GTRI Agricultural Technology Research Program

Research and development areas

Robotics and automation systems

Robotics/automation research studies focus heavily on integrated, "intelligent" automation systems. These systems offer major opportunities to further enhance productivity in the poultry and food processing industries. They incorporate advanced sensors, robotics, and computer simulation and control technologies in an integrated package and tackle a number of unique challenges in trying to address specific industrial needs.

Advanced imaging and sensor concepts

Advanced imaging and sensor concepts research studies focus on the design of systems for grading and inspection using stereoscopic 3D, time-of-flight, visible, IR, and UV imaging modalities. The program has already introduced several commercially viable designs. Two recent examples include improving the deboning of chicken and the baking of buns.

Environmental and energy systems

Environmental and energy research studies focus on emerging technologies that help to reduce water usage and waste generation, while also facilitating the recovery of waste heat and value-added byproducts from processing operations. Improved recycling technologies, in particular, are pursued to assist not only in recycling water but also in recycling marinades, brines, etc., thereby reducing their impact on waste treatment operations. Studies also focus on understanding of how waste is generated and how to more effectively remove it from air and water streams. Researchers have also begun to develop new processes designed to enhance the conversion of low-quality waste oils and grease to high-grade fuels.

Worker safety technologies

Worker safety research focuses on finding new ways to reduce the risk of injury. Research conducted by the program into ergonomic risk quantification demonstrates the value of technology in addressing this challenge. In an effort to help the industry pursue a scientific base for assessing and controlling injury, researchers have developed an Ergonomic Work Assessment System (EWAS) to measure exposure in the actual processing plant.