Anaerobic digestion of dairy manure produces biogas that can be captured and used for fuel while offering environmental benefits. Dairy farmer use of anaerobic digesters is not widespread due to various challenges, including high costs and inadequate return. A cooperative approach could address the challenges through improved negotiating strength; technical assistance for digester design, installation, and operation; management and marketing services; and/or financial guidance and assistance. Cooperative efforts may allow milk producers to remain focused on milk production while lowering costs and/or increasing returns from energy and byproduct sales
Anaerobic digestion may be a viable manure treatment and handling method for dairy farms. This proce...
Anaerobic digestion of dairy manure is a proven technology with a long history, immediately availabl...
Dairy producers should improve their activity with modern production techniques/technologies to meet...
This publication discusses the impacts of incorporating co-digestion at dairy-based anaerobic digest...
The AgSTAR project of the U.S. EPA analyzed the possibility of installing anaerobic digesters with e...
The Anaerobic Digestion Systems Series provides research-based information to improve decision-makin...
Over 9 million dairy cows generate an estimated 226 billion kg of wet manure annually in the USA. To...
The use of co-substrates can significantly enhance biogas production from manure while helping to tr...
The U.S. dairy industry produces roughly 500 billion pounds of manure per year on a wet slurry mass ...
Anaerobic digestion is a natural biological process that offers many environmental protection advant...
Increased awareness and regulation of dairy waste products have spawned a variety of technical innov...
One of the common trends in livestock production in developed countries is to intensify livestock pr...
Anaerobic digestion is again being taken seriously because of increasing concerns about the environm...
Anaerobic digestion offers the dairy and food-processing industries a way to address environmental c...
Anaerobic digestion of dairy manure can be configured in various centralized systems involving multi...
Anaerobic digestion may be a viable manure treatment and handling method for dairy farms. This proce...
Anaerobic digestion of dairy manure is a proven technology with a long history, immediately availabl...
Dairy producers should improve their activity with modern production techniques/technologies to meet...
This publication discusses the impacts of incorporating co-digestion at dairy-based anaerobic digest...
The AgSTAR project of the U.S. EPA analyzed the possibility of installing anaerobic digesters with e...
The Anaerobic Digestion Systems Series provides research-based information to improve decision-makin...
Over 9 million dairy cows generate an estimated 226 billion kg of wet manure annually in the USA. To...
The use of co-substrates can significantly enhance biogas production from manure while helping to tr...
The U.S. dairy industry produces roughly 500 billion pounds of manure per year on a wet slurry mass ...
Anaerobic digestion is a natural biological process that offers many environmental protection advant...
Increased awareness and regulation of dairy waste products have spawned a variety of technical innov...
One of the common trends in livestock production in developed countries is to intensify livestock pr...
Anaerobic digestion is again being taken seriously because of increasing concerns about the environm...
Anaerobic digestion offers the dairy and food-processing industries a way to address environmental c...
Anaerobic digestion of dairy manure can be configured in various centralized systems involving multi...
Anaerobic digestion may be a viable manure treatment and handling method for dairy farms. This proce...
Anaerobic digestion of dairy manure is a proven technology with a long history, immediately availabl...
Dairy producers should improve their activity with modern production techniques/technologies to meet...