Undergraduate Research

Schatz Energy Research Center (SERC)

SERC was established in 1989 thanks to a generous endowment from Dr. Louis W. Schatz, president of General Plastics Manufacturing Company of Tacoma, Washington. SERC's mission is to promote the use of clean and renewable energy in our society. The Center has a broad portfolio of domestic and international related to renewable energy and energy efficiency. Active research projects include work related to solor energy, hydrogen, and fuel cells, biomass energy, clean transportation, local renewable energy utilization, and energy access for low-income people in developing countries. SERC is housed in a 6600 square-foot purpose-built facility on the HSU campus

Arcata Marsh and Wildlife Sanctuary

The Arcata Marh and Wildlife Sanctuary is one of the fist in the nation to use constructed wetlands for urban wastewater treatment. Many ERE students have been involved in research projects at the marsh. The current activities are focused on understanding the cycling of nitrogen through the treatment system and possible treatment processes that could be used to reduce the ammonia and total nitrogen concentration of the effluent. In addition, work continues on helping to identify operational strategies for the treatment marshes that will improve their solids and BOD removal efficiencies. Find more information about the marsh here.

Watershed Restoration and Aquatic Organism Passage

Faculty and students in the HSU Environmental Resources Engineering program are examining the ability of aquatic organisms to move upstream through culverts and other common stream barriers. This research includes the design of fish passafe structures using mathematical modeling, physical modeling with a hydraulic flume and field monitoring of prototype structures. The College of Natural Resources and Science's sediment transport flume is being used by ERE students and faculty to evaluate the effectiveness of these structures under various bedload transport conditions. The knowledge gained from these projects improves the design of the culverts, grade control structures and small dams, and influences the engineering design of river restoration projects.

Use of Tire Derived Aggregate (TDA) for Wastewater and Stormwater Treatment

This research effort is examing the use of TDS as a media in wastewater and stormwater treatment systems, and developing design guidelines for these treatment systems in the state of California. TDS has a higher surface area to volume ration conpared to rock aggregate, resulting in greate biogilm activity and subsequent removal or transformation of undesirable constituants in the water. The research is also quantifying the rate of leachate from steel in the tire bead and belt and from the rubber compound itself.

Campus Center for Appropriate Technology

ERE students and faculty created a student-run demonstration home for appropriate technologies on the HSU campus. Some examples of ERE student projects include designing and implementing a gray-water treatment system and a composting toilet.

Achilli Research and Teaching Lab (ART Lab)

Research avtivities revolve around the ware-energy nexus using a variety of membrane-based technologies for advances water separation problems. Current externally funded projects include investigation of novel water reuse systems for forward operation bases, landfill leachate treatment, seawater desalination and energy recovery, and physical-chemical wastewater treatment schemes for potable reuse. The research group is mostly composed of undergraduate students. Check out the ART Lab's Facebook page here!

Thermochemical Recuperation and Hydrogen Enriched Combustion

Combustion of typical fuels leads to the destruction of between 16-40% of the work potential also called energy. Research projects are investigating the use of endothermic chemical combustion processes. This technology has the potential to allow use of renewable feedstocks from plants or from waste streams to offset up to 50% of the fossil fuel used in power plant engines or gas turbines, reduce NOx emissions by up to 95%, and increase efficiency by 20%.

How to Apply

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