The Bioserver

A mobile, modular, and scalable biomass energy solution

What is a Bioserver?

VGrid’s Bioserver generates clean, consistent, and sustainable electricity from agricultural and forestry waste. In the process, high-quality biochar and bio-liquids are produced.

When added to plants and soil, these co-products have been shown to significantly increase crop yields while reducing water and fertilizer.

Benefits:

Consistent, Sustainable Energy | Valuable Co-Benefits

Mobile, Modular, Flexible and Highly Scalable.

Bioservers deploy locally where the biomass is located rather than transporting it over long distances to a central facility. This enables a more efficient and profitable model with a lower overall carbon footprint.

VGrid’s modular “plug and play” approach enables Bioserver arrays of any size, providing the flexibility to scale quickly according to the available biomass and the local market demand for co-products.

Benefits:

Modular | Efficient | Scalable

Tapping into the natural carbon cycle.

Instead of allowing biomass to decompose and release CO2 back into the atmosphere, VGrid’s biochar captures and stabilizes the carbon for over a thousand years, helping to reverse climate change.

The Bioserver consists of two trailer-based units.

Biomass Gasification Unit

The Bioserver employs a low-oxygen, high-temperature downdraft gasifier that is part of a system of filtering and condensing units designed to create and clean syngas for the gen set.

Twin-Engine Generator Set

Bioelectricity is created through two Ford 6.8 Liter V10 engines, modified to run entirely on the syn gas produced by the gasifier unit. Electricity can be consumed onsite or uploaded onto the power grid.

Approved for grid interconnection.

VGrid’s Bioserver produces clean and renewable bioelectricity, biochar, and bio-liquids.

Bioservers can be connected to form any size array.

Provides flexibility to start small and scale quickly, according to the available biomass and the local market demands.

A modular “plug-and-play” system offers key advantages.

Individual units can be removed for service/upgrade without significantly impacting the site’s production.

“Mobility+Modularity” provides maximum flexibility.

Bioservers can move between sites to adjust for seasonal variations of feedstock and local market conditions.

Flexibility to produce where the biomass is located.

The Bioserver provides a lower carbon footprint by localizing biomass use, minimizing transportation emissions and costs.

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Creating clean energy while providing all-natural, value-added solutions