Category: incinerators

The Incinerator Plant is output wastes incineration from Different petrochemical units. In this project we want to incinerate all output wastes from petrochemical units and also produced high pressure steam from incinerator plant heat generated.
At first output waste from petrochemical collects and transfers to transit and sorting center in various forms. Input feeds of incinerator plant are shown in below table:

hospital incinerator manufacturers, Waste streams of petrochemical unit collect and store in Transit and Sorting Center.
In Transit and Sorting Center one laboratory must be considered.
In this center, waste will be classified in two groups:
–    Unsuitable for burning
–    Suitable for burning
Unsuitable waste for burning can be divided into the 4 categories:
–    Buried materials
–    Materials (wastes) that need to be stabilized before buried
–    Materials (wastes) that can be sold.
–    Wastes that can be returned to petrochemical.
Suitable wastes are classified into the two categories:
–    Input wastes to rotary kiln, consist of solids and waste fluids.
–    Input wastes to static kiln, consist of clean fluids and gasses.
All solid wastes must be transferred to storage pit from Transit and Sorting Center. Solid wastes storage pit is input of rotary kiln.
All fluid wastes must be stored and stabilized in Transit and Sorting Center. All storage and stabilization devices or facility must be considered. Storage and stabilization devices (facility) consist of:
Tanks, Pumps (Transfer, Loading & Unloading), Agitator (Mixer), Blanketing System, Flare system, Instrumentation and Control Systems, etc
Storage and stabilization capacity must be considered based on worst case (shut down).
Generally incinerator plant consists of two similar trains (capacity of each train is 100%). Each train consists of a rotary kiln and a static kiln.

MINIMUM CRITERIA FOR ENGINE OF INCINERATION
CAPACITY OF INCINERATION 30KG/ H

1. BASIC SPECS:

The burner for clinical waste need to be designated for the damages of all sort of waste created by the Facility for Health (waste type medical facility, center, medical lab for ruining ability of 30kg/ h).

Pyrolytic gasification combustion control shall:

? Protect against advancement of black smoke as well as also dirt development point loading of waste;
? Supply normal and complete burning of the waste;
? Provide controlled assuring the absence of color, cloud of smoke or shedding smell;
? Allow limited gas intake

The incinerator with pyrolytic combustion have to have:

a. Combustor:

– – – – Chamber solid steel assistance legs sheet;
– – – – The cellular lining is made from refractory blocks as well as likewise a thermal insulation making sure a minimum temperature of the sheet;
– – – – The sole burning is comprised of a refractory lining particularly created to satisfy the thermal, mechanical in addition to corrosive fluid waste needs and liquified glass;
– – – – The dimensions of the floor are prepared laterally primary air nozzles that sustain burning;
– – – – The fireplace is outfitted with a blending system of waste burning is regulated button;
– – – – The recovery procedure of the ashes will certainly take place daily line before starting the day’s procedure.

Framework of the refractory cellular lining:
* Insulation:
– – – – Operating temperature degree: 1000 ° C max
– – – – Nature: Calcium Silicate – – – Thickness: 80 mm * Refractory: – – – Running temperature: 1650 ° C max – – – Nature: Refractory blocks with 42 alumina – – Density: 110mm

Heater burning:

– – The burning chamber is geared up with a heater to line to make certain right temperature degree for the general damages of waste burning; – – Automatic monobloc burner and also fire dive provided with an electronic ignition system and likewise irreversible air circulation. Air follower: – – A major air and also second air follower gives the needed oxygen shipment – – There is an electrical motor ran shutoff that regulates the blood circulation according to the combustion. – – The stress and anxiety of the fan is 500 mm CE to pierce the mass of – waste throughout burning.

b. Article – – burning chamber:

– Manage the gas has a marginal temperature degree of 1100 ° C with a minimal residence time of 2 secs the afterburner is to; – – An additional air injection is expected in addition to offers best oxygen material; – – The heater ensures a minimum temperature of 1100 ° C continuous; – – The design of this heating system looks like shedding burners; – – The afterburner is – outfitted with accessibility doors in order to ensure typical cleansing– – of dust; – The afterburner is lined with high thermal insulation with a density of 150 mm

c. Closet, control and likewise guideline: – – The entire installation will certainly adapt European criteria( EU ). – – The electrical power is 220V 50Hz singular phase. – – Regulatory authorities of temperature with digital display screen:.
––? 1 to take care of the temperature level of the burning chamber.? 1 for regulating the temperature level of the afterburner.
? The hands-on controls are supplied on each thing.

2. PRODUCT DIMENSIONS

Recap Dimensions. Gas diesel oil.
Amount of combustion

chamber Burning: 0.3 m3.
‘ TEMPERATURE LEVEL LEVELS:. Burning. Afterburner

0.11 KW.
0.11 KW0

Follower power 0.37 kW