Organizing demonstrations and tours for Government officials and Extension on Animal Mortality Management

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Provide some discussion on putting together Tour and Demonstration educational events. To Provide real life demonstrations and educational opportunities dealing with Mortality management.

What did we do?

The agent participated on a multi-state and multi country steering committee to organize and host an international symposium on Animal Mortality and Disposal Management.…

Removing Phosphorus from Drainage Water: The Phosphorus Removal Structure


To illustrate a case study design and construction of a phosphorus removal structure on a poultry farm, and to present the basics of how to properly design a structure.

What did we do?

We constructed a phosphorus (P) removal structure on a poultry farm in Eastern OK; this is a BMP that can remove dissolved P loading in the short term until soil legacy P concentrations decrease below levels of environmental concern.…

Using Solar Power to Provide Animals with Water while Protecting Water Quality

Why Consider Solar Power for Watering Livestock?

The purpose of this paper and presentation is to show how we have been using solar powered watering stations to provide a clean water supply to livestock while also protecting water resources. The project was started as a way to assist farmers who had received funding from some federal or state agencies to improve water quality on and through their land.…

Converting Manure, Food Wastes and Agricultural Production Wastes into Bio-Secure Fertilizer, feed, and/or beeding


To find a way to completely eliminate bio-hazards in manure, food wastes, municipal sludge, and agricultural production wastes.

What did we do? 

We adapted existing dry extrusion technology to bio-hazard agricultural wastes. To test the hypothesis we developed [ Dry Extrusion Technology can be adapted to convert bio-degradable hazardous wastes into Bio-Secure class “A” fertilizer, feed, and/or bedding more economically, with less environmental impact, greater sustainability, and in less time with a smaller foot print]

Once we proved our Hypothesis we further developed the process to allow the technology to be utilized in a large stationary plant suitable for a large waste generator and in a portable plant that can be used to assist smaller waste generators, such as, most agricultural producers and smaller municipalities.