Decarbonization of
Heavy Industry & Agriculture
Creating Sustainable Energy
for a Net-Zero Future
Sprouter Energy
Innovation
Electrification can only supply small portions of the energy required by industries such as steel, cement, chemicals, manufacturing, heavy shipping and transportation.
Innovative processes which use the standards of Circular BioEconomy, produce Green Biomethane and Green Hydrogen - renewable energy sources vital in achieving 2030 climate neutral milestones.
Innovation is the heart of Decarbonization
Impact
Sprouter Energy Facilities
400,000 tonnes of organic waste processed per facility per year
29,000,000 m3 of biogas generated per facility per year
29,000 tonnes of GHG - CO2 emissions reduced per facility per year
23,000 tonnes of GHG - CO2 emission replaced per facility per year
52,000 tonnes of CO2 removed in total per year per facility
Collaboration with Wind & Solar
Sprouter Energy can produce e-Methanol and Green Hydrogen using end products created via the anaerobic digestion process. An AD facility has the technology, personnel and the physical space to produce each of these products which can then be delivered directly to the grid, prepare for shipment via alternative means or stored on-site for future use.
Collaborating with wind & solar ensures that their electrical production is fully maximized. Excess electrical generation, off-peak runs, or simple capacity maximization, is used to create industry dependent green hydrogen and e-Methanol.
Working to ensure the full utilization of wind, solar and
anaerobic digestion is beneficial to both the
marketplace and the environment.
Vision
The Circular Bioeconomy
An economy where the basic building blocks for materials, chemicals, and energy are derived from renewable biological resources
Using organics to decarbonize industry,
shipping and agriculture.
Bringing value to the economy and environment.