Frequently Asked Questions
What You Need to Know About Our Mechanical Contracting Processes
As Entema Mechanical, we have answered the most frequently asked questions about our project, implementation, and contracting processes in this section.
Frequently Asked Questions
Information About Our Projects and Scope of Services
Here, you can find detailed information about our mechanical installation contracting services, project management, and implementation processes.
FAQ Answer Below
It begins with site assessment and needs analysis, and is completed through mechanical design and engineering, material and equipment selection, installation and implementation, followed by testing and commissioning processes.
Our top priority is to plan the work with a clear schedule and ensure timely delivery. We establish coordination with other disciplines from the outset and progress with active on-site supervision.
We provide design and contracting services for fire-related mechanical systems, including sprinkler systems (wet/dry), hydrant systems, fire hose cabinets, car park smoke control, and stairwell and elevator shaft pressurization systems.
We carry out heating system design and implementation for residential, commercial, and industrial buildings.
Depending on project requirements, we address equipment selection and automation integration together.
We design and install air- and water-cooled chiller systems together with their auxiliary units, focusing on efficiency-driven solutions such as free cooling and evaporative cooling applications.
HVAC automation optimizes transitions between heating, cooling, and ventilation systems.
By enabling monitoring and control through sensors, it provides benefits such as energy savings, continuous comfort, and easy fault detection.
The coordination of mechanical installations with other disciplines is critical. It minimizes the risk of delays and revisions. Therefore, we establish coordination from the outset and manage the process through active on-site supervision.
VRF air conditioning is an efficient climate control solution that allows multiple indoor units to be controlled by a single outdoor unit, enabling the right capacity to be activated at the right time. It is widely preferred in hotels, offices, residential complexes, and multi-zone buildings.
Heat Recovery VRF systems can provide simultaneous heating and cooling in different zones. They offer energy efficiency advantages when applied under suitable conditions. We determine the most appropriate configuration based on the project’s usage scenario.
In addition to core applications such as car park ventilation/exhaust, WC and kitchen exhaust, and pressurization systems, we also provide solutions for clean room projects in hospitals, laboratories, and industrial facilities.
Depending on project needs, we offer thermal solar collector solutions (for domestic hot water and space heating support) and photovoltaic (PV) solar panel systems (for electricity generation). We ensure the right system setup through site assessment and feasibility studies.
Heat pumps can provide highly efficient heating and cooling using sources such as air, ground, and water. In new buildings or system modernization projects, we evaluate their suitability based on the building structure, usage profile, and investment objectives.
In industrial natural gas installations, we proceed in accordance with the project specifications and incorporate compliance with BOTAŞ requirements and planning as an integral part of our process management.
As a design principle, we address operational efficiency, proper equipment selection, and automation optimization together. Our goal is always not only the initial investment but the total cost of ownership.
FAQ Answer Below
Yes. Steam systems in industrial facilities require high precision from design to implementation. We manage the process based on production needs, with a focus on safety, efficiency, and operational continuity.
In compressed air systems, we adopt an approach focused on selecting the right capacity, preventing hazardous conditions, choosing appropriate auxiliary equipment, and ensuring energy efficiency.
