Eco Waste Solutions has a wide range of products that can address your waste needs in an environmentally responsible fashion.

The larger format system ECO Models process a single batch of waste per day ranging from 1 ton to 10 tons per batch. Remote communites of up to 3000 people can be served.

Our CA Models have a small footprint and process multiple batches in a single day.  The CA series is ideal for remote camps or communities of 50 to 250 people.  They also provide an excellent on-farm solution for poultry and swine.

The Liquid Waste Oxidizer processes liquid waste as a stand-alone unit or in combination with the ECO Model.

The ECO Mobile is a skid-mounted fully containerized version of the ECO Model designed to be readily deployable to locations as required.


Process Description

The Eco Waste Oxidizer System is a two-stage batch process. In the first stage, a burner is used to raise the temperature of the Primary Chamber to the point of sustained combustion (650°C - 850°C/1200°F - 1560°F).  In this stage there is minimal oxygen.  The solid waste is converted to gas, a process which becomes self-fueling and continues until the original waste volume and weight is reduced by over 90%. 

In the second stage, the gases enter the high temperature (1000˚C), richly oxygenated and turbulent conditions of the Secondary Chamber for cleansing. Critical process parameters such as temperature, airflow and burner output are computer controlled to maintain optimal oxidation conditions.  The process is complete after a minimum retention time of one to two seconds. Our proprietary control system ensures a consistent, thorough processing and the cleanest possible thermal treatment. 

As a third stage, any of our systems can be outfitted with the latest in Air Pollution Control Technology.  However, our tests prove that many International Air Quality standards can be met without any additional equipment or by adding a simple Wet Scrubber.

After the completion of the burn and cooling cycles residual materials are removed by manual or automatic means.



Independent tests have shown that the residual ash is non-hazardous, non-leaching and essentially inert.

After enduring the combustion process metals and glass remain intact but are considered sterilized and safe to handle.

Preservation of metals and glass allows for post-treatment recycling.