SNO-BRANDED WASTE INCINERATORS HAVE BEEN DEVELOPED TO ELIMINATE BOTH INFECTIOUS AND NON-INFECTIOUS WASTE MATERIAL CLEANLY, ECOLOGICALLY SOUNDLY AND WITHOUT ODOUR.

THE SCOPE OF APPLICATION OF SNO WASTE INCINERATORS COVERS:

 

  • Sterile incineration of body parts, organs and tissues
  • Elimination of bandages
  • Incineration of materials containing plastics as well as paper, wood, cardboard, etc.
  • Sterile cleaning of metallic parts such as syringe needles, scalpels, etc. As the first step in recycling.

We cooperate closely with specialised companies in the field of environmental technologies, which makes us your qualified partner in addressing the issues of waste disposal.

SNO FUNCTIONALITY:

 


The waste incinerators work on the basis of the principle of multi-stage combustion. Waste is first burned in the main combustion chamber at relatively low temperatures (adjustable between 300 °C and 500 °C) in a low-oxygen atmosphere. Subsequently, the gases produced are burned and purified in an after-burning chamber at a temperature of more than 820 °C.

SNO waste incinerators are designed for batch operation of the waste incineration process. No further supervision is necessary once the system is loaded and started.

 

Model Space required in the workplace

Weight of
the unit

 Capacity Dosage
quantity
per cycle
Width Depth Height
m m m t kg/h kg
SNO-1 5,2 5,3 2,5 8,0 20 20
SNO-2 5,3 5,5 2,7 8,5 30 30
SNO-3 5,8 5,6 2,8 9,0 40 40
SNO-4 6,9 6,2 3,2 15,0 75 75
SNO-5 5,6 8,1 3,2 20,0 100 200
SNO-6 6,1 8,4 3,2 28,0 200 200
SNO-7 7,0 11,0 3,4 35,0 300 1000
SNO-8 7,0 12,0 3,4 48,0 500 1000

 

LIQUID WASTE INCINERATOR SNO-3

 


The SNO-3 liquid waste incinerator enables elimination of waste liquids directly on-site, eliminating disposal difficulties and reducing costs. The SNO-3 system is capable of continuous operation; all that is necessary is to connect a tank and the liquid waste will be gradually converted to a dry powder.

DOUBLE-CHAMBER DESIGN

 


Waste is measured and supplied in batches to a working chamber where it is incinerated. The combustion products are fed below the incineration chamber to an after-burning chamber with an independent secondary burner and fresh air supply. This after-burning chamber is designed for a two-second incineration of combustion products at 870 °C, which results in the total degradation of organic substances with no residues in the emissions. The design enables the use heat from the after-burning chamber to warm the working chamber, saving energy.