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About Us
Our RNG plants convert straw and other organic materials into biomethane to produce biogas or generate electricity. The process by-products are further refined into nutrient-rich fertilizers and liquid nutrients, which support the following year’s wheat crops, reducing reliance on fossil-based fertilizers. This closed-loop approach yields a negative Carbon Intensity (CI) score, driving down harmful methane release while providing low carbon power and fuels.
At Hard Red Energy Inc., we work alongside trusted partners to deliver long-term, fixed (index-linked) Power Purchase Agreements (PPAs) for Biogas, Biogenic CO₂, Renewable Electricity, and Compressed Biogas. Through a comprehensive suite of contracts—including design, construction, operations & maintenance (O&M), and PPAs—we help you lower your carbon footprint, reduce your Carbon Intensity (CI) score, meet your ESG objectives, and cut Scope 1, 2, and 3 emissions.
We are your long-term partner in renewable fuels, supporting fleet decarbonization while saving you money and helping the planet. Our RNG hub-and-spoke plants scale up to 200 MW, enabling us to serve major data centers, heavy industry, and large blue-chip corporations. Every facility comes with a fully bonded biogas output warranty, underpinned by a secure, long-term feedstock agreement managed and serviced by our dedicated feedstock subsidiary.
Condor Cluster
3.9Mn MMBTu projected
Red Earth Cluster
3.9Mn MMBTu projected
Cedar Central Cluster
13Mn MMBTu projected
Cluster Projects
Sustainability Targets
28 Million
MMBTu of biogas from straw by 2030
Working with our technical partners and funders we turn 3.4 million tons of waste straw into energy every year. This reduces straw burning and CO2 release.
6.46 Million
Tons of CO2 per annum stopped from entering atmosphere
Burning 1 ton of straw releases approximately 1,468 kg (1.47 tons) of carbon dioxide, incomplete combustion releases carbon monoxide and particulate matter leading to poor air quaility.
1.4Mn
Tons of Biogenic CO2 for Beverage and Sustainable fuels.
Our biogenic CO2, produced in the fermentation process is captured and used in the beverage sector and as feedstock for sustainable fuels.
01
Sustainable Straw Utilization for Biogas Production
Pre-treated Straw
Methane
CO2 Capture
After the harvest, straw is baled directly behind the combine, and farmers are compensated for providing this waste. A chemical-free pre-treatment is applied to the waste, which accelerates digestion and simplifies the breakdown of lignin.
During fermentation, the straw is mixed with water, maintained at a consistent temperature, and agitated. These conditions enable microbes to efficiently convert the biomass into methane.
Over time, the straw decomposes, releasing biogas, a mixture of methane and carbon dioxide (CO2). This biogas undergoes treatment to separate the two gases. The purified methane is injected into the gas pipeline, while the biogenic CO2 is liquefied for use in the beverage industry and as a feedstock for fuel production.
02
Site Assessment and Feasibility Studies
Data
Resource Map
Cost Analysis
Identifying and Developing Future Sites
When selecting future sites, we conduct thorough site-specific studies to ensure the availability of natural resources and confirm that they will remain unaffected by our operations. Key requirements include accessing existing gas main, a reliable supply of feedstock, and either process water (preferred) or well water.
Environmental assessments are integral to our process. We perform detailed ground and air studies to meet permitting requirements and ensure the sustainability of our projects. Additionally, we evaluate the surrounding area to confirm there is a sufficient local workforce to operate the plant. To support this, we run a comprehensive training program, equipping local residents with the necessary skills and contributing valuable income to the community and its economy.
Before any project receives funding or construction begins, we complete a full cost-resource map and cost analysis to ensure the project’s feasibility and long-term success.
03
Complete Closed Loop Process
From The Field
To RNG
Back To The Field
In our closed-loop system, we source straw from fields typically within 30 miles of our RNG (Renewable Natural Gas) facilities. During the conversion process, methane is captured and used for energy, while the CO2 is repurposed for beverage production and as a feedstock for fuel.
After processing, the remaining fibre and liquid are transformed into fertilizer and returned to the fields. This significantly reduces farmers’ reliance on fossil-based fertilizers, supporting more sustainable farming practices.
As part of our commitment to sustainability, an increasing number of our transport trucks used to deliver waste to our facilities are powered by RNG or biodiesel.
The RNG produced in our facilities is versatile, providing heating and power for homes and industries, electricity for data centers, and even green LNG (Liquefied Natural Gas) for shipping fuel.
This truly embodies a closed-loop system, turning straw into sustainable energy.
Our Partners
