Neogenyx Fuels Starts Construction of Nebraska Feedlot RNG Plant

*TL;DR: Neogenyx Fuels breaks ground on a renewable natural gas (RNG) plant at an Adams Land & Cattle feedlot in Broken Bow, Nebraska, promising jobs, investment and a new export avenue for agriculture.

Context Nebraska’s central plains are seeing a shift from traditional livestock operations to integrated energy production. The state’s abundant manure supplies now feed anaerobic digesters—sealed tanks where microbes break down organic waste without oxygen, producing biogas. Upgrading that biogas yields RNG, a pipeline‑grade fuel that can replace fossil natural gas in trucks and other applications.

Key Facts - Construction began on Neogenyx Fuels’ first agricultural RNG facility, located on Adams Land & Cattle’s feedlot. - CEO Michael Bakas called the project a “milestone” that will bring investment, create jobs and position agriculture as a major domestic export engine. - Adams Land & Cattle CEO Abram Babcock highlighted the plant’s role in clean energy and its local environmental and economic benefits. - The plant will house multiple anaerobic digesters, capture methane from manure, and upgrade it to RNG for transport and power use. - By‑product streams will be recycled on‑site as livestock bedding and fertilizer, adding value to the farm’s operations. - Expected outcomes include a substantial annual RNG output, reduced greenhouse‑gas emissions from manure, construction‑phase spending and long‑term operational employment.

What It Means The Broken Bow project demonstrates how rural America can monetize waste streams while cutting emissions. Capturing methane— a greenhouse gas 28 times more potent than carbon dioxide—directly lowers the sector’s climate footprint. The RNG produced can be sold into existing natural‑gas pipelines, creating a new revenue line for farmers and diversifying the regional economy.

Local officials anticipate a boost in construction jobs and a permanent workforce to operate the digesters and maintain equipment. The reuse of digestate as bedding and fertilizer reduces input costs for the feedlot, creating a closed‑loop system that improves profitability.

Nationally, the plant adds to a growing portfolio of RNG projects that aim to meet renewable fuel standards and reduce reliance on imported fossil fuels. If the Nebraska model proves cost‑effective, it could spur similar installations across the Midwest, where livestock density provides ample feedstock.

Looking ahead, watch for the plant’s first RNG deliveries, the scale of greenhouse‑gas reductions reported, and any policy incentives that could accelerate further agricultural RNG development.