Innovative
Waste-To-Energy
Solution
Waste-to-Energy Plants
Gartena provides the world’s leading solution for waste-to-energy (W2E) plants. Gartena’s patented technical solutions allows for the construction of plants with significantly lower emissions and significantly higher energy efficiency than conventional solutions.
Benefits
Made green for you, by us.
Higher energy efficiency
Making the Gartena waste-to-energy plant more financially viable.
Lowest pollution levels
Lowest pollution levels significantly exceeding the EU standards which not only is critical for the environment, but also allows for wider range of financing solutions and is likely to attract positive media coverage.
Reduced secondary waste
Much reduced and cleaner secondary waste in the form of clean ash which eliminates the need for ash landfills which used to be required for waste-to-energy projects.
Recycling wide range of waste
Ability to burn a wide range of waste including medical and other waste material that are normally not permitted in waste-to-energy plants.
Why Us
Higher Operating Temperature
Exceptionally Low Emmission Levels
Minimal Ash Residue
All Waste Is Incinerated
Tyres
Medical Waste Solution
Main Directions
The Gartena patented Rotating Kiln and Afterburning process ensures total incineration and combustion which gives a better waste-2-energy yield and makes a smaller impact on the environment than ANY OTHER COMPETITOR.
About the Gartena Group
The Gartena Group is focused on providing the world’s leading technology for waste-to-energy plants. We have gathered specialists, external consultants and formed partnerships to solve all aspects of modern waste management.
Gartena Advantage
The Gartena technology provides: higher energy efficiency; better plant economics; less pollution and a cleaner environment; less and cleaner ash; no need for landfills; and the ability to burn most types of material.
Technology
The Gartena patented solution builds partly on components that have proven to be the most effective and reliable in modern waste-2-energy plants and partly on combining them into a unique and higher performing system.