GPE BioNode Regenerates Ecosystems

Regeneration of ecosystems through the transformation of waste into valuable resources and carbon negative computing

Every Year a Single GPE BioNode…

Processes

0 tonnes

of Biodegradable Waste

Sequesters

0 tonnes

of CO₂

Generates

0 MWh

of Carbon Negative Electricity

Pave the Way for a Greener Future…

GPE is pioneering a breakthrough in waste management for agriculture, forestry, food, municipalities and humans while fostering sustainable practices.

Global Waste Challenges

Climate change is a pressing environmental driver that calls for immediate and sustainable action. The GPE Regeneration Through Waste Transformation system is an innovative solution that addresses the challenges of climate change through sustainable waste management practices. The GPE BioNode solution is able to process a variety of global waste types.

Agriculture Waste

Waste made up of crop residues, stalks, husks and animal manure.

Forestry Waste

Woody debris including leaves and pine needles from logging, tree thinning and forest fire fuel removal.

Food Waste

Discarded spoiled food, waste trimmings and leftovers.

Municipal Solid Waste

Landfill waste mostly from paper, plastics, metals, wood and food. Typically 40% is biomass.

Water Treatment Waste

Residue generated during the process of purifying water which includes sludge, chemicals and other pollutants.

Clinical/Medical Waste

Waste generated by healthcare facilities that contains potentially infectious material and can spread disease.

GPE Climate Crisis Solution

Great Plains Ecosystems is a Climate Technology company dedicated to addressing the major problems of waste and the greenhouse gas emissions it creates. Through its revolutionary Regenerative BioNode platform and state of the art management systems, it transforms waste into valuable resources and sustainable services.

Is Regenerative, Locate Anywhere “End of Waste” System that restores Ecosystems

Rapidly Removes CO₂ from Waste Biomass and Stores it as Biochar

Generates Clean Electricity to Support On-Site Hybrid Edge Data Center