LQ-CO Catalytic combustion equipment Manufacturers, Suppliers - Lv quan Environmental Protection Engineering Technology Co., Ltd

LQ-CO Catalytic combustion equipment

Overview Catalytic combustion is a purification method that uses catalysts to oxidize and decompose combustible substances in exhaust gas at low temperatures. Therefore, catalytic combustion is also known as catalytic chemical conversion. Since the catalyst accelerates the process of oxidation and decomposition, hydrocarbons can be completely oxidized by the catalyst at temperatures between 250~300℃. The new CO series features a more sensible layout and a more optimized structure, making it easier to replace and maintain with high heat exchange efficiency. lt is mainly suitable for industries such as petrochemicals that require high purification efficiency.

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Reaction Mechanism

Applicable Industries And Range

Application Industries	petrochemicals, printing, paint production, coating/laminating, etc.
Organic Compounds	alkanes, aromatic hydrocarbons, ketones, phenols, alcohols, ethers, and alkanes.
Concentration Range	1000~6000mg/m³

Features

Low energy consumption	Only 30 ~ 45min preheat is required for start-up, and the preheat temperature is generally 250~300℃
Low resistance	Optimized heat exchanger structure, low catalyst design air velocity (10000~15000ht-1)
High efficiency of waste heat recovery	Compared with the same type of products, the heat recovery efficiency can reach 70% by using various specifications of concave and convex plates.
High purification efficiency	The heat exchanger adopts new welding technology to ensure no tearing and stringing of gas in the weld seam during hot and cold alternation, and the maximum purification efficiency of the body can reach 98.5% or more
Easy to operate	Adopt traditional electric control or adopt industrial controller control, one key start and stop after the parameters are adjusted to realize unattended supervision

Product Number

1. The exhaust gas must not contain ingredients that poison or permanently deactivate the catalyst, such as: chlorine, sulfur, halogens, heavy metals, etc.

2. The concentration of mixed exhaust gas into the catalytic combustion equipment is less than one-quarter of LEl explosion lower limit range.

3. The limit temperature of catalytic combustion is less than 600C. And highly heated substances and concentrated gases need to be diluted to prevent the catalyst from being inactivated and unable to perform catalytic reduction reactions due to excessive temperature in the reaction chamber.

4. The gas entering the catalytic combustion must not contain dust particles or oil mist that will block or cause tempering.

Product Number

LQ Company Code for Lv Quan Inc.

50 Processing Air Volume (1/10).

ECO/GCO catalytic combustion heating method

ECO-electric heating type catalytic combustion

GCO-natural gas heating type catalytic combustion

Note: According to the catalytic combustion heating method different product number abbreviation code

Equipment Specification Model

Handling air capacity m³/h		200	500	1000	2000	3000	5000	6000	8000	10000	12000	15000	18000	20000	25000	30000
Electric	Power (Kw)	27	37.8	66	82.5	92.4	113.4	120	148.5	198	210	243	283.5	336	/	/
Electric	Supply voltage (V)	AC380V 50Hz,power supply mode 3L+1N+1P									AC380V 50Hz,power supply mode 3L+1N+1P
Natural gas auxiliary hea	Gas pressure	0.2~0.3bar(20~30Kpa、0.2~0.3kgf/cm²)									0.2~0.3bar(20~30Kpa、0.2~0.3kgf/cm²)
	Natural gas flow	1.7~4.3m³/ h		4.8~10m³/h			5~16m³/h			6-20.5m³/h	10~28m³/h			8~41m³/h
	Burner model	BTG3		BTG11			BTG15			BTG20	BTG28			BTG35
Heat exchange area (m²)		6.3	15.8	31.6	63.2	94.7	157.9	189.4	252.6	315.7	378.8	473.5	568.2	631.4	789.2	947.1
System resistance (Pa)		1500	1500	1500	1500	2000	2000	2500	2500	2500	3000	3000	3000	3500	3500	3500
Equipment self-weigh (Kg)		1.2	1.7	2.1	2.4	3.2	5.4	6.5	7.2	8	10	12.4	14.5	16.3	18.1	20.4