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TG-506 PROCESS ANALYSIS SYSTEM FOR CEMENT OVEN

It is applied in the synthesis of methane-rich gas with hydrocarbon (Light oil, naphtha, LPG, light hydrocarbon, hydrocarbon-containing dry gas etc.) and steam as raw materials. The resulted gas can be further used to produce hydrogen, syngas with different CO/H2 ratio (for the synthesis of methanol or ammonia etc.) and coal gas.

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Product Details

The TG-506 Cement Kiln Process Analysis System is a dry sampling and analysis solution specifically designed for cement production. It effectively monitors oxygen (O2), carbon monoxide (CO), and nitrogen oxides (NOX) concentrations in kilns and exhaust gases, providing scientific data to ensure safe and efficient production processes.
The high-temperature sampling probe used in the TG-506 cement kiln process analysis system is a practical dry-process high-temperature sampling probe developed by our company, which can replace the Siemens dry process high-temperature probe. It has been successfully applied in multiple cement production facilities and has received high praise from users.
Schematic Diagram of the Cement Kiln Process Flow

Complete set of technical configuration scheme for process analysis of water mud kiln

Hawk	System name		Monitoring point	Use	Gas-like conditions	Selective probe	Thin	Range of selection	Analyzer
									Optional	Remarks
1	TG-506-01 PROCESS ANALYSIS SYSTEM FOR THE KILN TAIL		Tail of kiln	Optimal control	Temperature:1100-1300℃; Dust concentration:2000g/ m³	TG-50X-01A type dry high temperature probe	CO O2 NO	0-2% 0-10% 0-2000m	TG-J216 NFY-JIC TG-J216A	The complete system of decomposer and preheater is available as an option.
						Germanic S sub
2	(TG-506-02)Integrated system for process analysis of decomposin furnace		entrance of the decomposer C5(Level 5 cylinder) Optimization control outlet	Optimal control	Temperature <900° C;Dust<80g/m³	TG-50X-01A type dry high temperature probe Siemens,Germany GSP probe	CO O2	0-2% 0-10%	TG-J216 NFY-JIC
3	TG-506-03 Preheater Process Analysis System		Preheater C(first stage cylinder) outle or high-temperaturd fan inlet	Optimal control	Temperature<450° C.Dust<80g/m³	TG-50X-01B Sampling Probe with Heating and Back-blowing System	CO O2	0-2% 0-10%	TG-J216 NFY-JIC	Decomposition furnace and Preheater form- The system is optional
4	Process analysis of 506-04 type complete system of electrostatic precipitator	Complete System of Kiln Tail Electrostatic Precipitator	Electrostatic Precipitator Inlet at Kiln Tail	Optimal control	Temperature <160℃; Dust<80g/m³	TG-50X-01B Model Dual Probe Solution for Sampling Probe	CO	0-2%	TG-J216	Dual-probe uninterrupted rapid circuit design ensures the safe operation of the electrostatic precipitator.
		Complete Coal Mill Electrostatic Precipitator System	Coal mill electrostatic precipitator outlet	Optimal control	Temperature <80℃; Dust<40g/m³	TG-50X-01B Probe	CO	0-2000ppm	TG-J216
		Complete system for the outlet of the baghouse dust collector at the tail of the kiln	Outlet of the ba ghouse dust collecto at the tail of the kiln	Optimal control	Temperature <80℃; Dust<40g/m³(outlet)	TG-50X-01B Probe	CO	0-2%	TG-J216
		Coal mill baghouse dust collector complete system	Decisive battle Entry/Exit	Optimal control	temperature<80°℃ Dust<100mg/m³(outlet) Dust<600g/m³(inlet)	TG-50X-01B type sampling probe can detect the outlet /inlet separately	CO	C538	TG-J216	In the case of a single probe, only the outlet measured and the system is used to ensure safety
		Complete Set System of Wet Process Cement Electrostatic Precipitator	dust precipitator enter the mouth Dew point<70℃	optimal control	Temperature <200°C; Dust<60g/m³	TG-50X-01B type sampling probe	CO	0-2%	TG-J216	When sampling is taken in advance in the settling chamber, optimization control can be performed.

5	TG-506-05 Coal Powder Silo Process Analysis System		Pulverized coal bunker	Optimal control	temperature <45℃ Dust <80g/m3	TG-50X-01B Type Sampling Probe	CO	0-0.5%	TG-J216