Jacob Shaun Dustin

Title: Innovations of Jacob Shaun Dustin

Introduction

Jacob Shaun Dustin is an accomplished inventor based in Logan, UT (US). He has made significant contributions to the field of anaerobic digestion, holding 2 patents that showcase his innovative approaches to improving the efficiency of anaerobic reactors.

Latest Patents

Dustin's latest patents include an "Anaerobic reactor with auger in the effluent line." This invention features an effluent outlet designed to direct effluent out of the reactor while incorporating a fluid-filled gas trap to prevent biogas loss. The auger assembly, which is operably coupled to the effluent outlet, effectively prevents clogging by solid matter. It includes at least one helical screw conveyor that rotates to remove solid material, allowing for continuous or semi-continuous operation of the reactor.

Another notable patent is focused on "Methods for removal of non-digestible matter from an upflow anaerobic digester." This patent outlines methods for maintaining steady-state operation of an upflow anaerobic digester using organic matter that contains solid, non-digestible matter. The process involves several steps, including providing a bacterial culture for organic matter breakdown and removing accumulated solid matter while preserving the steady-state of the bacterial culture.

Career Highlights

Jacob Shaun Dustin is affiliated with Utah State University, where he contributes to research and development in the field of anaerobic digestion. His work has implications for waste management and renewable energy production, making him a valuable asset to the academic community.

Collaborations

Dustin collaborates with notable colleagues, including Conly L Hansen and Carl S Hansen, who share his commitment to advancing research in anaerobic digestion.

Conclusion

Jacob Shaun Dustin's innovative patents and contributions to anaerobic digestion reflect his dedication to improving environmental sustainability. His work at Utah State University continues to influence the field positively.