Wet scrubber – Air Emissions Solutions

Industrial Acid Fume Scrubber Systems | PP & FRP

Air emissons — Tue, 21 Jul 2026 07:59:48 +0000

Is an Acid Fume Scrubber the Right Control Method?

An acid fume scrubber is usually a packed or sprayed wet absorber that transfers an acidic contaminant from exhaust gas into a liquid. Its suitability depends on solubility, reaction chemistry, aerosol content, temperature and the site’s ability to manage blowdown. The equipment name alone does not establish the correct design.

Usually a good fit

Hydrogen chloride gas or hydrochloric-acid vapor from process vents
Water-soluble or neutralizable acidic gases with a defined outlet target
Pickling, plating, chemical-tank and laboratory exhaust with known constituents
Processes that can accept a recirculating liquid and controlled blowdown stream

Needs engineering review

Mixed acids, oxidizers, NOx, chlorine or changing batch chemistry
Fine acid mist, condensed aerosol, sticky particulate or high dust loading
Hot gas that may need a quench or material upgrade before the packed section
Very low outlet limits, limited footprint or restricted wastewater capacity

Another technology may fit better

Poorly soluble organic vapors without a suitable absorbing liquid or reaction route
Dry particulate control with no material gas-phase contaminant
Submicron acid aerosol that requires a dedicated high-efficiency mist-control stage
Projects that require recovery of a valuable acid rather than neutralization

Important distinction: “acid gas,” “acid vapor” and “acid mist” are often used interchangeably in inquiries, but they can describe different physical forms. Tell us how the emission is generated and whether droplets or visible mist are present so the contact and mist-removal stages are selected correctly.

Acid Fume Scrubber Selection Summary

The table below is a first screening guide. Final reagent, packing, vessel size and number of stages are confirmed only after the operating case is reviewed.

Gas stream or source	Likely starting configuration	What must be confirmed
HCl gas or hydrochloric-acid vapor	Counter-current packed-bed absorber using water or an alkaline recirculating solution as the project requires	Airflow, inlet HCl, temperature, outlet target, water chemistry, pH-control basis and blowdown route
Pickling or electroplating exhaust	Source capture and corrosion-resistant ductwork feeding a packed tower; droplet control added as required	Tank chemistry, hood arrangement, entrained droplets, simultaneous operations and make-up air
Mixed acid process vents	One or more wet-contact stages selected for the least soluble or most difficult constituent	Full composition, normal and upset cases, possible salt formation, oxidation reactions and material compatibility
Hot acidic exhaust	Quench or spray-conditioning stage ahead of the main absorber when inlet temperature requires it	Temperature profile, moisture, condensation point, solids and allowable construction materials
Acid mist or condensed aerosol	Wet absorption plus a mist-control stage selected for the measured droplet-size range	Gas versus aerosol fraction, droplet distribution, visible plume, carryover limit and pressure-drop allowance

PP wet-scrubber tower shown at the XICHENG factory before project delivery.

Manufacturer Support Before You Order

Turn the Gas Stream Into a Comparable Equipment Proposal

The useful output of an inquiry is not a generic tower price. XICHENG reviews the available process data and defines the preliminary contact method, construction material, package boundary and information still needed before final sizing.

Application reviewWe screen gas composition, airflow, temperature, operating pattern and outlet requirement before recommending a configuration.

Custom fabricationPP and FRP construction can be configured around the selected chemistry, connections, access needs and available footprint.

Purchase documentsThe proposal can identify included equipment, selected options, design basis and the drawings or documents available for the order.

Factory visibilityReview an actual spray-tower product display and current scrubber fabrication images before sending project data.

Engineering Review and Budget Quotation

Request Your Acid Fume Scrubber Proposal

Use the form to describe one operating case. Partial technical information is acceptable; clearly mark unknown values rather than estimating them.

What you receive

Preliminary treatment approach and likely configuration
Material recommendation based on the information supplied
Proposed equipment scope and project options
Budget quotation and project-specific production schedule

What to send

Acid or pollutant name and process source
Normal and maximum airflow
Inlet concentration and gas temperature
Required outlet, removal target or local permit basis

Company and project country
Operating hours and batch pattern
Available footprint and connection limits
Wastewater or blowdown restrictions

Your information is used to review and respond to this equipment inquiry. Providing a phone or WhatsApp number is optional unless it is your preferred contact method.

Acid Fume Scrubber Specification Framework

These are configuration fields for quotation comparison, not one fixed catalog model. The final values belong on the approved project data sheet.

Specification	Available basis	Project confirmation
Primary duty	Absorption and, where selected, chemical neutralization of industrial acidic gas or vapor	Full gas composition and physical form
Reference airflow	Standard vertical wet-scrubber references cover 3,000–48,000 m³/h; larger duty can use a custom or parallel arrangement	Normal, maximum and upset airflow at stated temperature and pressure
Removal target	Typical project targets of 95%+ may be considered for selected soluble or reactive gases when chemistry and operating conditions match	Required outlet or efficiency, design margin and verification method
Contact configuration	Packed bed, spray tower, quench plus packed bed, horizontal/crossflow or multi-stage	Solubility, reaction rate, solids, mist, footprint and pressure-drop limit
Vessel construction	PP standard starting point; PPH, FRP and other materials available by duty	Each gas, liquid, concentration, temperature and UV/exposure condition
Scrubbing liquid	Water or a selected alkaline/reactive solution	Pollutant chemistry, reagent availability, salt formation and disposal route
Liquid control	Recirculation, make-up, level control and controlled blowdown	Water quality, evaporation, dissolved solids and discharge restriction
Chemical control	Manual or automatic dosing; pH instrumentation available as a project option	Control range, probe materials, redundancy, alarm and plant interface
Gas-liquid internals	Liquid distributor, spray nozzles, packing and packing support selected by configuration	Wetting, fouling tendency, access and cleaning method
Mist control	Demister or a separate higher-efficiency mist stage when required	Droplet-size basis, carryover limit and wash/cleaning arrangement
Fan and ductwork	Can be included or coordinated with site-supplied equipment	System resistance, material, fan location, motor supply and control responsibility
Documentation	Proposal scope can include configuration data, GA drawing, interface schedule and operating documents	Required language, review cycle, inspection and submission format

Performance depends on the confirmed pollutant-solvent system, loading, contact area, liquid distribution, temperature and operating control. A proposal target is not a stack-test guarantee unless the agreed quotation explicitly defines the conditions and acceptance method.

How an Acid Fume Scrubber Works

Contaminated exhaust enters the absorber and contacts a distributed liquid over packing or through sprayed droplets. Soluble acid gas transfers into the liquid; where a suitable alkaline reagent is used, reaction in the liquid maintains the driving force for continued absorption. The recirculation system returns liquid to the contact section, while controlled make-up and blowdown manage the accumulating reaction products.

Before the treated gas leaves the system, a demister removes entrained liquid droplets. Fan selection must account for the absorber, ductwork, hood and other system resistance. For hot, dusty or aerosol-rich gas, a quench, particulate stage or enhanced mist-control section may be needed before or after the main absorber.

Control variable: pH is often a useful indicator for acid-gas service, but it does not replace measurement of liquid level, circulation, pressure drop, gas flow and the outlet condition. The correct monitoring set depends on the project and permit basis.

Construction Material Is Selected by the Complete Chemical Environment

Polypropylene (PP)

PP is the standard starting material for many ambient-temperature corrosive exhaust and recirculating-liquid applications. Final suitability still depends on each chemical, concentration, temperature, mechanical load and outdoor exposure.

PPH and FRP options

PPH or FRP may be considered where temperature, structural duty, vessel size or site conditions move beyond the selected PP configuration. Resin system and corrosion-barrier details must match the service.

Mixed-material package

Pump wetted parts, nozzles, packing, fasteners, probes, fan and ductwork do not automatically share the vessel material. Each component should be listed in the proposal so compatibility can be reviewed.

Define the Package Boundary Before Comparing Quotations

Two suppliers can quote the same “acid fume scrubber” while including very different equipment. Compare the complete air path, liquid circuit, controls, installation interfaces and documentation.

Core absorber package

Scrubber vessel and recirculation section
Liquid distributor or spray header
Packing and support where selected
Mist eliminator and access points
Recirculation pump and basic piping as quoted

Project options

Chemical storage and dosing equipment
pH, level, flow and pressure instrumentation
Corrosion-resistant fan and motor
PP/FRP ductwork, dampers and hoods
Quench, prefilter or additional treatment stage

Confirm responsibility

Foundation, lifting and site assembly
Electrical supply and plant-control interface
Water, reagent and drain connections
Stack, sampling point and local permit work
Commissioning, testing and operator training

Industrial Acid Fume Scrubber Applications

Pickling and metal finishing

Capture and treatment of exhaust from acid tanks, plating lines and surface-treatment processes after the hood and duct system are defined.

Chemical process vents

Absorption of identified acid gases from reactors, mixing vessels, storage tanks, transfer points and batch operations.

Electronics and laboratories

Treatment of known corrosive exhaust from wet benches, enclosed tools or grouped fume-hood systems, with compatibility and cross-reaction review.

From Process Data to a Buildable Scrubber Package

Define the gas stream.
Identify source, composition, normal and maximum flow, loading, temperature and operating pattern.
Select the treatment path.
Screen solubility, reagent, stages, material, wastewater and mist-control requirements.
Confirm package and interfaces.
List included equipment, footprint, connections, fan duty, controls and site responsibilities.
Approve the project basis.
Review the quotation, arrangement, documentation, production schedule and acceptance method before fabrication.

Wet Scrubber Fabrication and Installation Examples

These images show XICHENG wet-scrubber construction and installed system arrangements. The final acid-fume system may use a different vessel count, duct route, fan or control package based on the project.

Vertical wet-scrubber installation with connected exhaust ductwork.

Multi-tower PP scrubber system with corrosion-resistant fans and ductwork.

Inside XICHENG: Spray Tower Product Display

Watch an actual factory product display to review the tower arrangement, external fabrication and connected components. Video appearance is illustrative; the acid-fume configuration is set by the project data.

Acid Fume Scrubber Project FAQ

What pollutants can an acid fume scrubber treat?

Industrial Wet Scrubber Systems | PP & FRP Manufacturer

Air emissons — Wed, 24 Jun 2026 06:59:35 +0000

Is a Wet Scrubber the Right Choice for Your Gas Stream?

A wet scrubber is not selected by airflow alone. Gas solubility, pollutant loading, temperature, moisture, dust, required outlet concentration and wastewater handling all affect the configuration. Use the guide below as a first screen; final selection requires project data.

Usually a good fit

Water-soluble or chemically reactive gases
Acid fumes such as HCl and selected sulfur compounds
Ammonia, chlorine, H2S and mixed industrial odors
Streams that benefit from gas cooling or humidification

Needs engineering review

Mixed acid and alkaline contaminants
High dust or sticky particulate loading
Hot gas, condensation or variable batch releases
Strict outlet limits or limited wastewater capacity

Another technology may fit better

Poorly soluble VOCs without a suitable reaction route
Applications where no liquid effluent can be accepted
Dry particulate control with no soluble gas component
Streams requiring recovery rather than neutralization

Fastest route to a useful proposal: send one operating case with normal and maximum airflow, pollutant concentration, gas temperature and the required outlet target. If any value is unknown, mark it as unknown instead of estimating it.

Wet Scrubber Selection Summary

The likely configuration depends on what must be removed and how the process behaves. The examples below are starting points, not guaranteed designs.

Process condition	Likely starting point	Why it is considered	Confirm before quotation
Soluble acid gas or chemical fume	Packed bed scrubber	Provides gas-liquid contact area for absorption and reaction	Gas composition, concentration, reagent, outlet requirement
High airflow with readily soluble gas	Spray tower	Open flow path and direct gas-liquid contact	Droplet separation, liquid rate, footprint and pressure allowance
Low ceiling or restricted vertical space	Horizontal/crossflow scrubber	Reduces overall equipment height	Available length, duct routing, drainage and maintenance access
Mixed gases or demanding outlet target	Multi-stage system	Allows different chemistry or contact conditions by stage	Contaminant interactions, pH zones, controls and blowdown
Gas plus heavy particulate loading	Pre-treatment plus scrubber	Helps protect packing and reduce plugging risk	Particle size, solids loading, stickiness and cleaning plan

Manufacturer Support Before You Order

XICHENG EP LTD engineers and fabricates custom PP and FRP industrial wet scrubber systems in Shenzhen, China. We support packed bed scrubbers, acid fume scrubbers, H2S scrubber systems, ammonia scrubbers, odor control scrubbers and water scrubber systems where water absorption is technically suitable.

Application Review Before Sizing

The proposed configuration is reviewed against your pollutant, airflow, temperature, inlet load, outlet target and site constraints—not airflow alone.

Custom PP and FRP Fabrication

Tower material, connections, access points, pump duty and optional controls are confirmed on the approved project drawing before fabrication.

Inspection and Purchase Documents

Your quotation can define inspection evidence, drawings, equipment scope, warranty terms and the applicable CE documentation for the supplied assembly.

Watch the Factory Product Display Video

Request a Wet Scrubber Engineering Proposal

Tell us what must be removed and how the gas stream operates. We will review the application before recommending a configuration. You do not need to have every value; clearly identify unknown data and the project stage.

What You Receive

Preliminary scrubber configuration and treatment approach
Material recommendation and preliminary size basis
Defined equipment scope, options and document requirements
Budget quotation and project-specific production schedule

Any assumptions and missing process data will be identified clearly for your review.

What to Send

Pollutant name and concentration
Normal and maximum airflow
Gas temperature and humidity
Required outlet or removal target
Operating hours and peak duration
Preferred material, if specified
Available footprint and utilities
Destination country and required timing

Your information is used to assess this project and prepare a response. Final performance, scope and commercial terms are confirmed in the formal proposal.

Wet Scrubber Specifications and Size Range

Use these specifications to shortlist a tower size and prepare your budget. Your final model is selected from the gas composition, normal and peak airflow, temperature, removal target and available footprint. The approved quotation and drawing will confirm the dimensions, material, pump and performance.

Parameter	Standard range or option	What we confirm for your project
Product family / model	XC-1 / XC-01 custom wet scrubber	The final model code will identify the approved configuration and operating duty
Airflow	3,000–48,000 m³/h per standard vertical tower	For higher airflow, we will assess one larger custom tower or parallel units
Tower diameter	800–3,000 mm	Selected from gas velocity, contact section, pressure drop and site constraints
Overall tower height	4,200–5,500 mm	Packing depth, access, demister and available headroom can change the final height
Shell / bottom thickness	8–12 mm shell; 8–15 mm bottom for the PP series	Final thickness considers vessel diameter, pressure or vacuum, wind, transport and supports
Construction materials	PP standard; PPH, FRP and stainless-steel options	We confirm the polymer, resin or metal grade against temperature and chemical exposure
Pump power	0.75–7.5 kW for the standard vertical range	Selected from circulation rate, head, piping loss, material and standby requirements
Packed-bed pressure drop	Typically 300–800 Pa	Confirmed from packing, bed depth, gas velocity, liquid loading and fouling allowance
Liquid-to-gas ratio	Typically 1.5–3.0 L/m³ for packed-bed systems	Adjusted to suit the absorption chemistry and required mass transfer
Packing options	Pall rings, polyhedral balls, structured packing, ceramic saddles, tellerettes and Tri-Packs	Specific surface area typically ranges from 100–350 m²/m³ by packing type and size
Operating temperature	PP up to 80°C continuous; FRP up to 120°C continuous, subject to material grade	We confirm the exact polymer or resin, chemical concentration and structural derating; a quench stage can be added when required
Automation options	pH-controlled dosing; pH/ORP, blowdown and level control options	Control philosophy and instruments must be listed in the quotation

Standard vertical units cover 3,000–48,000 m³/h per tower. For higher airflow, we will evaluate a larger custom tower or parallel units based on transport limits, pressure drop and your site layout.

Vertical PP Series — Preliminary Size Selection

Airflow (m³/h)	Diameter (mm)	Height (mm)	Shell / bottom (mm)	Tank (mm)	Connection (mm)	Pump (kW)
Up to 4,000	800	4,200	8 / 8	700×550×H600	315	0.75
4,000–5,500	1,000	4,200	8 / 10	750×600×H600	400	1.5
5,500–8,000	1,200	4,200	8 / 10	750×600×H600	500	1.5
8,000–12,000	1,500	4,700	8 / 10	750×600×H600	600	2.2
12,000–17,000	1,800	5,100	10 / 10	850×600×H700	650	4.0
17,000–21,000	2,000	5,100	10 / 12	850×600×H700	700	4.0
21,000–25,000	2,200	5,200	10 / 12	950×600×H700	750	4.0
25,000–32,000	2,500	5,200	12 / 12	950×600×H700	800	5.5
32,000–40,000	2,800	5,500	12 / 15	1,000×700×H700	900	7.5
40,000–48,000	3,000	5,500	12 / 15	1,000×700×H700	1,000	7.5

A typical vertical configuration uses two spray layers, one demisting layer, a 400–500 mm viewing window, DN63 drainage and a 25 mm water-makeup connection. Your approved drawing and bill of materials will show the exact arrangement supplied.

Gas Removal Performance

The values below show typical performance targets when the pollutant is matched to the correct scrubbing liquid and operating conditions. Your proposal will define the design inlet load, outlet target, reagent, utilities and acceptance method for your application.

Target pollutant	Typical scrubbing liquid / reagent	Typical removal target	What affects performance
Hydrogen chloride (HCl)	Water / NaOH solution	90–95% / 95–99%	Inlet concentration, liquid pH, contact time, chloride loading
Hydrogen fluoride (HF)	Water / NaOH solution	90–95% / 95–99%	Material compatibility, concentration, reagent control and solids
Ammonia (NH₃)	Water / dilute sulfuric acid	90–95% / over 99%	Acid dosing, ammonium salt concentration, blowdown and mist removal
Sulfur dioxide (SO₂)	NaOH solution	95–99%	Inlet load, alkali strength, oxidation state and wastewater route
Chlorine (Cl₂)	NaOH-based solution	95–99%	Release case, chemical stability, oxidation-reduction control and safety basis
Hydrogen sulfide (H₂S)	NaOH-based solution	95–99%	Peak load, oxygen/methane, pH/ORP, oxidant strategy and polishing need
Sulfuric acid mist (H₂SO₄)	Water	95–99%	Droplet-size distribution, entrainment and demister design
Chromic acid mist (CrO₃)	Water	95–99%	Hexavalent chromium handling, mist size, wastewater and local requirements
Nitric acid fume (HNO₃)	Water	90–99%	NOx fraction, temperature, gas chemistry and required outlet

Your guaranteed performance: removal efficiency depends on inlet concentration and variability, gas solubility, reagent concentration, pH/ORP, liquid-to-gas ratio, packing depth, temperature, pressure drop, droplet separation and maintenance. We will state the design inlet, guaranteed outlet, required utilities and acceptance test method in the formal proposal.

Ordering, Inspection and Documentation

Item	Available option or typical term	What your quotation will confirm
Minimum order	1 complete set	The included equipment, accessories and exclusions
Customization	Built to the approved project drawing	GA drawing, nozzle orientation, service clearances and connection standard
Warranty	Typical term: 1 year	Start date, covered parts, labor, freight and consumable exclusions
Inspection documents	Test report and outgoing-inspection video can be provided	Required hold points, leak test, dimensional check, motor and pump data, and document language
Expected PP equipment life	Typically 8–10 years under suitable service conditions	Actual life depends on chemistry, UV exposure, temperature, cleaning and maintenance; this is separate from the warranty term
Color	Beige or dark grey	Material grade, UV stabilization and final color approval
Fabrication time	Typically 7–35 days after technical approval	The final production and delivery schedule for your order
CE documentation	Wet scrubber certificate M.2025.206.C123948, listed validity 2025-08-06 to 2030-08-05	Request a copy and confirm that your supplied assembly falls within its stated scope

What We Need to Size Your Scrubber

A reliable quotation connects the equipment configuration to your operating data. These are the inputs that change scrubber size, materials, chemical consumption and system boundary.

Input	Why it matters	Useful format
Pollutant and gas composition	Determines absorption chemistry, compatibility and staging	Chemical names plus normal and peak concentration
Normal and maximum airflow	Sets hydraulic loading, vessel size and fan duty	m³/h, Nm³/h or CFM with stated conditions
Temperature, humidity and pressure	Affects material selection, evaporation and gas volume	Normal, minimum and maximum values
Required outlet	Defines the performance objective used for engineering	Outlet concentration, removal target or local limit
Operating profile	Changes control strategy and chemical demand	Hours/day, days/year, continuous or batch, peak duration
Site and utility constraints	Defines layout and package boundary	Footprint, height, power, water, drainage and ambient conditions

What Can Be Included in Your Scrubber Package

Your quotation will clearly list what we supply and what remains under the buyer or contractor. The options below help you decide whether you need only the scrubber vessel or a more complete treatment package.

Core package may include

Scrubber vessel and internal supports
Spray distribution or packed contact section
Mist eliminator and access points
Recirculation tank and piping within the package
Pump selection for the agreed duty

Project options

pH/ORP monitoring and chemical dosing
Duty/standby pumps and instrumentation
Fan, damper and local control panel
Two-stage treatment or polishing
Skid assembly, platforms and access ladders

Confirm responsibility

Site ductwork and stack connection
Foundations, lifting and installation labor
Power, water, reagent and wastewater tie-ins
Local permits and emission testing
Commissioning support and spare parts

Construction Materials Are Selected by Chemistry

Material choice is based on the actual liquid and gas environment, including reagent, contaminants, concentration, temperature, abrasion and upset conditions. A material named below is an option, not an automatic recommendation.

Polypropylene (PP)

Often evaluated for corrosive chemical fumes where the operating temperature and structural duty suit thermoplastic construction.

Fiberglass-reinforced plastic (FRP)

Often evaluated where structural stiffness, vessel size and a project-specific corrosion barrier are important.

Dual laminate or metal options

Considered when the chemistry, temperature, pressure, mechanical duty or owner specification requires another construction system.

Material confirmation requires a chemical list. Include cleaning chemicals, possible condensate, reagent concentration and abnormal operating cases—not only the main pollutant.

Available Wet Scrubber Configurations

Packed Bed Scrubber

Uses packing to increase gas-liquid contact. It is commonly evaluated for soluble or reactive gases where absorption and chemical reaction control the design.

Spray Tower Scrubber

Uses spray nozzles in an open vessel. It can suit readily soluble gases, gas cooling and applications where a more open gas path is preferred.

Horizontal / Crossflow Scrubber

Moves gas horizontally through the contact section. It is evaluated where building height, duct routing or service access favors a low-profile arrangement.

A two-stage arrangement can separate incompatible chemistries or provide a polishing step. Heavy dust, aerosols or sticky solids may require a pre-stage and a specific cleaning strategy.

Industrial Applications

Application	Typical contaminants	Questions to resolve
Chemical processing and storage vents	Acid gases, alkaline fumes, reactive vapors	Normal versus emergency release, concentration range, reagent
Electroplating and surface treatment	Acid mist and process fumes	Carryover droplets, hood capture, mixed bath chemistry
Wastewater, sludge and biogas facilities	H2S, ammonia and odor compounds	Peak load, oxygen, methane, moisture and polishing need
Electronics, laboratory and pharmaceutical exhaust	Low-volume chemical fumes and mixed batch emissions	Batch schedule, segregation, redundancy and building constraints
Fertilizer and nitrogen-chemical processes	Ammonia and alkaline aerosol	Concentration, acid selection, salt management and blowdown

From Process Data to a Buildable Proposal

Application review
Confirm contaminants, operating cases, target and unknowns.
Preliminary selection
Choose the likely configuration, chemistry and material basis.
Scope definition
Agree package boundary, controls, utilities and documentation.
Formal quotation
Issue project-specific technical and commercial terms for review.

After you place the order, we will follow the agreed schedule for drawings, fabrication, inspection, packing and shipping. Your quotation will show the project-specific production timeline so you can coordinate installation and plant planning.

Installed System Examples

The photographs below show XICHENG wet scrubber equipment and typical exhaust-system arrangements. The exact tower count, access structure, fan, duct routing and footprint are project-specific.

Vertical scrubber and exhaust duct arrangement

Multi-tower PP scrubber installation

Ammonia scrubber equipment example

Inside XICHENG: Spray Tower Product Display

This factory product display video gives procurement and engineering teams a closer view of XICHENG spray tower equipment before requesting a wet scrubber proposal.

Open the spray tower product display video on YouTube

Engineering and Project Support

XICHENG EP LTD designs and manufactures corrosion-resistant air pollution control equipment in Shenzhen, China. Our team can help you confirm the scrubber configuration, construction material, included equipment, utility requirements, documentation and shipping plan.

Your proposal will link the performance commitment to clearly stated operating conditions and an agreed acceptance method. If your process has several operating cases, send the normal, peak and upset conditions so the system can be sized for the way your plant actually runs.

Wet Scrubber Type Selection Guide
Scrubber Design Inputs
About XICHENG EP
Contact

Wet Scrubber Project FAQ

What information is required for a wet scrubber quotation?