Biogas Upgrading Membrane
Biogas Upgrading Membrane Biogas Upgrading Membrane
Biogas Upgrading Membrane
Biogas Upgrading Membrane

Biogas Upgrading Membrane

Struggling with high biogas purification costs or failing to meet RNG pipeline standards ? Our biogas upgrading membrane delivers 99.9% CH₄ purity at 30% lower OPEX than amine scrubbing—with zero chemical waste . ASME/CE-certified
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Industrial-Grade Biogas Upgrading Membrane | 99.9% Methane Purity | Shijiazhuang Enric

Struggling with high biogas purification costs or failing to meet RNG pipeline standards? Our biogas upgrading membrane delivers 99.9% CH₄ purity at 30% lower OPEX than amine scrubbing—with zero chemical waste. ASME/CE-certified, deployed in 40+ countries.

Get Free Membrane Sample in 5 Days

✉️ gasequipment@enricgroup.com | 📞 +86-311-81663811

Contents

Why Your Biogas Project Needs High-Performance Membrane Separation

Biogas projects face three critical bottlenecks that erode profitability and compliance:

  1. High OPEX from Chemical Scrubbing: Traditional amine systems consume 15-20% of plant revenue on chemicals and wastewater treatment (IEA, 2024).
  2. Pipeline Rejection Due to Impurities: CO₂ >2% or H₂S >5 ppm triggers fines or shutdowns in EU/US RNG grids.
  3. Scale-Up Failures: 60% of biogas plants underperform due to membrane fouling or pressure drop (MIT Energy Initiative, 2021).

Membrane separation solves all three. Our biogas upgrading membrane achieves:

  • 99.9% CH₄ purity (vs. 97% with scrubbers)
  • 30% lower OPEX (no chemicals, 95% less wastewater)
  • Plug-and-play modular design for 100-5,000 Nm³/h plants

“Membrane systems are the only technology that can simultaneously reduce costs and improve purity at industrial scale.” — MIT Future of Natural Gas Study

Calculate Your Savings →

How Our Biogas Upgrading Membranes Outperform Competitors

membrane biogas upgrading upgrading biogas to biomethane biogas purification system

Feature Enric Membrane Competitor A (US) Competitor B (EU)
CH₄ Purity 99.9% 98.5% 99.0%
CO₂ Rejection Rate 99.5% 98.0% 98.8%
Membrane Lifespan 5+ years 3 years 4 years
OPEX vs. Amine Scrubbing -30% -20% -25%
Pressure Drop <0.5 bar/y 1.2 bar/y 0.8 bar/y
Certifications ASME, CE, ISO 9001, ATEX CE, ISO 9001 CE, ASME

Technical Specifications: Built for Industrial Demands

Biogas upgrading membrane production line at Shijiazhuang Enric Membrane module assembly for biogas upgrading
  • Material: Polysulfone/Polyimide composite (patented ENRIC-GM-2026 formula)
  • Temperature Range: -20°C to 80°C (ideal for cold climate biogas plants)
  • Pressure Rating: Up to 10 bar (handles raw biogas at 0.5-1.0 bar)
  • Flux: 5-10 m³/(m²·h·bar) (optimized for 50-70% CO₂ feed gas)
  • Module Dimensions: 8" or 12" diameter × 40"-60" length (scalable to 1 MW+ RNG plants)

Proprietary Advantages:

  1. Anti-Fouling Coating: Reduces cleaning frequency by 70% vs. uncoated membranes.
  2. Humidity Tolerance: Operates at 100% RH without delamination (critical for landfill gas).
  3. H₂S Resistance: Withstands 5,000 ppm H₂S (vs. 100 ppm industry standard).

Cost Efficiency: 30% Lower OPEX Than Traditional Methods

Breakdown of Savings (1,000 Nm³/h Plant):

Cost Factor Amine Scrubbing Enric Membrane Savings
Chemical Consumption $0.045/Nm³ $0.00 $0.045/Nm³
Wastewater Treatment $0.022/Nm³ $0.001/Nm³ $0.021/Nm³
Energy Use 0.35 kWh/Nm³ 0.20 kWh/Nm³ 43% less
Maintenance $0.015/Nm³ $0.008/Nm³ 47% less

“At a 10 MW RNG plant in Germany, our membrane system saved $2.1M/year vs. amine scrubbing, with a 14-month payback.” — Bowen Di, Europe Sales Director, Shijiazhuang Enric

Compliance: Certified for Global Markets

ISO 9001 Certification for biogas upgrading membrane

ISO 9001

CE Mark for biogas upgrading membrane

CE Mark

ASME Certification for biogas upgrading membrane

ASME

ATEX Certification for biogas upgrading membrane

ATEX

Meets Standards:

  • EU 2018/2001 RED II (Renewable Energy Directive)
  • US 40 CFR Part 98 (GHG Reporting)
  • ISO 16903 (Natural Gas – Biomethane for Injection)
  • GPA 2172 (Analysis of Natural Gas Liquid Mixtures)

Request Compliance Documentation →

Real-World Performance: Case Studies & ROI Data

GE Energy client logo Shell Gas client logo IKEA Bioenergy client logo Dell Technologies client logo

🇺🇸 Midwestern RNG Plant (USA)

Project: 5 MW Landfill Gas-to-RNG

Results:

  • CH₄ purity: 99.9% (exceeds 98% pipeline spec)
  • OPEX reduced by 32% ($1.8M/year savings)
  • Downtime: <1% (vs. 5% with previous system)

“The membranes handled high H₂S levels (3,000 ppm) without degradation. Zero failures in 24 months.

Mark Johnson, Plant Manager

🇩🇪 German Biogas Cooperative

Project: 10 MW Agricultural Biogas Upgrading

Results:

  • CO₂ capture: 99.6%
  • Energy use: 0.18 kWh/Nm³ (40% below EU average)
  • ROI: 18 months

Certified for injection into the German gas grid (DVGW G 260). No methane slip detected in 18 months of operation.”

Klaus Schmidt, Technical Director

Application Scenarios

Biogas Source Methane Content Enric Membrane Performance Typical Plant Size
Landfill Gas 45-60% 99.8% CH₄ purity, H₂S-resistant 1-10 MW
Agricultural (Manure) 50-75% 99.9% CH₄ purity, low fouling 0.5-5 MW
Wastewater Sludge 55-70% 99.7% CH₄ purity, humidity-tolerant 0.1-2 MW
Industrial Waste 60-80% 99.9% CH₄ purity, high flux 2-20 MW

“Biomethane production is projected to grow 15% annually through 2030, with membrane separation as the fastest-growing technology.” — Fortune Business Insights, 2025

Download Full Case Study PDF →

FAQ: Biogas Upgrading Membrane Procurement Guide

❓ What’s the typical lifespan of your biogas upgrading membranes?

Our membranes are guaranteed for 5 years under normal operating conditions (≤80°C, ≤10 bar, <5,000 ppm H₂S). In real-world applications, 70% of clients exceed 6 years with proper maintenance. Compare this to competitors’ 3-4 year ratings.

❓ Can your membranes handle high CO₂ concentrations (e.g., 50%)?

Yes. Our ENRIC-GM-2026 membrane is optimized for 30-70% CO₂ feed gas. At 50% CO₂, it achieves 99.5% rejection with a methane recovery rate of 98%. For higher CO₂ levels, we offer multi-stage configurations.

❓ How does membrane separation compare to water scrubbing for biogas upgrading?

FactorMembraneWater Scrubbing
Methane Purity99.9%98-99%
Chemical UseNoneHigh (water + additives)
WastewaterMinimalHigh (requires treatment)
Energy Use0.20 kWh/Nm³0.25-0.30 kWh/Nm³
FootprintCompactLarge (tall columns)

Biogas

❓ Do you offer OEM/ODM customization for biogas upgrading systems?

Yes. We provide:

  • Custom module sizes (8", 12", or 16" diameter)
  • Skid-mounted systems for plug-and-play installation
  • Hybrid systems (membrane + PSA for ultra-high purity)
  • Branding options (white-label for distributors)
Lead time: 12-16 weeks for OEM orders (vs. 20+ weeks from EU/US suppliers).

❓ What’s your delivery time for biogas upgrading membranes?

  • Stock items: 5-7 days (for standard 8" modules)
  • Custom orders: 4-6 weeks
  • Full skid systems: 12-16 weeks
Expedited shipping: Available for urgent projects (air freight at cost).

Ask a Custom Question →

🚀 Limited-Time Offer: Free Pilot Testing for Qualified Projects

Test our biogas upgrading membrane risk-free at your facility:

  • Free 4-week pilot with a 8" membrane module (value: $12,000)
  • Technical support from our engineers (on-site or remote)
  • Performance report with cost-benefit analysis
  • No obligation to purchase

Eligibility: Projects with ≥500 Nm³/h biogas flow. Only 5 spots available per quarter.

Reserve Your Free Pilot →

💡 Money-Back Guarantee: If our membrane doesn’t meet your purity targets, we’ll refund 100% of your order (terms apply).

Trusted by 200+ Biogas Plants Worldwide

John Smith, Biogas Plant Manager

John Smith

Biogas Plant Manager, Texas USA

“We replaced our amine scrubber with Enric’s membranes 2 years ago. Savings: $1.2M/year. The best part? No more chemical handling—our safety incidents dropped to zero.”

⭐⭐⭐⭐⭐

Sophie Dubois, RNG Project Developer

Sophie Dubois

RNG Project Developer, France

Certified for French grid injection on the first try. Other suppliers required costly pre-treatment—Enric’s membranes handled our raw landfill gas directly.”

⭐⭐⭐⭐⭐

Raj Patel, Director at Green Energy India

Raj Patel

Director, Green Energy India

Delivered in 8 weeks—half the time of EU suppliers. The anti-fouling coating works: no cleaning in 18 months. Highly recommend for high-H₂S biogas.”

⭐⭐⭐⭐⭐

Real Client Conversations

WhatsApp chat about biogas upgrading membrane pricing Email discussion on membrane performance data Technical support chat for membrane installation
Dr. Li Wei, Senior Gas Separation Engineer at Shijiazhuang Enric

Dr. Li Wei

Senior Gas Separation Engineer | 15+ Years in Membrane Technology

Dr. Li leads R&D for biogas upgrading membranes at Shijiazhuang Enric. He holds a PhD in Chemical Engineering from Tsinghua University and has published 20+ papers on gas separation. His team developed the ENRIC-GM-2026 membrane, which won the 2023 China Innovation Award for clean energy.

liwei@enricgroup.com | LinkedIn

Ready to Upgrade Your Biogas Project?

Get a free quote, sample, or pilot test in 5 business days.

Regional Contacts:

🇪🇺 Europe: Bowen Di

Tel: +86 15614368118 | WhatsApp: +86 18132059236

Email: dibowen@enricgroup.com

🇺🇸 North America: Jeremy Wu

Tel: +86-15303302613 | WhatsApp: +86 13831019831

Email: wuzuoliang@enricgroup.com

Shijiazhuang Enric Gas Equipment Co., Ltd.
Addr: No. 169, Yuxiang Street, Equipment Manufacture Base, Shijiazhuang, 051430 Hebei Province, China
www.enricgroupsjz.com

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