Engineering • Energy Systems • Research & Innovation
Engineering • Energy Systems • Research & Innovation
Advanced thermodynamic analysis of industrial systems to identify inefficiencies and optimization opportunities.
Design, sizing, and performance optimization of heat pump systems for industrial and commercial applications.
Design and improvement of refrigeration cycles, including COP enhancement and system reliability.
Feasibility studies and optimization of combined heat and power systems for maximum efficiency.
Detailed energy assessments with actionable recommendations to reduce consumption and operating costs.
Custom design of boilers, heat exchangers, and integrated thermal systems.
Use of pinch analysis and advanced methods to improve industrial energy efficiency.
Design and integration of thermal energy storage for load management and system flexibility.
High-level engineering support for complex projects, troubleshooting, and decision-making.
PhD-level knowledge in thermodynamics and energy systems.
Hands-on experience with real systems: boilers, heat pumps, refrigeration.
From analysis to implementation and optimization.
Solutions focused on performance and client benefit.