Petrol City Shopping Mall

“Masdaf” preferred for the Pump and Booster Systems of The Biggest Shopping Mall in Batman

Petrol City Shopping Mall started to be constructed in 2018 and being the largest shopping center of Batman is planned to be in service in 2020.  

The investment value of Petrol City Shopping Mall project, which was built on an area of 16 thousand m² with a closed area of 10 thousand m² and total construction area of 81 thousand 564 m², is TRY 80 million.

Within the scope of the project, there will be 2 floors and 1 penthouse on 4 basement floors; 88 shops, 4 anchor stores, 3 department stores, 7 restaurants, 9 fast food, 2 cinema halls, 3 entertainment areas, 1 fitness center and a parking capacity of 731 vehicles.

In the project, Mas Daf branded,

• Fire groups
• Boosters with frequency inverters
• Modul A series wet rotor frequency converter pumps
• Blacbox hygienic tank wastewater series with integrated Enduro series wastewater pumps were preferred.

BLACKBOX series pumps  are designed to allow optimal use of waste water transfer even in narrow spaces. The special cover on the pump prevents odor from coming out. Waste water pumps, which can be easily applied in narrow spaces, can be easily removed in case of periodic maintenance and repair.

The HDSV series booster sets with frequency inverters are made of stainless steel material to ensure precise sealing with mechanical seal. Booster sets, which also have hydrometric properties, eliminate the need for maintenance tools such as pressure switches and membrane tanks. After the water usage is finished, the pump runs for a certain period of time and thanks to this delay, no tank usage is required in the system.

The frequency inverter system will allow the pumps to communicate with each other via RS 485 cable, and with the option of multiple pump system, 6 pumps can work together. This allows the total operating hours of each pump to be monitored and real-time peer aging.

Innovative pump and booster systems to be commissioned by Masdaf will provide energy efficient use during the lifetime of a building, thus enabling energy-saving.