Gas Treatment Electrostatic Precipitator

Product Details:

Supply Ability : 5-10 Unit Per Month
Share Your Product:

10000.00-1000000.00 USD ($)/Unit

Get a Price/Quote

Request To Call Back Send Inquiry

Price And Quantity

Minimum Order Quantity 1 Unit
Price 10000.00-1000000.00 USD ($)/Unit

Trade Information

Supply Ability 5-10 Unit Per Month
Delivery Time 1-6 Months

Product Description

Owing to the expertise in this domain, we are offering excellent quality Gas Treatment Electrostatic Precipitator which is rugged in design. The offered precipitator is widely used to eliminates fine particles such as dust and smoke by utilizing electrostatic charge. Offered precipitator is efficiently manufactured by making use of optimum grade components at our well-advanced manufacturing unit under the experts' supervision. The offered Gas Treatment Electrostatic Precipitator find its wide application in gas treatment, food industry and also COG H2 generating industry.

Features:

Electrostatic Precipitator (ESP) is patently secured as a Cylindrical Honeycomb ESP, applied to collect dust and fly ash from combustible gases in order to improve oil disposal and recycling.
Modular design for facilitating the assemblage of Industrial Electrostatic Precipitator and ensuring its optimal operation and smooth disjoining of the components for repairing, maintenance and cleaning.
Industrial Electrostatic Precipitator characterizes high-test footprint for using the section of small size, such section differs in dimension spanning from 22", 30" or 38" widths.
Breaker compartment door is without ventilation in order to save operators from harmful impact ionized gases discharged by the breaker during circuit interruption.
Provided with high-quality bus system that assures varied levels of protection.
Especially, insulated and separately placed bus system streamlines maintenance procedures and decreases the likelihood of arc flash.
Shut-door with draw-out design is commonplace with all GGD apparatus.
The breaker doors remain immovable and shut while the breaker is taken out of the connect position, thus the doors are safe with robust 1/4-turn latches.
The sturdy and transparent panel over each circuit breaker embodies a different range of control circuit devices, straddling the RELT switch.
The circuit breaker is positioned in a fully encased ventilating compartment with S.S. barriers to decrease the likelihood of faulty communication between compartments.
Safety shutter is optional but crucial as it saves the operator from detrimental touch of live conductors when the breaker is drawn out.

Optimum Performance:

Industrial Electrostatic Precipitator possesses great efficiency for oil disposal as well as 95%, efficiency based on 3 stages of filter cell is guaranteed.

Low level of emission of the processed air is assured, There is no possibility of any complaint subsequent to being treated by our range of ESP.

A variety of applications:

Electrostatic Precipitators engineered by us is befitting for the disposition and recycling of used oil from fume and smoke emanated by Stenter Machine, Food Processing Equipment, Metal Moulding, Processing, PVC product fabricating, soldering etc.

Highly Qualified:

Our range of Industrial Electrostatic Precipitators is subjected to passing through IEC60335, UL710 and UL867, thus conforming to global standards of safety, efficiency and reliability
Our high-tech range of Industrial Electrostatic Precipitator agrees to ISO9001:2008 standards.
We offer free repair service and interminable maintenance to our models of Electrostatic Precipitator.
Assuredly, our models of ESP are your best choice !

Specification:

Effective cross sectional area(m2)	163	85	85	70	60	50	40
Air volume X104(m3/h)	41.1~58.7	21.4	21.4	17.6~25.2	15.1~21.6	12.6~18	10~14.4
Flue gas temperature(^oC)	300	300	300	300	300	300	300
Design efficiency (%)	98.82	99.81	99.82	99.81	99.81	99.81	99.81
Resistance of pressure (Pa)	200	200	200	<250	<250	<250	200
Inlet dust concentation (g/m3)	80	80~100	80	80	80	80	80
Electric field numbers/ chambers	3/2	4/2	3/2	3/2	3/1	3/1	3/1
Contour size of the equipment (m)	24.96x18.9x20.24	28.94x13.9x19.77	23.5612.519.76	23.869.3418.64	22.98.6616	22.561018	20.711813.4

Row	Collector house	filter area (m2)	Input air (104m3/h)	Filter bag qty (pcs)	Equipment resistant(Pa)	Dust outlet density(mg/m3)	Leakage rate	Inlet gas pressure(MPa)	Weight(T)
1	4	1360	8.16~16.32	560	1500~1800	≤50	<3%	0.5~0.6	43.5
1	5	1700	10.20~20.40	700					54.4
1	6	2040	12.24~24.48	840					65.3
1	7	2380	14.28~28.56	980					78.6
1	8	2720	16.32~32.64	1120					89.7
1	9	3060	18.36~36.72	1260					101
1	10	3400	20.40~40.80	1400					112
2	8	2720	16.32~32.64	1120					87
2	10	3400	20.40~40.80	1400					108
2	12	4080	24.48~48.96	1680					131
2	14	4760	28.56~57.12	1960					152
2	16	5440	32.64~65.28	2240					179
2	18	6120	36.72~73.44	2520					196
2	20	6800	40.80~81.60	2800					217

Packaging & Delivery

Packaging Detail: Plywood & Plastic film
Delivery Term: Within 20 to 30 days after received payment

Specifications

Equipment model: JT - JDB102- , refer to equipment assembly drawing for dimension

Honeycomb tube material and specifications:

Regular Hexagon
carbon steel
Honeycomb Tube Number: 102
Thickness: 2.5
Inscribed Circle:250 x 4500 Mm,

Technical target:

Design voltage: 40~50 kv, design current: 400 ma
Tar content at outlet: 2 mg/m3, input voltage: 440 v60hz
Working voltage: 35 ~ 45 kv, working current: 200 ~ 300 ma
working pressure: 0.004 MPa, working temperature: 60
Capacity:4200-- 80000Nm3/h
Efficiency: 99%
Processing capacity: 14000 ~ 18000 nm3 / h, decoking efficiency: 99%
Operation temperature: 20~80 Deg.C
Operation pressure: < 50 Kpa (Customized available)

Application:

This product is mainly applied in purification of gas in industries of

kerogen shale
chemical
metallurgy
carbon
coking
city gas
building materials
semi-coke

pottery and porcelain and so on, used for recovering gas and coke oven gas, at the same time, remove dust and other impurities in order to meet the requirement of material recovery and gas sweetening , it plays an important role during the stable operation of equipment in the process of flow.