Agricultural Renewable Natural Gas Facility Set to Break Ground in Nebraska Through Neogenyx Fuels and Adams Land & Cattle Partnership
Neogenyx Fuels, a developer, owner, and operator of advanced fuel solutions, is partnering with Adams Land & Cattle, LLC to break ground on a new renewable natural gas (RNG) facility at the Adams Land & Cattle feedlot in Broken Bow, Nebraska. The project represents an important step in expanding agricultural participation in the renewable energy economy while creating new opportunities to convert livestock waste into a valuable low-carbon fuel.
The facility will be Neogenyx Fuels’ first agricultural RNG project and is designed to demonstrate how livestock manure can be transformed into pipeline-quality renewable natural gas through anaerobic digestion. Once operational, the facility is expected to produce RNG that can be used as a low-carbon transportation fuel as well as for other energy applications.
The project is also expected to establish a new model for connecting agricultural production with emerging domestic and international energy markets. By utilizing manure generated at the Adams Land & Cattle feedlot, the facility will capture biogas that would otherwise contribute to greenhouse gas emissions and process it into a cleaner, commercially valuable energy source.
At the heart of the project will be eight anaerobic digesters. Together, the digesters are expected to generate more than 4,400 standard cubic feet per minute (SCFM) of biogas. The biogas will then undergo an upgrading process to produce approximately 1.2 million MMBtu of pipeline-quality RNG annually.
Anaerobic digestion is a process in which organic materials such as livestock manure are broken down in an oxygen-free environment. The process produces biogas that can be captured and upgraded for energy use. In agricultural applications, anaerobic digestion can provide producers with a pathway to manage organic waste while simultaneously generating renewable energy.
For Adams Land & Cattle, the project provides an opportunity to turn an existing agricultural byproduct into a source of renewable energy. For Neogenyx Fuels, it represents the beginning of an agricultural RNG platform with the potential to demonstrate how projects located in rural communities can contribute to broader energy-transition goals.
One of the project’s most significant anticipated benefits is its potential contribution to greenhouse gas reduction. The facility is expected to avoid up to approximately 63,700 metric tons of carbon dioxide emissions each year. According to the project partners, that annual reduction is comparable to the amount of carbon sequestered by approximately 63,800 acres of U.S. forest over one year.
Beyond emissions reductions, the facility is expected to generate economic benefits for the surrounding central Nebraska community. Construction and operation of the project are anticipated to support job creation and contribute to local economic activity. By investing in renewable energy infrastructure in a rural agricultural region, the project could also demonstrate how clean-energy development can complement traditional farming and livestock operations.
The initiative comes at a time when demand for lower-carbon fuels is expanding across multiple industries. Transportation companies, energy producers and other major fuel consumers are increasingly evaluating renewable alternatives as governments and markets seek to reduce greenhouse gas emissions. RNG derived from agricultural waste is one potential pathway for meeting some of that demand.
The Nebraska facility could have implications beyond the domestic transportation market. A central focus of the groundbreaking event will be the potential connection between RNG produced from livestock manure in rural Nebraska and its future use as bio-liquefied natural gas, or Bio-LNG, for the international shipping industry.
The maritime sector is facing growing pressure to reduce emissions and identify alternatives to conventional fossil fuels. Bio-LNG derived from renewable sources could provide shipping companies with another option as they work toward lower-carbon operations. The development of agricultural RNG projects could therefore create a connection between U.S. livestock production and international maritime fuel markets.
This potential link is particularly significant for agricultural producers because it could broaden the range of markets available for renewable energy generated from livestock operations. Rather than viewing manure solely as a waste-management challenge, projects such as the Neogenyx Fuels and Adams Land & Cattle facility seek to position agricultural byproducts as feedstocks for the production of marketable energy products.
The project also highlights the broader role that rural communities could play in the transition toward cleaner energy systems. Agricultural regions possess significant quantities of organic material that can potentially be used for renewable fuel production. Developing the infrastructure needed to capture and process these resources could create new revenue opportunities while supporting local employment and economic development.
For Nebraska, the project reinforces the state’s potential as a location for agricultural renewable energy development. The state’s livestock industry provides a substantial source of manure feedstock, while its agricultural infrastructure and rural communities could support additional renewable energy investments.
For Neogenyx Fuels, the groundbreaking marks an important milestone in expanding its portfolio beyond conventional advanced fuel development and into agricultural renewable natural gas. The company’s participation demonstrates its focus on developing fuel solutions that can connect available feedstocks with growing demand for lower-carbon energy.
The Adams Land & Cattle partnership likewise illustrates how livestock operations can participate in emerging energy markets through technology and infrastructure investments. By integrating anaerobic digestion and gas upgrading into the feedlot environment, the project seeks to create value from materials already generated through agricultural production.
Ultimately, the Nebraska RNG facility is intended to serve as more than an individual renewable energy project. It offers a potential blueprint for how agricultural producers, energy developers and rural communities can work together to capture renewable resources, reduce emissions and develop new economic opportunities.
As global demand for cleaner transportation fuels continues to develop, the ability to convert agricultural waste into pipeline-quality RNG could become increasingly important. The potential use of that RNG as Bio-LNG for international shipping further expands the project’s significance, connecting livestock production in central Nebraska with a global market seeking alternatives to higher-carbon fuels.
The groundbreaking at Adams Land & Cattle therefore represents a significant step toward demonstrating how American agriculture can participate in the evolving renewable energy economy. Through the combination of livestock production, anaerobic digestion, renewable natural gas production and potential international fuel applications, the project could provide a model for future agricultural energy developments across the United States.
With its anticipated production capacity, greenhouse gas reduction potential and expected economic benefits, the facility underscores the opportunity to transform agricultural byproducts into renewable energy while supporting rural development. Neogenyx Fuels and Adams Land & Cattle’s initiative demonstrates how innovation in agricultural energy systems can help create connections between local resources in Nebraska and the growing global demand for lower-carbon fuels.
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