Hamilton White Composting Technologies, LLC
Turning Liabilities into Assets
About
Hamilton-White Composting Technologies (HWC) is developing a new generation of agricultural infrastructure designed to replace open manure lagoons with sealed, aerobic composting systems. Our work addresses one of the most persistent challenges in livestock agriculture: the safe, reliable management of high-liquid manure and effluent streams.
Traditional lagoon systems rely on open, anaerobic storage that generates emissions, concentrates nutrients, and creates long-term environmental and regulatory risk. HWC takes a fundamentally different approach. By processing effluent within sealed, thermophilic reactors, our systems eliminate open storage entirely—converting waste into stable, pathogen-reduced compost while reducing methane emissions and improving biosecurity.
Built on proven research and a patented reactor architecture first developed in the 1990s, HWC’s technology has been modernized for today’s dairy, hog, and cattle operations. Our systems are designed as permanent infrastructure, capable of continuous operation, predictable performance, and long service life.
Anchored in Nebraska and designed for global deployment, Hamilton-White Composting Technologies is focused on delivering practical, scalable solutions that protect water, air, and soil while strengthening the long-term viability of livestock agriculture.
Mission
Our mission is to improve livestock waste management through practical, scalable systems that strengthen farm operations while reducing long-term environmental and regulatory risk.
Hamilton-White Composting Technologies is focused on replacing open manure lagoons with controlled, aerobic processing infrastructure that reduces emissions associated with anaerobic storage and protects soil and water resources. We provide livestock producers with durable solutions that convert high-moisture manure and effluent into stabilized compost suitable for productive downstream use.
We believe environmental responsibility and agricultural productivity are achieved through sound engineering and disciplined operation, not tradeoffs. By prioritizing biosecurity, herd health, and operational efficiency, our mission is to deliver lasting value—healthier livestock operations, reduced environmental exposure, stronger rural economies, and a more resilient agricultural system for the future.
Vision
Our vision is to advance a practical alternative to lagoon-based livestock waste management by deploying sealed, aerobic composting systems at scale. We aim to support healthier farm operations, stronger rural communities, and a more resilient agricultural system by aligning environmental performance with operational and economic outcomes.
