CEMENT SHAFT KILN_ZK Ball Mill_Rotary Kiln

Cement Shaft Kiln (VSK) is used for calcination in cement plant. We offer 50 TPD to 300 TPD vertical shaft kiln on turnkey basis for Cement Plant. Cement Shaft Kiln is modern day answer for cost effective production and a boon for the developing countries. VSK is the advanced technology available world wide for small & medium entrepreneur.

100TPD Neapl Cement Shaft Kiln 100TPD Neapl Cement Shaft Kiln

Technical Parameters Of Vertical Klin (Mixed Fuel)
Capacity（t/d）	Effective Volume	Effective Height	Effective Section	Limestone Size	Heat Consumption	CaO	Activity
Capacity（t/d）	（m³）	（m）	Dia.（m）	（mm）	（kJ/kg）	（%）	（mL）
100	98	20	Ø2.5	30~60/40~80	<4600	>90	>300
120	141	20	Ø3.0	30~60/40~80	<4600	>90	>300
150	202	21	Ø3.5	30~60/40~80	<4500	>90	>300
200	301	24	Ø4.0	30~60/40~80	<4500	>90	>300
300	397	25	Ø4.5	30~60/40~80	<4400	>90	>300
400	491	25	Ø5.0	30~60/40~80	<4200	>90	>300
500	735	26	Ø6.0	30~60/40~80	<4200	>90	>300
Remarks: All above data are for reference only.

Technical Parameters Of Vertical Lime Kiln (Fuel: Gas)
Capacity（t/d）	Effective Volume	Effective Height	Effective Section	Limestone Size	Heat Consumption	CaO	Activity
Capacity（t/d）	（m³）	（m）	Dia. or L×W（m）	（mm）	（kJ/kg）	（%）	（mL）
50	70	20	Ø2.0	30~60/40~80	<4600	>90	>300
70	80	20	Ø2.5	30~60/40~80	<4600	>90	>300
80	100	20	Ø2.5	30~60/40~80	<4500	>90	>300
100	120	20	Ø2.7	30~60/40~80	<4500	>90	>300
120	140	20	Ø3.0	30~60/40~80	<4400	>90	>300
130	150	21	Ø3.0	30~60/40~80	<4200	>90	>300
150	200	20	2.5×4.5	30~60/40~80	<4200	>90	>300
Remarks: Above data are for reference only, and suitable for Vertical Kiln which use low heat fuel. Utilization coefficient of Vertical Kiln which use high heat fuel is higher.

The raw material to be calcined is charged at the top of the kiln. It it then pre-heated by the combustion gases in the counter-current before reaching the burning zone. In the burning zone the material is calcined by means of fuel introduced together with primary combustion air through radially arranged burner lances. Cooling air is introduced at the discharge part of the kiln to cool the product in a counter-current manner. The heated cooling air travels upwards to the burning zone and is used again there as the secondary combustion air.

From the top of the kiln he exhaust gas are directed to a dust collecting system.