S. Beyers

发表

Optimizing Cornell’s future geothermal district heating performance through systems engineering and simulation

J. Tester, C. L. Anderson, Christopher R. Galantino, 2021 .

Co-Generation Opportunities for Lower Grade Geothermal Resources in the Northeast - A Case Study of the Cornell Site in Ithaca, NY

J. Tester, R. Allmendinger, D. Blackwell, 2010 .

Risk Reduction in Geothermal Deep Direct-Use Development for District Heating : A Cornell University Case Study

Jared D. Smith, J. Tester, S. Beyers, 2019 .

District Geothermal Heating Using EGS Technology to Meet Carbon Neutrality Goals: A Case Study of Earth Source Heat for the Cornell University Campus

Jared D. Smith, J. Tester, R. Allmendinger, 2019 .

Sustainable district energy integrating biomass peaking with geothermal baseload heating: A case study of decarbonizing Cornell's energy system

Jillian L. Goldfarb, L. T. Angenent, J. Tester, 2020 .

SuperCOPs: Hybrid Geothermal Heat Pump Systems for Exceptional Economics, Environmental Performance, and Operational Control

S. Beyers, Olivier Racle, 2020 .

Geothermal direct use for decarbonization — progress towards demonstrating Earth Source Heat at Cornell

J. Tester, K. Beckers, S. Beyers, 2023 .

Subsurface Insights from the Cornell University Borehole Observatory (CUBO): A 3km Deep Exploratory Well for Advancing Earth Source Heat Deep Direct-Use Geothermal for District Heating

S. Beyers, B. Erdinc, Daniela Pinilla, 2022 .