helping them cash in on perceived waste. The 777 Recycling Centre is using the separators supplied by Cheshire-based Dig A Crusher at its state-of-the-art site just outside Croydon. Forming the final stage of 777 Recycling Centre’s resource extraction process, the Waste Systems Ltd-built Max X Tract machines are recovering metals from biomass material while also removing plastics and pa
June 13, 2012 Read time: 2 mins
A London-based construction material recycling centre says its decision to use a pair of Max X Tract Density Separators is helping them cash in on perceived waste.

The 777 Recycling Centre is using the separators supplied by Cheshire-based Dig A Crusher at its state-of-the-art site just outside Croydon.

Forming the final stage of 777 Recycling Centre’s resource extraction process, the Waste Systems Ltd-built Max X Tract machines are recovering metals from biomass material while also removing plastics and paper from the same source.

More than 4,000tonnes of construction, demolition and skip waste arrives on site every week and is converted into a wide variety of products including fuel, ferrous and non-ferrous metals and plastics for onward processing, and a range of crushed concrete and aggregate products for reintroduction to the UK construction industry.

Weighing just nine tonnes, the Max X Tract uses a one-pass system to process up to 150tonnes/hour, depending upon feed material.

At the 777 Recycling Centre, the first Max X Tract unit receives material from a trommel via an elevated conveyor. It segregates the light and the heavy materials: the light being destined for RDF applications; with the heavier materials moving on for further processing to the other Max X Tract. Here the final clean-up occurs where wood gets separated from the aggregate, ensuring two high quality end products. The initial exposure of material to a Max X Tract effectively removes any remaining metals from the waste stream.

Related Content

  • A concrete plant upgrade in Germany
    June 19, 2023
    German concrete producer Thomas Beton has modernised its batching facility with the commissioning of a new Ammann Elba CBS 120 SB concrete mixing plant.
  • JPE buys CDE plant
    February 8, 2012
    JPE AGGREGATES is buying a new CDE construction and demolition waste recycling plant as the solution to its waste recovery operations at Elford Quarry, County Staffordshire, England. The new plant includes an M2500 E3 mobile washing plant; AggMax 150R attrition system; AquaCycle A400 thickener and a VSI crusher. The M2500 E3 system includes feeding, screening, sand washing and stockpiling on a single chassis while the AggMax 150R system incorporates a RotoMax logwasher, which is a twin shaft system, 8m long
  • Keestrack enjoying rapid Chinese growth
    November 28, 2018
    Keestrack has increased its Chinese unit sales by more than 20% in 2018, leaving the mobile crushing and screening plant manufacturer on course to sell around 60 machines in the calendar year. Thomas Hagspiel, the company’s China and Southeast Asia managing director, said the Belgian global crushing and screening equipment firm had been delighted with Chinese customers response to Keestrack’s product offer over the past four years. The company is currently second only to Kleemann in annual China market mob
  • R&W takes in-house the recycling of dry and wet waste
    January 15, 2016
    With the introduction of EU regulations in 2012 controlling the disposal of dry and wet waste from road sweepings and gully waste and it is not acceptable to send this material to landfill. Many local authorities have had to find an alternative solution. R&W Civil Engineering in the southern UK country of Hampshire, is a specialist in highway construction, maintenance and other transport related services. It, along with other contractors started transporting waste material to the nearest processing stati