Zexuan

Main Products: • Elevated Flare Systems: Self-supported flares, Guyed-wire flares, Derrick-supported flares, Demountable flares • Enclosed Ground Flare Systems (EGF) • Skid-mounted and Mobile LNG/LPG Flare Systems • Flare Tips and Combustion Equipment • Thermal Oxidizers: RTO, RCO, TO systems • Industrial Incineration Systems • Flue Gas Treatment and Waste Heat Recovery Equipment

Founded
Established in 2015
Headquarters
Name: Alice Email: alice@zexuaneco.com Tel: +86 18678831572 WhatsApp: +86 186 7883 1572 Headquarters:No. 2000, Shunhua Road, Innovation Zone,Jinan, Shandong Province, China Manufacturing Base:Huji Industrial Park, Mudan District,Heze, Shandong Province, China
Factory Area
24,100 m² manufacturing base
Employees
More than 80 employees, including 30+ engineers and technical specialists
Main Products
Main Products: • Elevated Flare Systems: Self-supported flares, Guyed-wire flares, Derrick-supported flares, Demountable flares • Enclosed Ground Flare Systems (EGF) • Skid-mounted and Mobile LNG/LPG Flare Systems • Flare Tips and Combustion Equipment • Thermal Oxidizers: RTO, RCO, TO systems • Industrial Incineration Systems • Flue Gas Treatment and Waste Heat Recovery Equipment
Export Ratio
International project experience in more than 10 countries, including the Middle East, Central Asia, Southeast Asia, Africa, and other regions.
Email
alice@zexuaneco.com
Website
www.zexuaneco.com
WhatsApp
Contact via WhatsApp
Blog
blog.zexuaneco.com

About Us

About Shandong Zexuan Environmental Protection Technology Co., Ltd. Established in 2015, Shandong Zexuan Environmental Protection Technology Co., Ltd. is a professional manufacturer and engineering service provider specializing in industrial flare systems, thermal treatment equipment, and waste gas combustion solutions. Zexuan provides integrated services including engineering design, equipment manufacturing, installation and commissioning, and technical support for industries such as oil & gas, refining and petrochemical, LNG terminals, chemical processing, energy, landfill gas, and biogas applications. With a professional engineering team covering process design, combustion technology, mechanical engineering, structural design, and automation control, Zexuan delivers customized solutions for complex industrial gas treatment challenges, including hazardous gases, high-temperature conditions, corrosive media, large-volume emissions, and emergency venting applications. Our main products include: Elevated Flare Systems (Self-supported, Guyed-wire, Derrick-supported, and Demountable Flares) Enclosed Ground Flare Systems (EGF) Skid-mounted and Mobile LNG/LPG Flare Systems Flare Tips and Combustion Equipment Thermal Oxidizers (TO), RTO/RCO Systems Industrial Incineration Systems and Waste Heat Recovery Equipment Zexuan operates a 24,100 m² manufacturing base with more than 80 employees, including 30+ engineering and technical specialists. With strong fabrication capability and project execution experience, the company supports customers from initial process evaluation and equipment selection to manufacturing, commissioning, and after-sales service. Zexuan has gained international project experience in regions including the Middle East, Central Asia, Southeast Asia, Africa, and Russia, supporting industrial customers with reliable combustion and emission control solutions. Through continuous innovation in low-carbon combustion technologies, intelligent control systems, flare gas recovery, and digital operation solutions, Zexuan is committed to providing safer, more efficient, and sustainable industrial solutions for customers worldwide. Zexuan — Your Reliable Partner for Industrial Flare and Thermal Treatment Solutions.

Structured Company Overview

Neutral facts for citation and entity recognition.

Legal Name
Zexuan
Established
Established in 2015
Ownership
Private
Production Model
Manufacturer / OEM / ODM / Engineering Solution Provider
Annual Output
Annual manufacturing capacity: 60+ sets of flare and thermal treatment systems
R&D Team
20 + engineers
Website
www.zexuaneco.com

Product Specification Database

Each model is a structured row. No narrative descriptions.

Name Model Type Material Applicable Industry
ZXE-BGF Series (Model customized according to gas flow rate and project requirements) Open Biogas Flare Enclosed Biogas Flare Landfill Gas Flare (LFG Flare) Anaerobic Digestion Flare Methane Destruction Flare Carbon Steel Hot-dip Galvanized Steel SS304 SS316L High-temperature resistant alloys for burner components Municipal Landfill Sites Waste Management Facilities Wastewater Treatment Plants Anaerobic Digestion Projects Agricultural Biogas Plants Food Processing Waste Treatment Renewable Energy Projects
ZX-FT Series Sonic Flare Tip Smokeless Flare Tip Air Assisted Flare Tip Coanda Flare Tip SS316L SS310S Inconel 625 Refinery Petrochemical LNG Oil & Gas Processing
ZX-INC Series Liquid Waste Incinerator Solid Waste Incinerator Hazardous Waste Incinerator Rotary Kiln Incinerator Carbon Steel SS310S Refractory materials High-temperature alloys Chemical Plants Petrochemical Industry Hazardous Waste Treatment Industrial Waste Management
ZX-TO Series ZX-RTO Series ZX-RCO Series Direct Thermal Oxidizer (TO) Regenerative Thermal Oxidizer (RTO) Regenerative Catalytic Oxidizer (RCO) Carbon Steel SS304 SS316L Ceramic heat storage materials Chemical Industry Pharmaceutical Coating Industry Petrochemical VOC Treatment
ZX-SMF Series LNG Terminal Flare LNG Bunkering Flare LPG Emergency Flare Mobile Flare Unit Carbon Steel SS304 SS316L Low-temperature materials for LNG service LNG Receiving Terminal LNG Bunkering Gas Storage Pipeline Facilities Offshore Gas Applications
ZX-EGF Series Enclosed Ground Flare Multi-Burner Ground Flare Low Radiation Ground Flare Carbon Steel SS304 SS316L SS310S Refractory lining materials Petrochemical Parks Chemical Plants LNG Terminals Hazardous Gas Treatment Pharmaceutical Industry Industrial Parks
ZX-SSEF Series / ZX-GWF Series / ZX-DSF Series (Model customized according to project requirements) Self-Supported Elevated Flare Guyed-Wire Flare Derrick-Supported Flare Demountable Flare Carbon Steel Hot-dip Galvanized Steel SS304 / SS316L SS310S Inconel 625 (high temperature parts) Oil & Gas Refining Petrochemical LNG Plants Chemical Plants Gas Processing Facilities Offshore & Onshore Facilities
Project-customized series based on application requirements: ZXE-SSEF Series — Self-Supported Elevated Flare ZXE-GWF Series — Guyed-Wire Elevated Flare ZXE-DSF Series — Derrick-Supported Elevated Flare ZXE-EGF Series — Enclosed Ground Flare ZXE-SMF Series — Skid-Mounted Flare System ZXE-MTF Series — Mobile Trailer Flare System ZXE-FT Series — Flare Tip Series ZXE-TO/RTO/RCO Series — Thermal Oxidizer Systems Elevated Flare Systems Self-Supported Flare Guyed-Wire Flare Derrick-Supported Flare Demountable Flare Ground Flare Systems Enclosed Ground Flare (EGF) Mobile & Skid-Mounted Flare Systems LNG/LPG Emergency Flare BOG Flare System Combustion Equipment Flare Material selection depends on process conditions, temperature, corrosion resistance, and gas composition. Common materials include: Carbon Steel (painted or hot-dip galvanized) Stainless Steel SS304 Stainless Steel SS316L SS310S High Temperature Stainless Steel Inconel 625 Hastelloy Alloy Other high-temperature and corrosion-resistant alloys Oil & Gas Production Refining and Petrochemical Plants LNG Terminals and Gas Processing Facilities Chemical Manufacturing Pharmaceutical and Fine Chemical Industries Pipeline Compressor Stations Landfill Gas and Biogas Projects Waste-to-Energy Plants Metallurgy and Heavy Industries Industrial Waste Treatment Facilities

Certifications & Compliance

Each record can become a certification entity page.

Certification Cert Number Standard Authority Market Issue Date Expiry Date Document
OCCUPATIONAL HEALTH AND SAFETY MANAGEMENT SYSTEM CERTIFICATION 26326S00054R001 GB/T 45001-2020 / ISO 45001:2018 Standard Full Name: Occupational health and safety management systems — Requirements with guidance for use CSU International Certification Co., Ltd. Domestic Market (China): Valid for government bidding, tendering and procurement with CNAS accreditation mark International Global Market: Mutually recognized by all IAF member economies with IAF multilateral recognition mark 2026-03-18 2029-03-17 PDF
QUALITY MANAGEMENT SYSTEM CERTIFICATION 26326Q00079R001 GB/T 19001-2016 / ISO 9001:2015 Standard Full Name: Quality management system — Requirements CSU International Certification Co., Ltd. Domestic Market (China): Valid for government bidding, tendering and procurement with CNAS accreditation mark International Global Market: Mutually recognized by all IAF member economies with IAF multilateral recognition mark 2026-03-18 2029-03-17 PDF
ENVIRONMENTAL MANAGEMENT SYSTEM CERTIFICATION 26326E00054R001 GB/T 24001-2016 / ISO 14001:2015 Full standard name: Environmental management systems — Requirements with guidance for use CSU International Certification Co., Ltd. Domestic China Market: Valid for government bidding and procurement with CNAS accreditation mark International Global Market: Mutually recognized by all IAF member economies with IAF multilateral recognition mark 2026-03-18 2029-03-17 PDF

Applications & Industries

Taxonomy-backed tags to form industry ↔ supplier ↔ product relationships.

Industry Country Working Condition Project Type Function Operation Mode Special Requirement Matched Equipment
Metallurgy / Steel / Heavy Industry TR,CN,IN,KR,RU,KZ,ZA High-temperature exhaust gas Dust-containing gas Industrial combustion emissions Thermal Oxidizer / Waste Gas Treatment System Treatment of industrial waste gases and recovery of waste heat. Continuous operation High-temperature resistance Heavy-duty operation Long service life Combustion System Heat Recovery Unit Flue Gas Treatment Equipment
Pharmaceutical Plant / Fine Chemical Manufacturing TR,VN,CN,IN,KR,DE VOC emissions Solvent vapor Toxic organic compounds Variable concentration exhaust Thermal Oxidizer / RTO / RCO Removal and destruction of VOCs and hazardous organic compounds to meet emission standards. Continuous operation Energy saving High removal efficiency Low emissions RTO/RCO System Burner Heat Exchanger Control System
Landfill Gas / Biogas Plant / Waste-to-Energy NG,DZ,EG,TR,ZA,IN,BR,MX,VN Methane-containing gas Low-pressure gas Variable flow rate Continuous gas generation Biogas Flare System Combustion of methane gas to reduce greenhouse gas emissions and improve environmental compliance. Continuous operation Automatic ignition Stable combustion Outdoor reliability Biogas Flare Stack Blower Ignition System Monitoring System
Natural Gas Pipeline / Compressor Station AE,SA,RU,US,KZ,UZ,TM High-pressure methane gas Low-flow intermittent vent gas Outdoor open-air environment Variable pressure exhaust Elevated Flare / Skid-Mounted Flare Controlled combustion of natural gas during pipeline maintenance, commissioning, and emergency release. Intermittent operation / Emergency operation Fast installation Remote operation Safety reliability Flare Stack Ignition System Gas Control Unit Mobile Skid
LNG Terminal / Natural Gas Processing / Gas Storage TR,MY,ID,QA,AE,SA,RU,SG,AU,US,CA Methane-rich gas BOG generation Cryogenic gas Emergency gas release Low-pressure gas handling LNG Flare System / Skid-Mounted Flare System / Mobile Flare System Safe disposal of boil-off gas (BOG) and emergency gas release during LNG storage, transportation, and processing. Automatic standby operation Compact design Low-temperature compatibility Fast response Safe combustion LNG Flare Skid Flare Tip Ignition System Gas Control Panel Pressure Control System
Chemical Plant / Specialty Chemical Industry IQ,IR,RU,TR,VN,MY,ID,KR,CN,DE,IN Complex gas composition VOC emissions Toxic gases Corrosive gases High concentration waste gas Enclosed Ground Flare / Thermal Oxidizer / Industrial Incinerator Destruction and treatment of hazardous process gases and waste streams through high-temperature oxidation. 24/7 continuous operation or batch operation Corrosion-resistant materials High-temperature resistance Stable combustion High destruction efficiency Combustion Chamber Burner Waste Gas Feeding System PLC Control Heat Recovery System Flue Gas Treatment Equipment
Petrochemical Plant / Chemical Processing SA,AE,QA,IR,IQ,TR,VN,TH,MY,ID,KR,CN High-pressure methane gas Low-flow intermittent vent gas Outdoor open-air environment Variable pressure exhaust Hydrocarbon process gas VOC-containing gas Toxic and hazardous components Variable flow conditions High-temperature operation Elevated Flare System / Ground Flare System / Thermal Oxidizer Treatment of process off-gases and emergency vent gases generated during petrochemical production to ensure safe operation and emission compliance. Continuous operation or emergency standby operation High combustion efficiency Stable flame performance Low emission Automated operation Flare System Thermal Oxidizer Burner System Waste Gas Pipeline Control System Flue Gas Treatment System
Oil & Gas / Refining / Petroleum Processing AE,QA,IQ,IR,RU,NG,DZ,SA,KW,OM,KZ,UZ,AZ,EG,BR,MX,US,CA High-pressure hydrocarbon gas Emergency pressure relief Startup and shutdown venting Flammable and hazardous gas Continuous and intermittent gas release Elevated Flare System / Enclosed Ground Flare System Safe combustion of excess and emergency process gases to protect refinery and oil & gas facilities from overpressure and hazardous emissions. 24/7 standby operation, automatic activation during emergency conditions API 521 compliant design High reliability Smokeless combustion Low thermal radiation Corrosion resistance Flare System Thermal Oxidizer Burner System Waste Gas Pipeline Control System Flue Gas Treatment System

Industries (8) → Products (8 models) → Certifications (3)

Manufacturing Capabilities

Core processes and equipment available in-house.

🎨

Customization

Flare type, capacity, material, structure, control system, layout, voltage, documentation

📊

Monthly Capacity

5 sets/month (customized industrial systems)

⏱️

Lead Time

60–120 days (depending on project requirements)

🌍

Export Markets

International markets include the Middle East, Central Asia, Southeast Asia, Africa, Russia and other regions.

💬

After Sales

Remote support, commissioning assistance, spare parts, training

🧪

Quality Control

Full process inspection + FAT before shipment Incoming material inspection Welding inspection Dimensional inspection Pressure/leak testing (when applicable) Functional testing FAT (Factory Acceptance Test) Final inspection before shipment 100% inspection

Project References / Cases

Verified project records. Client names anonymized where requested.

Client Type Country Quantity Application Duration Result Highlight
Chemical Manufacturer / Fine Chemical Plant CN 2 Sets Flare Systems Safe combustion of process vent gas generated during DL-Methionine production more than 1 years Reliable treatment of process off-gas Improved production safety Stable operation Designed for complex chemical process gas Customized flare system solution
Coalbed Methane Company CN 1 Set Ground Flare System Treatment of coalbed methane vent gas more than 2 years Stable methane combustion Improved gas management safety 90×10⁴ Nm³/d processing capacity Three-stage venting design PLC automatic control
Oil & Gas Company CN 1 Set Enclosed Ground Flare System Treatment of natural gas vent gas from oilfield transfer station 1 year Safe disposal of natural gas emissions Reduced noise and visual impact Stable operation Enclosed ground flare design Explosion-proof control cabinet Automatic ignition system
Natural Gas Processing Company CN 2 Sets Guyed-Wire Elevated Flare System Emergency venting and safe combustion of natural gas during gathering and transportation operations more than 1 year Stable operation under harsh climate conditions Reliable emergency gas disposal Improved operational safety 60 m elevated flare structure DN350 flare tip Automatic ignition and PLC control system
Waste Tire Recycling Company KR 3 Sets Flue Gas Treatment System Treatment and purification of exhaust gas generated from tire pyrolysis process more than 1 year Improved exhaust gas treatment efficiency Reduced pollutant emissions Stable operation Customized flue gas purification solution Integrated environmental treatment system
Vietnam Plastic Pyrolysis Project VN 1 Set Skid-Mounted Ground Flare System Treatment of pyrolysis gas from waste plastic conversion process 1 year Reliable combustion performance Improved safety of pyrolysis operation Reduced atmospheric emissions Modular skid design Flexible installation Designed for variable gas conditions
Waste Tire Recycling Company TR 1 Set Skid-Mounted Ground Flare System Safe combustion of pyrolysis gas generated from waste tire recycling process more than 2 years Stable operation Improved process safety Supported environmental compliance Compact modular structure Suitable for recycling industry applications Customized flare solution
Waste Tire Recycling Plant / Pyrolysis Plant IQ 1 Set Skid-Mounted Ground Flare System Treatment of combustible pyrolysis gas generated during waste tire pyrolysis process more than 3 years Successfully treated excess pyrolysis gas Ensured safe gas combustion during plant operation Reduced uncontrolled gas emissions Skid-mounted modular design Customized for pyrolysis gas characteristics Easy installation and operation

Comparative Positioning

Side-by-side benchmarks against peer manufacturers in this segment.

Compared To Difference Performance Gap Best For Cost Difference Efficiency
Standardized Flare Equipment We provide project-tailored design, while standard flare equipment uses fixed universal specs. Customized design according to: Gas flow Gas composition Pressure Temperature Site conditions Complex hazardous gas Variable operating conditions Chemical and petrochemical processes May require higher engineering input but reduces operation risks Optimized combustion efficiency through process-specific design
Conventional Combustion Equipment Higher emission control capability and process adaptability VOC destruction efficiency up to ≥99% depending on design Chemical plants Pharmaceutical plants Waste gas treatment VOC control projects Higher initial investment but better compliance performance Heat recovery options available to improve energy utilization
Direct Gas Venting controlled combustion replaces uncontrolled gas release, with dual core advantages of safety and environmental protection Destruction efficiency typically ≥98% depending on system design Significant reduction of combustible gas emissions Pyrolysis plants Oil & gas facilities Chemical production Emergency pressure relief systems Higher equipment investment but avoids safety and environmental risks Converts combustible gas into controlled combustion products and can support heat recovery applications
Skid-Mounted Flare vs Traditional Fixed Flare Modular design, faster installation, easier relocation Installation time can be reduced compared with conventional field-built systems (depending on project scope) Terminal & Bunkering LNG / LPG BOG treatment Waste tire pyrolysis plants Plastic pyrolysis projects Remote industrial sites Temporary gas treatment applications Lower installation cost due to reduced site construction work Comparable combustion performance with customized design
Open Elevated Flare System Lower thermal radiation, lower noise, reduced visual impact Thermal radiation can be reduced significantly depending on design conditions Noise level can be controlled to meet project requirements Industrial parks Chemical plants near residential areas Sites with strict environmental requirements Limited land availability Higher initial investment, but reduced environmental impact and easier compliance Similar combustion efficiency when properly designed; enclosed systems provide better emission control and operational stability

Risk & Trust Signals

Aggregated data-driven indicators. Not an endorsement.

✓ Overall Trust Score
78/100
Based on 14 verified signals
✓ Positive Signals
Trade RegistrationVerified
Alibaba Gold SupplierYes (5+ yrs)
Audited by 3rd Party2024
On-time Delivery Rate94%
⚠ Risk Items
Schedule delay or installation difficultiesIntegrated project management
Enterprise MeasureEngineering design review Production planning Quality inspection during manufacturing Installation guidance Commissioning support
Smoke, noise, thermal radiation, pollutant emissionsEmission control design
Enterprise MeasureCombustion optimization Smoke suppression design Thermal radiation calculation Noise control measures Flue gas treatment integration
Wind load, vibration, structural fatigueEngineering calculation and structural verification
Enterprise MeasureStructural design according to project conditions Wind load and stability analysis Welding inspection Dimensional inspection before shipment
Corrosion caused by acidic gas, moisture, or harsh environmentsCorrosion-resistant material selection
Enterprise MeasureMaterial selection based on gas composition Use of stainless steel and high-temperature alloys when required Welding quality inspection Surface treatment and coating protection
Gas leakage, incomplete combustion, ignition failureIntegrated safety design and ignition system
Enterprise MeasureAutomatic ignition system Flame detection system PLC-based control system Safety interlock design Factory functional testing
High temperature exposure and thermal stressHigh-temperature resistant design and material selection
Enterprise MeasureSelection of heat-resistant materials according to operating conditions Thermal expansion consideration in structural design Temperature monitoring and operation guidance Factory inspection before delivery
ℹ Additional Info
Last Verified2026-07-24 13:57:46
Data SourcesAICPA, Alibaba, TÜV
Profile Completeness91%

Purchase & Trade Information

Trading terms and procurement details.

ℹ Purchase Details
MOQ1 Set. Industrial flare and thermal treatment systems are customized according to project requirements. MOQ is typically 1 complete system.
Delivery MethodEXW / FOB / CIF
AcceptanceFactory Acceptance Test (FAT) + Site Acceptance Test (SAT)
Payment TermsT/T, L/C available. Typical payment terms: 30% advance payment, 70% before shipment (negotiable according to project requirements)

Product Comparison

Comparative analysis against alternative solutions.

Compared To Difference Performance Gap Best For Cost Difference Efficiency
Standardized Flare Equipment We provide project-tailored design, while standard flare equipment uses fixed universal specs. Customized design according to: Gas flow Gas composition Pressure Temperature Site conditions Complex hazardous gas Variable operating conditions Chemical and petrochemical processes May require higher engineering input but reduces operation risks Optimized combustion efficiency through process-specific design
Conventional Combustion Equipment Higher emission control capability and process adaptability VOC destruction efficiency up to ≥99% depending on design Chemical plants Pharmaceutical plants Waste gas treatment VOC control projects Higher initial investment but better compliance performance Heat recovery options available to improve energy utilization
Direct Gas Venting controlled combustion replaces uncontrolled gas release, with dual core advantages of safety and environmental protection Destruction efficiency typically ≥98% depending on system design Significant reduction of combustible gas emissions Pyrolysis plants Oil & gas facilities Chemical production Emergency pressure relief systems Higher equipment investment but avoids safety and environmental risks Converts combustible gas into controlled combustion products and can support heat recovery applications
Skid-Mounted Flare vs Traditional Fixed Flare Modular design, faster installation, easier relocation Installation time can be reduced compared with conventional field-built systems (depending on project scope) Terminal & Bunkering LNG / LPG BOG treatment Waste tire pyrolysis plants Plastic pyrolysis projects Remote industrial sites Temporary gas treatment applications Lower installation cost due to reduced site construction work Comparable combustion performance with customized design
Open Elevated Flare System Lower thermal radiation, lower noise, reduced visual impact Thermal radiation can be reduced significantly depending on design conditions Noise level can be controlled to meet project requirements Industrial parks Chemical plants near residential areas Sites with strict environmental requirements Limited land availability Higher initial investment, but reduced environmental impact and easier compliance Similar combustion efficiency when properly designed; enclosed systems provide better emission control and operational stability