Mechanical Installation

It is the process of installing and commissioning industrial machines and process equipment on site in accordance with technical specifications.

Precise alignment, load calculations and safety procedures must be managed by expert teams.

Foundation flatness, anchor points and equipment technical documents are checked.

They ensure the fixing of the equipment and minimize vibration.

Hydrostatic or pneumatic testing is applied in pressurized systems.

Rotor imbalance can cause vibration increase.

Mechanical installation is an engineering system that covers the project design and installation processes of heating, cooling, ventilation, fire and process lines.

Industrial mechanical installation is integrated into production processes and is designed according to higher pressure, temperature and process requirements.

ASME, EN, DIN and ISO standards are widely applied.

Yes. Correct designed systems significantly reduce energy consumption with pump selection, insulation and automation.

Depending on the scope of the project, it can vary from a few weeks to a few months.

It is the installation of equipment, piping and mechanical systems in accordance with the project in industrial facilities.

Incorrect alignment leads to vibration, bearing failure and coupling damage.

Provides high precision, low error margin and digital reporting.

It is the workshop prefabrication of piping components before field installation.

Documents that define the compliance of welding procedures with standards.

To detect welding defects through non-destructive methods.

Pressure testing of the piping system with water.

In situations where the use of water is impractical.

Post-weld heat treatment for stress relief.

Provides load transfer and stability at equipment foundations.

With expansion loops, compensators and proper support design.

They carry line loads and prevent vibration and deformation.

Alignment and balance control.

They directly affect shaft load and vibration.

A sealing verification test.

A list of deficiencies/errors before commissioning.

It is the process of placing and commissioning industrial equipment that does not contain moving parts, such as pressure vessels, tanks, and reactors.

Since rotary equipment involves constant motion, shaft alignment, balance and vibration control are critical. Small misalignments can lead to major failures.

Incorrect alignment causes bearing failure, coupling damage, high vibration and energy loss. Correct alignment extends equipment life.

Laser alignment is preferred in modern industrial facilities because it gives more precise and faster results.

Vibration analysis helps to detect potential mechanical failures at an early stage by measuring the vibration levels formed during the operation of the equipment.

The center of gravity and crane capacity must be calculated for safe lifting of heavy equipment.

Steel construction is a building system in which the carrier system is created using steel profiles and connection elements.

Yes. Steel structures designed with correct engineering calculations are resistant to earthquake loads thanks to high ductility.

Depending on the project size, production and assembly time can be completed in a shorter time compared to reinforced concrete structures.

When appropriate surface protection (paint or galvanize coating) is applied, it is resistant to corrosion for many years.

Steel systems are widely preferred in industrial buildings due to their high span crossing capacity, fast assembly and modular expansion capability.