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Turning Waste Into Energy, Resources, and Economic Value
Eureka Energy Corporation is pioneering advanced waste-to-value projects through its innovative Gravity Pressure Vessel™ technology, which enables energy transformation by converting suitable waste streams into energy, fuels, recoverable materials, and other marketable resources.
Instead of viewing waste merely as a disposal challenge, Eureka sees it as a valuable feedstock that can drive new infrastructure, create new products, and unlock new economic opportunities.
Waste In → Resource Recovery → Energy & Fuels → Marketable Products
The Circular Economy
Read about the need to shift from linear to circular economics in waste management. Download our whitepaper for free
The Challenge Facing Communities
Waste management is becoming an increasingly difficult infrastructure challenge for local governments.
Communities must continually collect, transport, process, and dispose of material while managing rising costs, limited landfill capacity, environmental obligations, and long-term liabilities.
The traditional model largely asks communities to pay to make waste disappear.
Eureka believes the better question is: How much value can be recovered before anything is discarded?
The Scale—and Cost—of the Waste Problem
292.4 Million Tons
+10% Fee Increases & Up
292.4 Million Tons
According to the EPA’s latest national dataset, the municipal solid waste generated annually in the United States highlights the importance of energy transformation and resource recovery initiatives, particularly in the context of waste-to-value projects.
~50% Landfilled
+10% Fee Increases & Up
292.4 Million Tons
Of U.S. municipal solid waste, approximately 146 million tons are landfilled, according to the EPA's latest national dataset, highlighting the need for energy transformation strategies and innovative resource recovery through waste-to-value projects.
+10% Fee Increases & Up
+10% Fee Increases & Up
+10% Fee Increases & Up
According to the Environmental Research & Education Foundation, the increase in average U.S. landfill tipping fees in 2024 highlights the urgent need for energy transformation and resource recovery through innovative waste-to-value projects.
58% Waste Methane
15–25% Residual Ash
+10% Fee Increases & Up
The EPA estimates that landfilled food waste is responsible for 58% of fugitive methane emissions from MSW landfills, despite the fact that this food waste only constitutes about 24% of the total municipal waste. Addressing this issue through energy transformation and innovative resource recovery methods could enhance the effectiveness of waste-to-value projects.
30+ Year Liability
15–25% Residual Ash
15–25% Residual Ash
The typical federal post-closure care period for municipal solid-waste landfills involves monitoring and maintenance after disposal operations end, which plays a crucial role in supporting energy transformation and resource recovery efforts in waste-to-value projects.
15–25% Residual Ash
15–25% Residual Ash
15–25% Residual Ash
After conventional municipal waste combustion, a portion of the original waste weight can remain as ash, which still requires management or disposal. This aspect underscores the importance of energy transformation in waste-to-value projects and effective resource recovery strategies.