CDS or Continuous Deflective Separation is a superior and cost effective technology to separate gross solids from liquids. The major application for the technology is currently to clean gross pollutants from stormwater before it enters natural waterways. CDS Technology is also appealing to the food processing industry and separates gross sewer solids. CDS Technology is the only non-blocking screening technology independently validated by world-class research organizations.Learn more about CDS Technology
The CDS technology offers an effective method of separating solids from liquids. Based on a surprisingly simple combination of non-blinding screens and flow management, Continuous Deflective Separation (CDS) is a non-powered, low maintenance alternative to traditional screening systems.
Stormwater - CDS has been highly successful in removing pollutants from the stormwater system. Some high profile sites within Australia and overseas have used the technology to keep the waterways clear of litter, vegetation and other matter flowing through the stormwater systems.
Industrial - The CDS technology has been of great use to the industrial sector. The indirect screening provides a non-blinding separation system for a number of processes. CDS has been involved in separating pollutants from cooling liquids, sediments from site runoff and washdown facilities.
The Rocla CleansAll® Gross Pollutant Traps is designed for ease of assembly. The unit is made up of basic ‘building block’ components that are craned into an excavated pit and bolted together.
The basic elements of the trap are made from high strength steel-reinforced concrete. There are no moving parts. The sturdy collection baskets are manufactured from stainless steel. A long, reliable service life is assured by the solid construction, high quality components and the simplicity of the design.
On a whole-of-life cost comparison, the Rocla CleansAll® Gross Pollutant Traps provides one of the most cost- effective methods of controlling stormwater pollution. Ease of maintenance has made the Rocla CleansAll® Gross Pollutant Traps a fundamental part of stormwater quality pmraognragmesmtehnrotughout Australia.
EcoClean Ausdrain recognizes water is one of our most precious natural resources, an asset to be conserved and re-used wherever possible.
Our water resources are limited and at present the world's consumption of this resource far exceeds its natural replenishment. Too much of our stormwater is wasted, escaping via stormwater channels out to sea.
Systems for stormwater infiltration, rainwater harvesting and bio-remediation contribute towards better management of this precious resource.
EcoClean Technology Sdn Bhd has made a commitment towards improving the methods of stormwater conservation to assist in creating a more sustainable future for us all.
EcoClean-Ausdrain 30mm drainage cell is the most effective drainage solution for planter boxes, roof gardens, podium landscaped areas and most horizontal drainage applications.
It features high compressive strength and its lightweight reducing weight on the underlying structure by 98% compared to gravel. In addition, there is a 5:1 reduction in the drainage medium height enabling greater scope for soil depth and plantings
The drainage cell in combination with a geotextile fabric acts as the protection layer for the underlying Water membrane and provides ventilation for concrete slabs. The geotextile fabric is placed over the drainage cell and combined with a layer of washed river sand, filters the water elimination staining caused by gravel, stone and soil.
With more than 30 years of experience and over half a million end users, Environment One understands your problems—and we can help. Here are just a few of the advantages of an E/One low pressure grinder pump system:
CDS Hybrid Advanced Immobilized
Cell Reactor Technology
The Advanced Immobilized Cell Reactor is a tall column packed with special activated carbon, patented by a research laboratory of the Government of India.
Bacteria is immobilized in the pores of the activated carbon matrix; dead bacteria are periodically replaced with new ones, in the pores. The Advanced Immobilized Cell Reactor Technology integrates biological & chemical oxidation in a single reactor. Counter-current liquid and air streams allow simultaneous oxidation and desorption. Organics are oxidized by compressed air from bottom.
Eco-San is committed to providing green, safe and reliable ecological toilets designed to provide safe, sustainable toilet sewage treatment systems and sanitation facilities for 2.5 billion people worldwide who do not have access to suitable toilets.
The company brings in Sewage Treatment Technology that won the first prize in the "Toilet Challenge" launched by the Bill Melinda Gates Foundation in 2011. This technology was introduced by Professor Hoffmann and his team from the University of California. The California technical team and the company's technical team cooperate under the joint development to do in-depth research and product development for different applications, has now developed the series of products and projects for residential areas, primary schools, highways and tourist attractions.
Green Wall or Vertical Gardens refers to a wall that is partially or completely covered with plants. It can be categorized into green facades and Living Walls.
(EGI Living Wall System) is the most successful Green Wall system, it is lightweight and easy to install. This modular system has inbuilt irrigation and drain, and makes use of any kind of substrate, non-biodegradable EGI growth medium (hydrophilic substrate) so there is no need to water continuously. Panels are pre-grown before installation, so the wall is green on the first day of installation.
While conventional roof gardens either restrict the planting to pots or planters, or require specially-reinforced terrace or roof surfaces, the Empire Green Industries Green Roof System provides an alternative to this, and is designed with sustainability in mind.
A lightweight, low maintenance roof system, each component of this roof system is either recycled or renewable. Using innovative water management, it enables one to create green roofs on any existing and new building of different surfaces.