OES-Industrial MultiWaste Incinerator System (Solid/Liquid)

Product Description

Scope of the Work:
•    Design, installation and commissioning of multi industrial waste incinerator.
•    Capacity: 315 KG/HOUR SOLID WASTE/ OR 200 LITRES/HOUR LIQUID WASTE (with dual chamber system)
•    1st chamber-870 Deg.C – 900 Deg.C
•    2nd chamber-1000 deg.C – 1200 Deg.C

Sources Of The Wastes
The following types of wastes can be treated by using incinerator.
a). bio medical waste/pharmaceutical waste
b). solid chemical waste/textile industries waste
c). liquid chemical waste
d). dyes and intermediate waste
e). organic chemical waste
f). liquid ink waste/acidic residue
g). insecticides/herbicides/pesticides
h). fungicide waste
i). ethanolamine
j). amino ethanol
k). mono ethanolamine
l). ETA,MEA waste
m). wastes after treatment of chemicals in etp plant.
n). mixed liquor waste water
o). alcoholic waste.
p). agricultural liquid chemical waste.
q). sludge mix liquid
r). slurry/adhesive/grease/powder coating wastes.
s). semi solid liquid chemical waste
t). bulk dry chemical waste.
u). pharma chemical wastes.
v). solvent chemicals/paint wastes/used glass beads
w). used tires.
x). used cotton rags
y). contaminated plastics/resin wastes.
Scope of Work:
    Incinerate all types of liquid/solid hazardous/chemical/non hazardous wastes avaliable in the industries with proper scrubbing system with standard emission rates.
    The dual stage incinerator helps to burn the waste in two stages , first at a medium temperature of 870- 900 Deg C and the second stage at 1200 deg C
    Producing ash and Gaseous fumes which are treated with cyclone type wet scrubber and caustic scrubber to produce air with pollutants in the permitted range and Non hazardous ash mainly inorganic salts.

Incinerator utilities
    Incinerator should have following criteria:
    Metallic seal structure with ceramic insulation to avoid heat  radiation and control radiant temperature
    Advanced gas treatment system to avoid emission of toxic gases (scrubbing system).
    Low consumption high efficiency compact automatic burning system.
    Low running and maintenance costs
    Fully automatic and simple to operate control panel
    Afterburner Preheat
    Dense refractory concrete lining rated at 1600 C
    Solid Hearth to allow maximum Burnout
    Large Top opening lid for easy loading
    Wide door for ash removal
    Optional Stainless Steel Casing
    Heat recovery option

Key Technology
It has special metal seal structure, refractory, bricking art, air distribution of multi-stream circling and advanced end-gas treatment without second pollution.  Provide automatic control for users.  The system should passed appraisal, fill up national blank and become substitute for import products. It should have notable economic and social benefit.
1). Ignition transformer
2). Ignition rod
3). Digital temperature indicator
4). Temperature controller variable
5). Thermo couple (heat sensor)
6). Flame detector
7). U.V. Sensor
8). Electromechanical Solenoid valve
9). Low and high fire control governor.
10). Eye hole for visual indication.
11). Venturi Scrubber filtration system for smoke control emission.
12). Liquid spraying nozzles with the capacity of 25 % (20 nozzles).
Quality Assurance
    Units will be Fully assembled
    Guaranty terms.
    Automation Programmed electric control Panel

Control Panel
    Control of primary and secondary burners
    Temperature monitoring with digit display
    Timer control
    Integral fan timer control
    Alarm

Emission standards are given below.