Easy Access Gas Holder Service Box
Our service box boasts a cutting-edge design that places all connectors above ground for effortless servicing. Components such as the blower, control unit, and sensors remain easily reachable during operation. Built with robust 316 stainless steel, the service box promises durability and uninterrupted functionality.
Unparalleled Quality with ISO-Certified Materials
At the heart of our production process lies an ISO-certified methodology, which is steered by our seasoned technicians. This approach ensures that every single component resonates with superior quality. The biogas storage vessels we manufacture stand out, given they are crafted from industry-leading materials. Notably, our vessels incorporate chemically-resistant membranes, solidifying their robustness. Furthermore, depending on the membrane selection, our welded seams are crafted either through high-frequency techniques or thermal technology, assuring their durability and longevity.
Diverse Gas Holder Designs Tailored to Your Needs
Free-Standing Methane Storage
Customized to your specifications, our free-standing biogas storage systems can be meticulously mounted atop a concrete foundation. These systems can be molded into either a three-quarter shape or a full spherical design. Our continuously operated blowers guarantee that the optimal operating pressure is persistently maintained. Particularly for locations where height restrictions come into play, this design emerges as an ideal (RNG) Renewable Natural Gas Storage solution.
Cylindrical Designs
For projects with limited output or space, we present our cylindrical biogas storage vessels, which are both compact and cost-effective. These cylindrical vessels are designed for easy anchoring into the ground, and their dimensions, in terms of diameter and length, can be adjusted based on specific needs. This design is further enhanced with a blower that precisely controls the pressure, ensuring the stability of both inner and outer walls of the double membrane cylinders.
