The AZ Sint-Blasius is a hospital with a wide range of care where patients with medical complaints can go. In the hospital, the temperature, humidity and room pressure are regulated as optimally as possible in function of the application, ranging from a patient's room to the operating theatre.
| Customer: | Gezel II nv |
| End customer: | AZ Sint-Blasius |
| Location: | Dendermonde/Zele |
| Implementation: | 2009-present |
Cooperation of 11 years
AZ Sint-Blasius is a medium-sized hospital with 1300 employees.
It is the ambition of AZ Sint-Blasius as a leading regional care organisation to ensure the best possible health of the population by providing excellent care and services and involving the patient and his/her family in this.
At the same time, az Sint-Blasius guards the welfare of doctors and employees, and the financial continuity of the organisation.
In 2018, az Sint-Blasius achieved JCI accreditation, an internationally recognised quality label, for the second time. The recognition is an incentive for all employees to continuously improve in a responsible manner.
Project description:
In the hospital, temperature, humidity and room pressure are optimally regulated according to the application, from a patient's room to the operating theatre.
This is achieved with Siemens Desigo PX control equipment. The technical department uses the Desigo CC building management system from Siemens.
The alarms are monitored daily.
In order to waste no time, critical alarms are immediately forwarded via the ESPA4.4.4 protocol to the internal telephone system. This allows the right person to take immediate action.
The control parameters are also monitored and adjusted if necessary to achieve the correct climate.
All this is aimed at producing and distributing heat and cold as optimally as possible with the lowest possible energy consumption.
The heat production consists of a cascade of a combined heat and power plant (heat + electricity) and 2 Viessmann boilers.
The cold production consists of a cascade of 3 Trane chillers.
Via the MOD bus protocol, energy is monitored from all power rooms and UPS backups.
The circulation pumps are controlled by a constant pressure or volume curve and their operating hours are logged.
The ventilation groups ensure the right temperature, humidity and room pressure.
