Nekta Ambiente manages and treats industrial waste, both hazardous and non-hazardous, using state-of-the-art technologies and methods. We convert hazardous waste into energy sources for waste-to-energy, while non-hazardous waste is sorted and revalorised in different lines (such as CSS, waste-to-energy and raw material recovery).
Our goal is to maximise waste recovery, pursuing the circular economy.
Hazardous industrial waste management is one of our areas of specialisation, and we are committed to ensuring that every stage of treatment is carried out in compliance with current regulations.
Our approach is not limited to simple waste management. Through advanced technologies, processes, and a highly specialised team, we are able to convert this waste into a source of energy for energy recovery by shredding and homogenising the material, preparing loads for energy recovery plants. This transformation reduces the environmental impact of waste, while simultaneously contributing to the generation of clean and sustainable energy.
Nekta ambiente is also dedicated to the revalorisation and treatment of non-hazardous industrial waste along several different lines:
In this first phase, waste is sorted in order to recover recyclable materials. Using advanced technology and machinery, we are able to extract waste such as certain types of plastics, iron and other materials that can be fed back into the production cycle, thus reducing environmental impact and promoting the circular economy.
The material destined for the second line is processed to produce RDF. This fuel is a resource obtained from the processing of waste and is used in various industrial sectors as an alternative to fossil fuels, thus contributing to the reduction of emissions.
Another treatment line is the part of the waste that is managed according to its characteristics and energy potential, can be turned into an energy source for valorisation: where it is combusted for the production of thermal or electrical energy, turning the waste into a resource. This treatment section involves various processing steps such as: granulometric separation, three-dimensional separation, shredding and homogenisation to make the material suitable for combustion.
