Skip to main content

Getech launches new centrifuge for sludge dewatering

Getech, which says it is among the leaders in the drilling, quarrying and aggregate recycling industries for the water and silt management systems, is introducing its largest model of high performance centrifuge for sludge dewatering in the construction industry. “We have built up extensive knowledge in the last 20 years of processing silts from aggregates, dewatering sludge from the construction of foundations, from quarries, from sand and gravel washing and also recovery of bentonite from weighted mud in
February 26, 2013 Read time: 2 mins
Getech is introducing its largest model of high performance centrifuge for sludge dewatering in the construction industry
7186 Getech, which says it is among the leaders in the drilling, quarrying and aggregate recycling industries for the water and silt management systems, is introducing its largest model of high performance centrifuge for sludge dewatering in the construction industry.

“We have built up extensive knowledge in the last 20 years of processing silts from aggregates, dewatering sludge from the construction of foundations, from quarries, from sand and gravel washing and also recovery of bentonite from weighted mud in vertical drilling applications,” says the company.

“Nowadays we are able to offer solutions for individual applications using the very best technology and our own processing experience.”

For example, in the construction industry there is an increasing demand on the purity of building materials, and it is necessary to wash and recycle gravel, sand, grit and other building materials. The washing of aggregates is required for many markets and applications, and the finished product needs to meet specifications outlined by the ever-stringent and demanding world markets.

“Where dry screening was accepted in the past, washing and scrubbing are now required to produce a silt-free product. And, at the end of the process there will be dirty water/sludge to dispose of. In the past this dirty water was flown in a rinsing pond where coarse particles are sedimented and a proportion of roughly cleaned water is reused. But the rinsing pond takes up a lot of space as several ponds are necessary to get a well-dewatered sludge. The majority of the water seeps away and cannot be reused, and the sludge has to be removed by an earthmover,” says Getech, which claims there are advantages to dewatering this sludge by use of a centrifuge.

“Dewatered sludge can be transported and used as bulk material; it reduces consumption of fresh water thanks to a high volume of recycled used water; low maintenance, operation and cleaning-effort, and it is environmentally friendly, with no soil pollution,” added Getech.

Stand: B2.105B

%$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 oLinkExternal www.Getech.it www.Getech.it false http://www.getech.it/ false false%>

 

%$Linker: 2 Internal <?xml version="1.0" encoding="utf-16"?><dictionary /> 2 11560 0 oLinkInternal <span class="oLinkInternal"><span class="oLinkInternal">View more videos</span></span> Video false /event-news/bauma-2013/video/ true false%>

For more information on companies in this article

Related Content

  • Percussive diamond inserts from Element Six lead to longer mining drill life
    January 6, 2017
    Synthetic diamond division of DeBeers, Element Six, has developed the 3D Percussive Diamond Insert (PDI) that it claims will radically cut costs in the mining drill industry. The 3D PDI uses the firm’s polycrystalline diamond technology to optimise wear and impact resistance properties, while improving penetration rates for the drill bit. The firm claims that tests of the drill insert show up to 10 times the drill life of a conventional tungsten carbide insert., greatly reducing costly rig downtime for serv
  • Percussive diamond inserts from Element Six lead to longer mining drill life
    February 7, 2013
    Synthetic diamond division of DeBeers, Element Six, has developed the 3D Percussive Diamond Insert (PDI) that it claims will radically cut costs in the mining drill industry. The 3D PDI uses the firm’s polycrystalline diamond technology to optimise wear and impact resistance properties, while improving penetration rates for the drill bit. The firm claims that tests of the drill insert show up to 10 times the drill life of a conventional tungsten carbide insert., greatly reducing costly rig downtime for serv
  • Mitas adds to earthmoving tyre range
    April 17, 2013
    Mitas has unveiled the newest addition to its family of ERL earthmoving tyres, the 20.5R25 ERL-50. The tyre will become available for sale worldwide by July. Mitas makes specific tyres for machines operating in demanding conditions, including gravel and rock quarries. The Mitas ERL series features 12 tyres of 28mm to 90mm tread depth, with the ERL-50 designed for rocky conditions.
  • BHS-Sonthofen rotor impact mills for sand processing
    February 26, 2013
    BHS-Sonthofen’s rotor impact mills, which produce crushed sand with special characteristics, will be showcased. The processed grains are cubical, but their edges are rounded, and the company says that dry mortar produced with this type of sand is easier to use and makes concrete easier to pump.