Marcin Panowski

Prof. Marcin Panowski is a Professor at Czestochowa University of Technology's Faculty of Infrastructure and Environment, specializing in the Department of Advanced Energy Technologies. His academic credentials include PhD, DSc, and Eng. qualifications, reflecting his extensive expertise in energy systems engineering. He maintains active teaching responsibilities with regular consultation hours scheduled for the 2024/2025 academic year.

Prof. Panowski's research focuses on critical energy sector challenges:

• Technical and environmental optimization of energy production systems
• Advanced waste heat recovery methodologies, particularly low-temperature applications
• Industrial implementation of compressor and absorption heat pump technologies
• CO2 emission reduction through innovative adsorption capture methods
• Integration of carbon capture systems with conventional power generation

His recent publication record reveals a strategic expansion from traditional power plant optimization toward interdisciplinary applications, particularly in agricultural energy systems. While maintaining his core expertise in carbon capture technologies, he has increasingly focused on practical implementations of waste heat recovery in vegetable sprout production. This evolution demonstrates his ability to bridge theoretical energy engineering with real-world industrial and agricultural applications.

Prof. Panowski has secured recognition through significant patents:

• "Sposób schładzania dwutlenku węgla CO2 wyseparowanego ze spalin ze spalania paliw stałych w kotłach energetycznych" (Patent PL 228625, 2018)
• "Sposób przygotowania świeżej wody na potrzeby podlewania w uprawie kiełków warzywnych" (Patent PL 243296 A1, 2023)

His practical contributions include the implementation of "an energy-saving pilot line for the production of vegetable sprouts with improved quality parameters" as part of project POIR.01.01.01-00-0759/17. This project exemplifies his commitment to translating research into tangible industrial solutions that simultaneously improve energy efficiency and product quality while addressing environmental concerns.