Biogas Scrubbing: Producing High-Quality Biomethane with BioVest.

Discover the process of upgrading raw biogas into valuable biomethane and CO2. BioVest's advanced scrubbing technology, in partnership with Spantech Engineers, ensures high efficiency and reliability.

Biogas Scrubbing: Producing High-Quality Biomethane with BioVest.

Discover the process of upgrading raw biogas into valuable biomethane and CO2. BioVest's advanced scrubbing technology, in partnership with Spantech Engineers, ensures high efficiency and reliability.

Understanding Biogas Upgrading: Turning Raw Gas into High-Value Resources

Biogas upgrading is the process of purifying raw biogas by removing impurities like CO₂ and H₂S. BioVest uses advanced VPSA technology to produce high-purity biomethane and food-grade CO₂. This step is essential for grid injection, clean fuel use, and reducing environmental impact.

What is it?

Biogas upgrading removes unwanted gases from raw biogas to isolate methane, producing a cleaner and more energy-rich fuel.

Why Upgrade?

Upgraded biogas has higher methane purity, fewer emissions, and meets quality standards for CBG, grid injection, and commercial applications.

Where Biogas Upgrading Delivers Value

Fuel for a Low-Carbon Economy

Upgraded biomethane exceeds 98% purity, making it ideal for CBG, clean vehicles, or direct injection into gas grids. It’s a sustainable replacement for fossil fuels in transport and energy.

Fuel for a Low-Carbon Economy

Upgraded biomethane exceeds 98% purity, making it ideal for CBG, clean vehicles, or direct injection into gas grids. It’s a sustainable replacement for fossil fuels in transport and energy.

Fuel for a Low-Carbon Economy

Upgraded biomethane exceeds 98% purity, making it ideal for CBG, clean vehicles, or direct injection into gas grids. It’s a sustainable replacement for fossil fuels in transport and energy.

CO₂ with a Purpose

The CO₂ separated during scrubbing is captured, not wasted. It can be reused in food-grade applications, cooling, or industrial processes—turning a by-product into climate-smart value.

CO₂ with a Purpose

The CO₂ separated during scrubbing is captured, not wasted. It can be reused in food-grade applications, cooling, or industrial processes—turning a by-product into climate-smart value.

CO₂ with a Purpose

The CO₂ separated during scrubbing is captured, not wasted. It can be reused in food-grade applications, cooling, or industrial processes—turning a by-product into climate-smart value.

Designed for Operational Success

Built in partnership with Spantech Engineers, our VPSA scrubbers are modular, automated, and optimized for reliability. Faster installation, lower maintenance, higher output.

Designed for Operational Success

Built in partnership with Spantech Engineers, our VPSA scrubbers are modular, automated, and optimized for reliability. Faster installation, lower maintenance, higher output.

Designed for Operational Success

Built in partnership with Spantech Engineers, our VPSA scrubbers are modular, automated, and optimized for reliability. Faster installation, lower maintenance, higher output.

Partnership

Partnership

Built on Partnership: BioVest x Spantech

At BioVest, we focus on high-performance biogas production—Spantech brings advanced scrubbing expertise. Together, we deliver a fully integrated solution that turns raw biogas into high-purity biomethane and CO₂. Spantech’s modular VPSA units are tailored to BioVest’s systems, ensuring fast deployment, efficient upgrading, and real-world reliability.

Integrated end-to-end solution: from gas generation to purification

Spantech’s scrubbing tech, tuned for BioVest’s biogas output

Modular systems with fast commissioning and high CH₄ recovery

Where Clean Energy Begins: Discover More from BioVest

Ready to see how scrubbing fits into the bigger picture? Explore our full ecosystem of renewable energy and carbon-smart outputs.

Transforming organic residuals into clean energy, water, and healthier soils for a sustainable future.

Transforming organic residuals into clean energy, water, and healthier soils for a sustainable future.

Transforming organic residuals into clean energy, water, and healthier soils for a sustainable future.