Holistic water management & smart water solutions for Greek city of Larissa
SIWA Optim & SCADA support DEYAL to operate facilities & networks in an efficient way
Holistic water management & smart water solutions for Greek city of Larissa
SIWA Optim & SCADA support DEYAL to operate facilities & networks in an efficient way
Water
DEYAL
Larissa Greece
DEYAL is the municipal water supply and
sewerage company of the city of Larissa located in central Greece. The scope od
DEYAL is to pump, transport and supply clean water to 300.000 citizens in
greater Larissa urban area, treat waste water and operate irrigation networks.
DEYAL exploits technology to confront everyday operating issues and improve the
quality of the services provided to the consumers. In the last 15 years DEYAL
has invested in automation installing Simatic PLCs, instrumentation and
SCADA to monitor the operation of its wells, pumping stations, water reservoirs
and networks with a total of 120 outstations. DEYAL has also updated its WWTP while also invested to modernize existing irrigation facilities which water farmlands around the city. With such projects DEYAL aimed to:
Integrate
all the facilities to existing SCADA
Modernize
SCADA to a unified look and feel
Reduce
operational costs • Add
functionalities to increase performance of network management
Define
the key factors to save energy costs
Secure
the water supply to the city and suburbs
Rationalize the use of water & energy for irrigation
Exploit
SCADA further as a Decision Support System
Siemens in Greece suggested a comprehensive solution
ensuring the continuity and performance of SCADA, while enhancing it with extra
functionalities. The scope of delivery was a complete portfolio of PLCs, software,
instrumentation and drives engineered in an integrated solution. Real time data
are integrated in SCADA and evaluated by SIWA Optim application to define the optimal pumping schedule for the next 24 hours. This schedule is automatically
fed to SCADA while the operators monitor the availability of the whole network
to avoid unpredictable incidents. The availability and the operating data of
pumps, the tank filling levels, the consumers' demand, the electricity tariffs and
the total water production which runs into the networks, as well as rest requirements
of the company are being processed to provide the most optimum schedule to operate
the pumps in terms of saving energy costs while securing the water supply to
the city. Within the main pump station high energy efficient pumps using IE4 Simotics motors controlled by Sinamics P converters help DEYAL to pump water efficiently to the reservoirs.
At the WWTP of the city PCS 7 takes over the control with the support of S7 400 redundant PLCs to treat waste water pumped through 15 pump stations operated under Simatic technology.
Simatic RFID cards assigned to each farmer supports DEYAL to monitor and report use of water to irrigate 3.700 acres of farmland around the city.
“Siemens’ advanced digital automation solutions take our water management the next level. Its smart technology and integrated functionality ensure that we can sustainably manage Larissa’s water for its citizens for a long time.”
Ilias Boufikos, Head of Engineering of Technical Services, DEYAL
DEYAL managed through this project to protect previous investments by integrating existing infrastructure to an updated SCADA while paving the way to Water 4.0 with SIWA Optim. The company is able now to reduce operational costs and save resources using optimized pumping schedules. DEYAL can not only adapt its operations achieving energy efficiency, but also different operational scenarios can be tested offline supporting the company’s management to make decisions on maintaining their facilities and networks properly or expanding them to meet new consumer needs. Implementing smart solutions also to irrigation DEYAL managed to cut water and energy use by half securing the water resources of the region.
The facilities exist of 33 wells on the outskirts of the city, 1 main pump station, 2 booster pump stations, 7 water reservoirs which operate within an interconnected hydraulic network. There is also a WWTP 200.000 p.e. for the city and 18 pump stations for irrigation purposes.
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