Our solutions
Critical Installations
Critical installations refer to infrastructure, facilities, or systems that are deemed essential for the functioning of society, the economy, or national security.
At Anglo Nordic, we offer a range of products and solutions designed for the critical installations sector. We understand how important the management is of backup energy systems at mission critical installations like hospitals, airports, office buildings, and data centres. And therefore we continually develop and provide solutions for installations across in the world.
The critical installation facilities we work with.
Critical installation facilities require uninterrupted backup power supply of diesel and power generation, often involving multiple tanks, redundancy in paths and components, and integration to Building Management Systems. We work in the following sectors. Just click on the boxes to find out more.
Data
Centres
Hospitals &
Healthcare
Airports
& Ports
Logistic
Centres
Special
Projects
Case Study
Inditex Datacentre
Spain
Project Requirements
The purpose of the system is to control the main tank, capacity and different alarms, as well as the filling of the daily tanks and overflow safety. Using submersible pumps in the main tanks.
Our solution
The complete installation consists of two different fuel supply systems for the gensets, controlled by a PLC. The whole installation has two main storage tanks buried, from which the fuel is sucked using submersible pumps. The installation is composed of a double pump unit as well and four electric generators with their corresponding daily tanks with the safety devices and their return single pump units, using a by-pass system.
Equipment used
- Tank control: EDM-40 probe with display
- Leaks detection: DDP-25 interstitial chamber detector
- Pump System: 2 x fuel pump FP GE
- 4 x return pumps
- Submersible pump (main tank)
- Solenoid & By-pass valves
- PLC Control system & Alarm kit
- Collector tray with leak detector
- Pressure and Level switches SMMR
Case Study
Children's Hospital
Dublin
Project Requirements
The customer requested gas oil pumping to the daily service tanks of the emergency or normal operation power generator units.
Our solution
The complete installation consists of two different fuel supply systems for the burners and gensets, both controlled by a master PLC . The whole installation has two main storage tanks. Both the burner ring pipeline and the genset ring pipeline suck fuel from these two main storages. The burner’s supply installation is composed of a double pump unit, and five burners with the corresponding inlet stabilizer. The genset’s supply installation is composed of a double pump unit and five electric generators with their corresponding daily tanks with the safety devices and their return single pump units.
The master PLC control is redundant with two separate PLC’s programmed to control all the installation. There are two different communication lines for each PLC, one via Modbus and the other via TCP-IP as well. And there are four redundancy communication control channels.
Equipment used
- Maintank control: EDM-40 probe
- Leaks detection: DDP-25 interstitial chamber detector
- Pumpsystem: 2 x duplex fuel pumps RL 7 (5300 L/h)
- 5 x simplex fuel pump FP 90 (900 L/h)
- 2 x fuel polishing systems SAFA
- Solenoid valves: to control the filling process
- Pumpset control cabinets: Inpro CAG+
- Collector tray with leak detector
- Level switch: SMMR
Case Study
Air Traffic Centre
Valencia, Spain
Project Requirements
The customer requested gas oil pumping to the daily service tanks of the emergency or normal operation power generator units.
Our solution
The installation had six power generator units coupled as primary and redundant, controlled by three touch screen panel automatons. It uses Mod-bus communication, as well as communication to the central control. Daily service tanks are filled with ATAM- GET pump systems, one for each operation line.
Equipment used
- Main tank control: EDM-40 probe with display
- Leaks detection: DDP-25 interstitial chamber detector
- 2 x pump ATAM 1500 GET (1500L/h)
- 2 x Twin pressure unit GP-70 GET (70L/min)
- Solenoid valves: to control the filling process
- Collector tray with leak detector
- PLC control system (CAG+) & Alarm KIT
- Service probes with level detection SMMR
Case Study
Logistics Centre
Netherlands
Project Requirements
The main objective of the system is to carry out effective monitoring and control over the different elements of the installation and to carry out their communication to a global Building Management System.
Our solution
We installed a double pump unit, as well as four electric generators and corresponding daily tanks, complete with full safety devices and return single pump units.
Equipment used
- Tank control: EDM-40 probe with display
- Leak detection: DDP-25 interstitial chamber detector
- Pumpsystem: 2 x fuel pump GP-3200GET
- 4x overflow return pumps
- Solenoid & bypass valves
- CAG+control system & Pump control cabinet
- Alarm KIT
- Collector tray with leak detector
- Pressure and Level switches SMMR
Case Study
Sierra de Huelva Mine
Spain
Project Requirements
This project provided a specific challenge; to overcome the considerable height difference of around 600m between the daily surface tanks and the main tanks installed inside the mine. The installation also needed to be fully ATEX certified
Our solution
Working with the client, we carefully planned the process. We selected and separated at the design stage the solutions that are installed in the risk-area and non-risk-areas. Whilst ensuring all solutions were fully ATEX certified.
Equipment used
- Tank control: EDM-40 ATEX
- Level switches SMMR-2 explosion-proof head
- Explosion proof pump: 1 x fuel pump (80L/min)
- 1 x fuel pump (200L/min)
- Solenoid valves
- PLCcontrol system
- Pressure regulator
So why not talk to us about our solutions for Critical Installations
If you’d like to find out more about our approach and experience in critical installations please do get in touch.