Steve P Kowalski Multifunctional Equipment Integration Group Leader Contact 865.574.4458 | kowalskisp@ornl.gov All Publications Demonstration of the carbon capture with building make-up air unit Energy dataset of Frontier supercomputer for waste heat recovery CRADA NFE-22-09374 Final Report - Residential Cold Climate Heat Pump Technology Challenge (Rheem) An Affordable, Minimum-carbon Hybrid Heat Pump with a Grid Responsive Retrofittable Controller... Liquid piston with spray cooling near-isothermal compressor An Experimental Investigation of Sintered Particle Effect on Heat Transfer Performance in an “Annular Flow” Evaporation Tube High Temperature Heat Pumps and Their Roles in the Decarbonization of Building and Industry Technology Feasibility of High-Temperature Heat Pumps for Industrial Drying Process in the US District heating utilizing waste heat of a data center: High-temperature heat pumps CRADA NFE-22-09321 Final Report – Isothermal Compressor Computational Fluid Dynamics Simulations A multifunctional rooftop unit for direct air capture The Role of Fuels in Transforming Energy End-Use in Buildings and Industrial Processes Searching for Suitable Binary Fluid for an Ejector Heat Pump for Domestic Water Heating PINCH POINT ANALYSIS OF GAS COOLERS IN TRANSCRITICAL R1336mzz(Z) HIGH-TEMPERATURE HEAT PUMPS... ORNL Campus Sustainability and Decarbonization using Waste Heat Recovery from the Oak Ridge Leadership Computing Facility’s High-Performance Computing Data Center Numerical Study of Liquid Piston Compression Using Large-Eddy Simulation and Volume-of-Fluid Approach Acidic Gas Reduction Enables Clean and Efficient Residential Natural Gas Furnace Acidic Gas Reduction For Residential Natural Gas Furnace Thermodynamic analysis of a two-stage binary-fluid ejector heat pump water heater EXPERIMENTAL ANALYSIS OF SINGLE EVAPORATION TUBE UTILIZING SINTERED COPPER PARTICLE WICKING STRUCTURES Experimental study of steam-driven ejector heat pump Performance Analysis of High-Temperature Heat Pumps with Two-Phase Ejectors Searching for eco-friendly working fluids for an ejector-driven heat pump for domestic water heating Exploration of Heat-Driven Ejector High-Temperature Heat Pumps Experimental performance of ejector heat pump operating in the sub-critical mode Pagination Current page 1 Page 2 Next page ›› Last page Last » Key Links ORCID LinkedIn Organizations Energy Science and Technology Directorate Buildings and Transportation Science Division Building Technologies Research Section Multifunctional Equipment Integration Group User Facilities Building Technologies Research and Integration Center
