Our patented dry and wet digestion technologies can process large amounts of agri waste using simple, regionally deployable & scalable technology. The solution produces energy in the form of biogas which can be used for heat generation, electricity generation, industrial application, etc. Alternatively, the biogas can be converted into CBG for use as a vehicle fuel. In addition to this, a high-grade digested is produced that can be utilised as a fertilizer to enhance the health of soil and substitutes the use of fossil fuel-derived and chemical fertilizers.

Feedstock Includes

Paddy waste
Napier grass
Mustard stalk
Flower waste
Corn Stover
Maize Silage

Features

  • No requirement of pre processing

  • Avoids burning of agri waste

  • Localised energy source

  • Monitoring of carbon emission

  • Offsetting of fossil fuels

  • Low infrastructure requirements

Use Cases

  • Paddy waste processing

  • Food Process Industries

  • Flower growing Industry

  • Energy crop processing

  • Sugar Industries

Our Products

BIOQUBE

BioQUBE is a robust, modular small scale anaerobic digesters (biogas digesters) providing a compact solution to process smaller volumes of feedstocks and wastes on site.

DRYQUBE

Blue Planet and QUBE’s patented dry-digestion technology efficiently processes large quantities of Agri-residue without complex pre-treatment, offering simplicity, deployability, and scalability.

CENTRALISED PLANT

Concrete-based (CSTR) wet digestion plant to process feedstocks like Napier grass, Pressmud, etc. for large-scale processing .

Our Projects

Hydrogen Beecs Project with Carbon Capture And Storage At Bio Renewables Development Centre- York, Leeds, UK

150 Ton (Batch) Paddy Waste To Biogas Plant, Philippines

150 Ton (Batch) Maize & Corn Waste To Cbg Plant, Texas,Us

150 Ton (Batch) Flower Waste To Cbg Plant At Oserian Flower Farm, Naivasha, Kenya

60 Ton (Batch) Paddy Straw Based Dry Qube Plant Philippines

Contribution To UN Sustainable Development Goals

Download Our Brochure for More Information