Rotary kiln incinerator is a Pyroprocessing device used to raise materials to a high temperature in a Continuous process. It is widely used in the fields of cement production, Nonferrous metallurgy, ferrous metallurgy, refractory material, paper-making, Chemical industry and so on.

 

Rotary kiln incinerator is usually Used to burn pretreated and homogenized waste that requires size reduction, Shredding, and manual sorting. the system consists of a burning layer of waste In a rotating cylinder.

Waste is transported through the Furnace by rotation of the inclined cylinder. Compared to movable grates, the Rotary kiln incineration has a smaller capacity and is mostly used for special Types of waste unsuitable for burning on a grate, such as various types of Hazardous, liquid, or contaminated waste.

Combustion usually takes place at Temperatures above the ash melting point so that the ash is removed as liquid Slag.

 

Advantages of Rotary kiln Incinerator:

 

1. the main drive system uses the new AC speed governing technology. It has advantages of wide speed range, high Efficiency, high precision and stable operation;

2. Rotary Incinerator is Micro-negative pressure operation in the cylinder with low dust pollution;

3. Rotary Incinerator is even Calcination, large capacity and easy to operation and maintenance.

 

Structure of Structure of Rotary kiln Incinerator:

 

1.    There Are 2 to 3 fulcrums on kiln. It is easy to ensure the contact surface of Rollers and kiln tires parallel to the cylinder axis during installing;

 

2.    There Are specific gap between the tire and cylinder. It strengthens the cylinder by Confining tires after thermal expansion;

 

3.    the Supports use rolling bearing which simplified bearing structure. It reduces Energy losses during Kiln operation and makes it easier to maintain and repair;

 

Order to convenient installation and commissioning, there is a kiln slow rotating devices to maintain kiln Nonconventional running operation while main transmission system is under Overhaul or other abnormal conditions which can occur cylinder bending and Deformation during the cooling process.

Spec	Output(t/h)	Rev(rpm)	Pedestal  number	Reducer	Electricmotor	Power(kw)	Remark
					Model
1.6x32m	2.0	0.58-2.85	3	ZQ75-50	YCT250-4A	18.5
1.6/1.9x36m	2.5-3.0	0.53-1.59	3	ZQ110-7	YCT250-4B	22
1.9x39m	3.0-3.4	0.53-1.59	3	ZQ125-7	YCT315-4A	37
2.2x45m	4.0-5.0	0.21-1.64	3	HostZS125-5	HostYCT315-4B	45
				AssistZQ40-40	AssistY112M-4	4
3.2x50m	1000	0.79-3.94	3	HostNZS955-28VBR	HostZSN4-280-21B	160	the decomposition furnace kiln
				AssistZL50-9-2	AssistY180L-6	15
3.2x64m	8.0-10.0	0.40-1.50	4	HostZL130-16	HostZSN-280-11B	190
				AssistZL50-10	AssistY180L-4	22
3.2x118m	17.0	0.29-1.46	6	HostJH500C-SW-71	HostZ4-250-31	110	Wet kiln
				AssistZL50-8-1	AssistY160L-6	11
3.3x50m	1000	0.36-3.57	3	HostNZS995-40-VBL	HostZSN4-280-21B	160	the decomposition furnace kiln
				Assist NZS352-31.5	AssistY160M-4	11
3.8x58m	20.8	0.4-1.5	3	HostZSY500-40	Hostzsn-315-072	250	Preheater kiln
				AssistZL50-14	Assisty180L-4	22
4.0x60m	25	0.4-1.5	3	HostZSY630-35.5	HostZSN4-355-092	315	Preheater kiln
				AssistZL65-16	AssistY200L-4	30
4.0x80m	29.17	0316-1.528	4	HostJH560C-SW-71	HostZSN4-280-11B	160	Cogeneration hollow kiln
				AssistZL50-9-1	AssistY180L-6	15
4.0/3.5/4.0x150m	30.4	0.34-1.71	6	HostJH560C-SW-56-1/2	HostZSN4-280-11B	2X125	Wet dual drive
				AssistZL50-10-1/2	AssistY160L-6	2X11
4.0x150m	33.3	0.51-1.53	6	HostJH560C-SW-63-1/2	HostZSN4-280-11B	2X125	Wet dual drive
				AssistZL60-12-1/2	AssistY160L-6	2X11
4.0x150m	30.0-34.0	0.40-1.59	6	HostJH800C-SW-90	HostZSN4-355-092	280	Wet single drive
				AssistJH280-SW-40	AssistY200L-4	30
4.7x72m	4000	0.35-3.50	3	HostZSY710-28-V	HostZ4-400-32	550	the decomposition furnace kiln