Ventilation Systems
Ventilation systems play an essential role not only in meeting the fresh air needs of indoor environments but also in various industrial facilities where specific processes require precise conditions. In these processes, the required air volumes, as well as the distribution method, speed, and whether the airflow is laminar or turbulent, are key factors that must be considered.
Radiant Heating and Cooling, Water Radiant Panels
In factories, the heating of production areas, assembly lines, warehouses, and other large-volume spaces using water-type radiant panels is an energy-efficient and highly effective thermal comfort solution. What makes this system particularly attractive is the fact that the water-type radiant panels have no moving parts. As a result, there are no operational, maintenance, or spare parts costs. Only the maintenance and operation of the pumps that circulate hot water to the radiant panels are required.
Industrial Climate Control
In factories, production areas, assembly lines, warehouses, and other large-volume spaces, factors such as temperature, humidity, air movement, and air quality, which determine thermal comfort, have become more crucial and inevitable with global climate change. High indoor temperatures can lead to workplace safety risks and, consequently, work accidents. In addition to ensuring human thermal comfort for employees and operators, certain businesses also need to maintain specific ambient temperatures and conditions for the products. As a result, significant cooling loads and energy demands are encountered in industrial facilities due to thermal comfort or product-related requirements. Therefore, accurately identifying the needs for such environments and developing the correct system solution is of critical importance, not only for energy consumption but also for the overall operational efficiency. In this context, we take on the role of project manager and provide services starting from the on-site assessment stage.
Direct and Indirect Evaporative Cooling Systems
Evaporative, or adiabatic cooling, as it is known in the literature, is a method of cooling air by saturating the processed air with moisture to lower the dry-bulb temperature. Direct and indirect adiabatic cooling options can be applied independently or in combination. The choice of application depends on the operational characteristics of the environment to be cooled and climate data. These systems are particularly effective in geographical regions with high outdoor temperatures and dry climates, where they can be used for both air conditioning and conditioning the air required for various processes.
Applications that use water under high pressures (~70 bar), atomized into mist or fog and sprayed, are also common. These systems, known for their very low energy consumption, are also significant players in humidification applications. When correctly configured in HVAC system engineering, they offer various solution possibilities and enable energy-efficient applications.