responsibility for the future
Hazardous waste incineration is one of the most strictly regulated areas of environmental protection and for good reason. Our goal is not only to safely eliminate non-recyclable industrial waste, but to do so with the least possible environmental impact. For us, sustainability is not an add-on; it’s the foundation of our operations.
Heat energy from waste
The heat generated during incineration is efficiently converted into steam, which is then used both on-site and by our neighboring industrial partners. By doing so, we contribute to reducing the need for fossil fuels.
Hulladékból hőenergia
A hulladékégetés során keletkező hőt gőzzé alakítjuk, amit részben saját telephelyünkön, részbenkörnyező ipari partnereinknél hasznosítunk. Ezáltal járulunk hozzá a fosszilis energiahordozókkiváltásához.
We strictly comply with emission regulations and BAT (Best Available Techniques) standards. Our multi-step flue gas cleaning system is continuously improved. Emissions are monitored in real time using continuous emission measuring equipment.
Our entire site is covered with leakproof concrete surfaces. Any spilled or leaked liquids are contained and prevented from reaching the soil or water sources. All surface water is collected in a closed drainage system and analyzed (e.g., COD, pH) before being sent for biological treatment.
We do our best to promote the utilization of residual materials generated from waste incineration wherever possible.
Metal is sent for recovery by the metal and steel industries
Fly ash and filter dust are used by other waste handlers for neutralization or concentration.
Slag is sent to hazardous waste landfills, but we are actively working on solutions for its
utilization through research and development.
Our operations are supported by internationally recognized management systems
We are members of several key industry associations, and we maintain strong partnerships with leading universities. These collaborations help integrate the latest scientific insights and innovations into our work, from new utilization methods for incineration residues to advanced technologies for reducing emissions. At the same time, we actively support the education of future professionals by offering thesis and research opportunities, organizing site visits and external lectures.
