Fusion Bonded Epoxy Coated Tank Fusion Bonded Epoxy (FBE) is an electrostatically applied coating system with superior coverage and uniform coating thickness. Epoxy coating is the economical solution that ensures high performance corrosion resistance for storage tanks. All epoxy coated panels are finished in YHR’s ISO 9001 certified factory before delivered to the clients. Product Paramenters Application Test Result Dry Film Thickness Non-Destructive Test 5- 10 mils / 150-250 microns interior4-9 mils/ 100-230 microns exterior Hot water immersion 90 days, 70°C AWWA C550-05 Pass Adhesion after 7 days,90°C water ISO 4624 ≥16MPa Corrosion Resistance Salt Spray ISO 9227 / ASTM B117 Meets or exceeds industry norms Impact Resistance ASTM G14 3.2mm (1⁄8 in) steel plate > 18 Joule PH range - 3-13 Abrasion Resistance Abrasion wheel ASTM 4060 CS-17, 1000g, 1000 cycles <40mg Hardness ISO 15184 / ASTM D3363 2H Chemical Immersion 50% NaOH, 50% H2SO4 2 years no change Holiday test 1100v every panel Discontinuity free (zero defects at test voltage) Production Procedure The coating production line is mainly composed of pre-treatment system, dehydration drying tunnel, electrostatic spraying system, powder recovery system, powder curing drying tunnel, chain drive system and electric control system. The entire workpiece conveying system of the coating production line adopts a mechanized conveying method suspended in the air, which runs smoothly, quickly and conveniently. It adopts PLC controllable programming and is programmed and controlled according to the actual requirements of the production process. (1) Hanging → (2) Degrease and Rust Removal → (3) Degrease→ (4) 1st wash→ (5) 2nd wash→ (6) Silicohydride treatment→ (7) 3rd wash→ (8) Dry→ (9) Base coat- epoxy coating→ (10) Base coat cured→ (11) Top coat-polyester coating→ (12) Top coat cured→ (13) Cool down and take off Applications 1. Municipal Wastewater 2. Industrial Wastewater 3. Potable Water 4. Fire Protection Water 5. Biogas Digester 6. Slurry Storage 7. Sludge Storage 8. Liquid Leachate 9. Dry Bulk Storage Advantages 1. Excellent anti-corrosion performance 2. Flexibility, superior impact-resistance 3. 100% coating coverage on panel edges and holes 4. Fast installation with better quality: design, production and quality control in factory 5. Safe, skill-free: less working aloft, no need for long time worker training 6. Less influenced by local weather 7. Long life time 8. Low maintenance cost and easy to repair 9. Possible to relocate, expand and reuse 10. Beautiful appearance Pictures

Detailed Product Description Material: Glass-Fused-To-Steel Service Year: 30 Years Holiday Test: Up To 1500V Type: Bolted Steel Tank High Light: biogas purification equipment, h2s removal system Chemical desulfurization system/ H2S purification/ Plug and useWhy we need desulphurizationRemoval of H2S is often required for reasons of health, safety, environment and corrosion of equipment such as gas engines, boilers and piping. Desulphurization is also is necessary when biogas is upgraded to natural gas quality and injected in the grid.Benefits WIth YHR Chemical desulphurization Professional team Experienced in biogas industry Low investment Plug and use, no conmissioning time needed

Detailed Product Description Material: Glass-Fused-To-Steel Type: Bolted Steel Tank Coat Thickness: 0.25-0.45mm Holiday Test: Up To 1500V High Light: biogas purification equipment, biogas scrubbing system Biological DesulphurizationHydrogen Sulfide (H2S) is a harmful impurity in biogas, to protect the biogas generator, CHP, biogas boiler and the pipeline from corrosion, H2S must be removed from the biogas. YHR has developped a serie of desulphurization solutions with partent. The right solution will be offered according to he H2S concentration and final biogas usage.

Detailed Product Description Coat Thickness: 0.25-0.45mm Holiday Test: Up To 1500V Type: Bolted Steel Tank Material: Glass-Fused-To-Steel High Light: biogas purification equipment, h2s removal system Large scale biogas plant Chemical desulphurization system/ H2S purificationWhy we need desulphurizationRemoval of H2S is often required for reasons of health, safety, environment and corrosion of equipment such as gas engines, boilers and piping. Desulphurization is also is necessary when biogas is upgraded to natural gas quality and injected in the grid.1.iron oxideIron Oxide Desulfurizer is made of iron,manganese salt and their oxide as raw material,pass through the process chemosynthesis to be active oxide,then add the assistant and binder to make it columnar solid .It has features of larger sulfur capacity ,small resistance,high purification capacity and good water resistance .2.Physical&Chemical Properties and Service conditions Item Index Remarks Saturation sulfur capacity ≥550mg/g (under normal temperature, the original size) Filling density 0.7~0.75kg/L Water capacity ≥45.0% Desulfurization precision ≤0.5ppm Contact time or 30 seconds, the import H2S10-15 mg/Nm3, airspeed acuities 1000 h - 1, temperature 15 °C to 55 specific surface area 70~80m2/g Radial pressure strength ≥40N/cm Moisture <10.0% Grain degree φ3.5~5×L5~15 Water resistance strength With water or distilled water boiling 15 min above, not natural broken or mud change, flooding after drying constant regeneration activity main ingredients Fe2O3·xH2O Fe(OH)3·xH2O APPLICATIONS For the nature gas,coke oven gas, water gas , biogas 3.Desulfuration and Renewal Principles of the ferric oxide Desulfuration Reaction: Fe2O3.H2O+3H2S=Fe2S3.H2O+3H2ORenewal Reaction: 2Fe2S3.H2O+3O2=2Fe2O3.H2O+6S (strong exothermic reaction)

Detailed Product Description Coat Thickness: 0.25-0.45mm Holiday Test: Up To 1500V Type: Bolted Steel Tank Material: Glass-Fused-To-Steel High Light: biogas purification equipment, h2s removal system Large scale biogas plant Chemical desulphurization system/ H2S purificationWhy we need desulphurizationRemoval of H2S is often required for reasons of health, safety, environment and corrosion of equipment such as gas engines, boilers and piping. Desulphurization is also is necessary when biogas is upgraded to natural gas quality and injected in the grid.1.iron oxideIron Oxide Desulfurizer is made of iron,manganese salt and their oxide as raw material,pass through the process chemosynthesis to be active oxide,then add the assistant and binder to make it columnar solid .It has features of larger sulfur capacity ,small resistance,high purification capacity and good water resistance .2.Physical&Chemical Properties and Service conditions Item Index Remarks Saturation sulfur capacity ≥550mg/g (under normal temperature, the original size) Filling density 0.7~0.75kg/L Water capacity ≥45.0% Desulfurization precision ≤0.5ppm Contact time or 30 seconds, the import H2S10-15 mg/Nm3, airspeed acuities 1000 h - 1, temperature 15 °C to 55 specific surface area 70~80m2/g Radial pressure strength ≥40N/cm Moisture <10.0% Grain degree φ3.5~5×L5~15 Water resistance strength With water or distilled water boiling 15 min above, not natural broken or mud change, flooding after drying constant regeneration activity main ingredients Fe2O3·xH2O Fe(OH)3·xH2O APPLICATIONS For the nature gas,coke oven gas, water gas , biogas 3.Desulfuration and Renewal Principles of the ferric oxide Desulfuration Reaction: Fe2O3.H2O+3H2S=Fe2S3.H2O+3H2ORenewal Reaction: 2Fe2S3.H2O+3O2=2Fe2O3.H2O+6S (strong exothermic reaction)

Detailed Product Description Material: Glass-Fused-To-Steel Type: Bolted Steel Tank Coat Thickness: 0.25-0.45mm Holiday Test: Up To 1500V High Light: biogas purification equipment, biogas scrubbing system Biological DesulphurizationHydrogen Sulfide (H2S) is a harmful impurity in biogas, to protect the biogas generator, CHP, biogas boiler and the pipeline from corrosion, H2S must be removed from the biogas. YHR has developped a serie of desulphurization solutions with partent. The right solution will be offered according to he H2S concentration and final biogas usage.

Detailed Product Description Material: Glass-Fused-To-Steel Service Year: 30 Years Holiday Test: Up To 1500V Type: Bolted Steel Tank High Light: biogas purification equipment, h2s removal system Chemical desulfurization system/ H2S purification/ Plug and useWhy we need desulphurizationRemoval of H2S is often required for reasons of health, safety, environment and corrosion of equipment such as gas engines, boilers and piping. Desulphurization is also is necessary when biogas is upgraded to natural gas quality and injected in the grid.Benefits WIth YHR Chemical desulphurization Professional team Experienced in biogas industry Low investment Plug and use, no conmissioning time needed

Detailed Product Description Material: Glass-Fused-To-Steel Service Year: 30 Years Holiday Test: Up To 1500V Type: Bolted Steel Tank High Light: biogas purification equipment, h2s removal system Chemical desulfurization system/ H2S purification/ Plug and useWhy we need desulphurizationRemoval of H2S is often required for reasons of health, safety, environment and corrosion of equipment such as gas engines, boilers and piping. Desulphurization is also is necessary when biogas is upgraded to natural gas quality and injected in the grid.Benefits WIth YHR Chemical desulphurization Professional team Experienced in biogas industry Low investment Plug and use, no conmissioning time needed

Biogas Upgrading System  Biogas is a renewable energy source and mostly produced from anaerobic digestion (AD). Biogas composition varies with the biomass digested and contains mainly methane (CH4) and carbon dioxide (CO2), as well as traces of hydrogen sulfide (H2S), ammonia (NH3), hydrogen (H2), nitrogen (N2), carbon monoxide (CO), oxygen (O2). Membrane technology as purification process is a relatively recent but very promising technology. Also, hybrid processes where membranes are combined with other processes are believed to have lower investment and operation costs compared with other processes. Product Paramenters Biogas Upgrading System Specification Biogenic Methane Index: Over 97% or recovered in bio natural gas quality Methane Recovery: Over 96% Mode to utilize Biomethane: CNG or Gas Network Unit Energy Consumption: 0.15-0.25 Kwh/Nm³ Methane Operating Pressure: Medium or Low Pressure, 5-10 or 10-20 Bar (According to the product configuration) Environmental Benefits: Minimum Greenhouse Gas Emissions System Composition Introduction of Membrane Technology Membrane Technology For the Membrane we choose EVONIK as our partner and membrane supplier. Their membrane upgrading process with SEPURAN® Green delivers a constant high biomethane grade with more than 99% purity. In other words, almost all the methane is recovered in bio natural gas quality. Evonik has developed a biogas upgrading process that makes best use of the membranes' separation properties: Through skillful connection of SEPURAN® Green membranes it is possible to obtain methane with a purity level of up to 99% from the crude gas. Just one compressor is needed. Polymide Membrane SEPURAN® Green membranes have the highest CO2/CH4 selectivity and are therefore a superior technology for upgrading biogas. This selectivity of the membranes enables the production of high purity biomethane with superior methane recovery. This distinguishes the Evonik membranes from other membranes that are available.   BENEFITS OF SEPURAN® GREEN MEMBRANE TECHNOLOGY * Reduced operating costs * Low Investment * Easy to operate * Low space requirement and short installation times * Flexible and modular Installation * No chemicals required * No additional drying stage Typical Configurations ● Three Stage Membrane Process — Medium Pressure Biogenic Methane Index: Over 97% or recovered in bio natural gas quality Methane Recovery: Over 99% Mode to utilize Biomethane: CNG or Gas Network Unit Energy Consumption: 0.25-0.25 Kwh/Nm³ Methane Operating Pressure: Medium Pressure, 10-20 Bar Environmental Benefits: Minimum Greenhouse Gas Emissions ● Two Stage Membrane Process — Medium Pressure Biogenic Methane Index: Over 97% or recovered in bio natural gas quality Methane Recovery: Over 97% Mode to utilize Biomethane: CNG Unit Energy Consumption: 0.25-0.25 Kwh/Nm³ Methane Operating Pressure: Medium Pressure, 10-20 Bar Environmental Benefits: Lower Greenhouse Gas Emissions ● Two Stage Membrane Process — Low Pressure Biogenic Methane Index: Over 97% or recovered in bio natural gas quality Methane Recovery: Over 96% Mode to utilize Biomethane: Gas Network Unit Energy Consumption: 0.15-0.20 Kwh/Nm³ Methane Operating Pressure: Low Pressure, 5-10 Bar Environmental Benefits: Lower Greenhouse Gas Emissions Pictures

Detailed Product Description Biogenic Methane Index: Over 97% Methane Recovery: Over 96% Mode To Utilize Biomethane: CNG Or Gas Network Unit Energy Consumption: 0.15-0.25Kwh/Nm3 Methane Operating Pressure: Medium Or Low Pressure, 5-10/10-20 Bar Warranty: 2 Years High Light: 20 Bar Biogas Purification System, Membrane Biogas Purification System Biogas Upgrading System with Membrane for Biogas PurificationBiogas Upgrading SystemBiogas is a renewable energy source and mostly produced from anaerobic digestion (AD). Biogas composition varies with the biomass digested and contains mainly methane (CH4) and carbon dioxide (CO2), as well as traces of hydrogen sulfide (H2S), ammonia (NH3), hydrogen (H2), nitrogen (N2), carbon monoxide (CO), oxygen (O2). Membrane technology as purification process is a relatively recent but very promising technology. Also, hybrid processes where membranes are combined with other processes are believed to have lower investment and operation costs compared with other processes.Biogas Upgrading System Specification Biogenic Methane Index: Over 97% or recovered in bio natural gas quality Methane Recovery: Over 96% Mode to utilize Biomethane: CNG or Gas Network Unit Energy Consumption: 0.15-0.25 Kwh/Nm&sup3; Methane Operating Pressure: Medium or Low Pressure, 5-10 or 10-20 Bar (According to the product configuration) Environmental Benefits: Minimum Greenhouse Gas EmissionsSystem CompostionPicturesMembrane TechnologyFor the Membrane we choose EVONIK as our partner and membrane supplier. Their membrane upgrading process with SEPURAN® Green delivers a constant high biomethane grade with more than 99% purity. In other words, almost all the methane is recovered in bio natural gas quality.Evonik has developed a biogas upgrading process that makes best use of the membranes' separation properties: Through skillful connection of SEPURAN® Green membranes it is possible to obtain methane with a purity level of up to 99% from the crude gas. Just one compressor is needed.SEPURAN® Green membranes have the highest CO2/CH4 selectivity and are therefore a superior technology for upgrading biogas. This selectivity of the membranes enables the production of high purity biomethane with superior methane recovery. This distinguishes the Evonik membranes from other membranes that are available.BENEFITS OF SEPURAN® GREEN MEMBRANE TECHNOLOGY Reduced operating costs Low Investment Easy to operate Low space requirement and short installation times Flexible and modular Installation No chemicals required No additional drying stageTypical ConfigurationThree Stage Membrane Process — Medium Pressure Biogenic Methane Index: Over 97% or recovered in bio natural gas qualityMethane Recovery: Over 99% Mode to utilize Biomethane: CNG or Gas Network Unit Energy Consumption: 0.25-0.25 Kwh/Nm&sup3; Methane Operating Pressure: Medium Pressure, 10-20 Bar Environmental Benefits: Minimum Greenhouse Gas EmissionsTwo Stage Membrane Process — Medium Pressure Biogenic Methane Index: Over 97% or recovered in bio natural gas qualityMethane Recovery: Over 97% Mode to utilize Biomethane: CNG Unit Energy Consumption: 0.25-0.25 Kwh/Nm&sup3; Methane Operating Pressure: Medium Pressure, 10-20 Bar Environmental Benefits: Lower Greenhouse Gas Emissions​Two Stage Membrane Process — Low Pressure Biogenic Methane Index: Over 97% or recovered in bio natural gas quality Methane Recovery: Over 96% Mode to utilize Biomethane: Gas Network Unit Energy Consumption: 0.15-0.20 Kwh/Nm&sup3; Methane Operating Pressure: Low Pressure, 5-10 Bar Environmental Benefits: Lower Greenhouse Gas EmissionsCompany ProfileAbout YHRYHR, a high-tech enterprise, is committed to the R&D and promotion of resourcefully utilizing agricultural organic waste, livestock and poultry wastewater treatment and anaerobic technology for high-concentration organic wastewater. As a domestic leading biogas engineering contractor, the company also acts as a benchmark enterprise in China's Glass-Fused-to-Steel Tanks industry. Providing design, production, installation, sales and commissioning services for complete-set environmental protection equipment including Glass-Fused-to-Steel Tanks, anaerobic reactors, biogas gas storage tank, biogas desulfurization equipment, biogas upgrading system, etc. for the sewage treatment sector and biomass biogas, YHR has developed itself steadfastly. YHR will always strive for the construction of beautiful countryside.

Detailed Product Description Panel Thickness: 3mm~13mm Color: Dark Green, White, And Blue Material: Glass Fused To Steel Life Time: More Than 30 Years Anti-Corrosion Performance: Excellent Size Of Panel: 2.4m X 1.2m Capacity: 40m3 Up To 9000m3 High Light: bolted steel water storage tanks, stainless steel storage tanks Up-flow Anaerobic Sludge Bed/Blanket/Glass Fused to Steel Tank/Anaerobic Digester/UASB/Enamel bolted TankWho is YHR?YHR is short for Beijing Yingherui Environmental Technology Co., Ltd. We are the top 1 glass fused to steel tank manufacturer in Asia and top 3 biogas plant EPC company in China. With Asian biggest manufacturing factory of more than 50 million USD investment, we are able to offer you the best GFS product with a good delivery time. Since 1999, we've built and delivered more than 7000 tanks worldwide, including Thailand, Australia, Philippines, Chile, Costa Rica, Brazil, Oman, Indonesia, Singapore, and 10 more countries and regions. We look forward to our friendly cooperation in the near future. Specification of Glass Fused To Steel Tanks Category Specification Coating Color Dark green, white, blue, color can be customized upon your request Coating Thickness 0.25 - 0.40mm, double coating Acid and alkalinity proof Standard sheet PH: 3 - 11 Special sheet PH: 1 - 14 Adhesion 3450 N / cm Elastic Same as steel sheet, around 500 Kn / mm Hardness 6.0 ( Mohs ) Service life ≥ 30 Years Holiday test > 1500 V Permeability Gas / liquid impermeable Easy to clean Smooth, glossy, inert, non adhesive Corrosion resistance Excellent. Suitable for waste water treatment, sewage treatment, effluent treatment UASB Accessories:-Dacromat self locking bolts & silicon sealant-External HDG vertical ladder with platform-1 set of HDG/SS manway-Liquid/gas/solid separator-Over/under pressure protection device-Inner supporting columes-FRP roof-Bottom distribution system-Common accessories such as tank insulation, ladders, level indicators, access ports, platforms and walkways can also be provided.Quality Control:-Raw Material Test.-Enamel Sample Test-Destructive Test-Acid and Alkali Resistance Test-1500V Holiday Test-Adherence Test-Enamel Thickness Test

Detailed Product Description Type: Bolted Steel Tank Holiday Test: Up To 1500V Coat Thickness: 0.25-0.45mm Material: Glass-Fused-To-Steel High Light: biogas purification equipment, h2s removal system Chemical desulphurization, purification for biogas, H2S removeHydrogen Sulfide (H2S) is a harmful impurity in biogas, to protect the biogas generator, CHP, biogas boiler and the pipeline from corrosion, H2S must be removed from the biogas. YHR has developed a series of desulphurization solutions with partent. The right solution will be offered according to the H2S concentration and final biogas usage.Chemical desulphurization system is adapted to projects with small biogas amount. It uses Ferric Oxide (Fe3O2) as agent to absorb the H2S in the biogas. Depending on the need of the client, YHR can customize the system.