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Redco Environmental Equipment & Supplies
5 equipment items found
Manufactured by:Redwood Plastics and Rubber based inLangley, BRITISH COLUMBIA (CANADA)
Redco™ hanger bearings are available in various grades of Redco™ UHMW, Redco™ Nylon, Redco™ PTFE and Redco™ ...
Manufactured by:Redwood Plastics and Rubber based inLangley, BRITISH COLUMBIA (CANADA)
Redco™ UHMW Channel (U-Channel) reduces chain or belt wear by reducing friction. Unlike metal-to-metal contact, because of UHMW’s very low coefficient of friction and self-lubricating properties, metal chain glides along the plastic channel with extremely reduced abrasion. Replacing steel channel with plastic channel also reduces power consumption and saves premature replacement costs ...
Manufactured by:REDCO Process Environment and Energy Technologies Inc. based inAtasehir/Istanbul, TURKEY
REDCO's Solar Sludge Drying Technology significantly reduces sludge mass and volume by utilizing renewable solar energy. Solar energy serves as a limitless and natural resource for evaporating water. Typically, 1000 liters of water require 720 kW of thermal energy to evaporate, but REDCO's technology reduces this need to just 30-40 kWh of electrical energy. The primary components include a moving ...
Manufactured by:REDCO Process Environment and Energy Technologies Inc. based inAtasehir/Istanbul, TURKEY
The REDCO RQD series quick drying units are highly efficient sludge drying systems. The main advantage of the RQD series quick drying facility is its ability to produce high-dryness final products in limited space while performing this process at low costs. These quick drying systems are particularly useful for small-capacity treatment plants due to the low operating and investment costs. ...
Manufactured by:REDCO Process Environment and Energy Technologies Inc. based inAtasehir/Istanbul, TURKEY
REDCO RBD series belt dryer units are highly efficient sludge drying systems. The prominent advantage of the RBD series belt drying plant is its ability to produce a final product in granular form with high dryness and low emission with minimal dust, achieving this at low costs. The process involves highly dewatered sludge transformed into rod-shaped structures with an average diameter of 7-9 mm ...