In today’s shift toward renewable energy and sustainability, biogas plants play a vital role in waste management and clean energy production. But the performance of every biogas system depends heavily on one crucial element — a gas-tight PVC-coated fabric that ensures safe methane storage, zero leakage, and long-term durability.

At LUCKY INTERNATIONAL, we manufacture premium PVC-coated fabrics in India specifically designed for biogas balloons, double membrane gas holders, and flexible biogas storage systems. Through our exclusive partnership with SIOEN INDUSTRIES (Belgium) — a global pioneer in technical textile engineering — we deliver European-grade biogas fabrics built for superior gas retention, weather resistance, and mechanical strength.

Table Of Contents:

• What Makes Biogas Storage a Challenge?
• The Science Behind LUCKY-TECH Gas-Tight Fabrics
• Designed for Indian Climate — Tested for Performance
• Why Choose LUCKY-TECH for Biogas Applications
• Building a Greener Future with LUCKY-TECH

What Makes Biogas Storage a Challenge?

Biogas consists mainly of methane (CH₄) and carbon dioxide (CO₂) — gases highly sensitive to temperature, pressure, and chemical reactions. Using poor-quality fabric can lead to:

• Gas leakage, pressure drops, and reduced storage efficiency
• Material degradation due to UV exposure or microbial attack
• Frequent maintenance and shorter system lifespan

This is why LUCKY INTERNATIONAL’s gas-tight PVC fabrics are engineered with precision — ensuring zero gas permeation, strong mechanical stability, and long-term resistance against harsh industrial and environmental conditions.

The Science Behind LUCKY INTERNATIONAL Gas-Tight Fabrics

Each biogas fabric roll is developed using advanced European coating technology from SIOEN Belgium, combining scientific engineering with durability.

🔹 Multi-Layer Fabric Construction

Our fabrics use a high-tenacity polyester base cloth coated with multi-layer PVC compounds and gas-barrier additives, creating a hermetically sealed membrane that prevents methane escape.

🔹 Specialized Gas-Tight Coating

• Inner layer: Gas-impermeable barrier preventing leakage
• Outer layer: UV-resistant, anti-fungal, abrasion-protected — ideal for India’s climate

🔹 Reinforced Tensile Strength

LUCKY INTERNATIONAL fabrics offer superior tensile strength and tear resistance, withstanding pressure variations, tension loads, and temperature changes.

🔹 Certified European Standards

• Gas-tightness testing
• Flame retardancy certification
• Coating adhesion checks
• EN, DIN, and ISO compliance

Designed for Indian Climate — Tested for Real Performance

India’s climate can be challenging — extreme heat, humidity, rainfall, and gas exposure. LUCKY INTERNATIONAL biogas membranes are engineered to handle it all:

• UV-stabilized and weather-resistant
• Resistant to biogas condensate, chemicals, and H₂S corrosion
• Flexible under extreme temperature variations
• Fire-retardant and fungus-resistant

Why Choose LUCKY INTERNATIONAL for Biogas Applications

• Exclusive partnership with SIOEN INDUSTRIES Belgium
• European-grade gas-tight coating technology
• Proven 10–15 year lifespan
• Perfect for double-membrane holders, biogas balloons, and digesters
• Made in India, engineered for Indian conditions
• Backed by reliable quality testing and technical support

LUCKY INTERNATIONAL provides not just fabric — but consistent performance, safety, and trust for EPC contractors, renewable energy companies, and biogas system developers.

Building a Greener Future with LUCKY INTERNATIONAL

Biogas represents a cleaner, sustainable future — and high-quality fabric is the backbone of efficient storage. With LUCKY INTERNATIONAL's gas-tight PVC-coated membranes, powered by SIOEN’s European technology, biogas systems gain:

• Maximum gas retention
• Long operational life
• Superior safety and sealing integrity

By combining science, precision, and innovation, LUCKY INTERNATIONAL continues to lead India’s biogas fabric industry — empowering a future built on clean energy and environmental responsibility.