Thermal systems
At Kaplan Projects and Engineering, we specialize in the design and analysis of complex thermal systems that are essential for a wide variety of industrial applications. Our expertise ranges from the design of heat exchangers to the analysis of complex thermodynamic cycles, ensuring efficient and effective solutions for the management and control of thermal energy.
Discover our specialized services below:
Heat exchangers
We design and analyze heat exchangers to maximize heat transfer between fluids. Our approaches include plate heat exchangers, tubular designs, and other customized solutions to optimize thermal performance in industrial and energy applications.
Cooling tunnels
We develop efficient cooling tunnels for industrial processes, ensuring uniform distribution of airflow or refrigerant for effective cooling of products and components on the production line.
Industrial ovens
We design industrial ovens tailored to the specific requirements of each process, ensuring precise temperature control and energy efficiency in applications such as melting, heat treatment, and material drying.
Power cycles
We analyze and optimize power cycles, such as the Rankine and Brayton cycles, to improve efficiency in thermal and electrical energy generation. Our studies include simulation and analysis of thermal energy systems.
Refrigeration cycles
We design and optimize refrigeration cycles, such as the vapor compression cycle and the absorption cycle, for applications in air conditioning systems, industrial refrigeration, and cooling processes.
Thermal treatment of materials
We evaluate and design heat treatments to modify the properties of materials, such as quenching, tempering, and annealing, improving their strength, hardness, and other key characteristics for specific applications.
