Delivering sustainable solutions
Whether delivering high-rise commercial buildings, designing neighborhood developments, or retrofitting existing buildings and systems, MSCEB is committed to developing sustainable solutions to the challenges of our built environment.
As Bahrain’s leading multidisciplinary consulting firm, MSCEB takes a holistic approach to building design. The seamless collaboration of all disciplines at the project’s onset allows for sustainable principles to be adopted with ease through integrative design.
MSCEB’s diverse team of architects, engineers, quantity surveyors, and project managers work throughout the lifecycle of a project, from design to supervision and delivery to offer pioneering and practical solutions. This resonates with our mission statement to “create economical, energy efficient, and innovative design”.
Hierarchy of sustainable strategies
MSCEB’s design philosophy adopts a hierarchy of sustainable design strategies that emphasizes efforts to first reduce a building’s energy and resources before reusing, recycling, or offsetting through renewables.
• Solar PV • Wind
• Material Reuse • Waste Heat Recovery • Water Recycle
• Building Form and Orientation • High Performance Fasade • Water Efficient Lighting • Energy Efficient Equipment • Demand Based Lighting and Ventilation • Daylighting Energy Efficient Lighting
Sustainable design philosophy
Sustainable design strategies
HVAC
- Energy-efficient equipment
- District cooling systems
- Variable flow systems
- Heat recovery systems
- Condensate recovery systems
- Smart controls
- Demand controlled ventilation
Gross BUA
55871 m2
Cooling Load
1135 TR
Water Demand
108 m3/day
Power
3.45 MVA
Sustainable Projects
First Energy Bank Tower
- District Cooling with variable pumping
- Low U values for Building Envelope
- Energy Recovery for Ventilation
- Energy efficient EC motor on Ventilation
- Water efficient fixtures
- Grey water treatment for flushing saving more than 25% water
- Battery charging provisions for Electric vehicles
- LED Lighting for internal and External areas
- Lighting control using time schedules and motion/presence detection sensors
- Power Factor Correction
- Energy metering for monitoring interfaced with BMS
Registered with the certification goal of LEED® Silver
Gross BUA
55871 m2
Cooling Load
1135 TR
Water Demand
108 m3/day
Power
3.45 MVA
Future Generation Reserve Fund
- District Cooling with variable pumping
- Energy Recovery for Ventilation
- Water efficient fixtures
- Low U values for Building Envelope.
- TSE and Condensate drain for Irrigation.
- LED Lighting for internal and External areas
- Lighting control using time schedules and motion/presence detection sensors
- Power Factor Correction
- Energy metering for monitoring interfaced with BMS
- PV Solar panels planned at roof top of car parking building to generate about 172 Kwp
Registered with the certification goal of LEED® Certified
Gross BUA
63035 m2
Cooling Load
1600TR
Water Demand
161 m3/day
Power
4.9 MVA
Gross BUA
63035 m2
Cooling Load
1600TR
Water Demand
161 m3/day
Power
4.9 MVA
Gross BUA
12712 m2
Cooling Load
1000 TR
Water Demand
18.5 m3/day
Power
2.55MVA
Ibn Khuldoon National School
- Variable Refrigerant system.
- Energy Recovery for ventilation.
- Timer based scheduling for HVAC Equipment
- Condensate Drain for Irrigation
- LED Lighting for internal and External areas
- Lighting control using time schedules and motion/presence detection sensors
- Energy metering for monitoring interfaced with BMS
- Power Factor Correction
Gross BUA
12712 m2
Cooling Load
1000 TR
Water Demand
18.5 m3/day
Power
2.55MVA
Bilaj Al Jazayer Hotel and Mixed-Use Residential Development
- Variable refrigerant system.
- Energy Recovery for ventilation.
- Timer based scheduling for HVAC Equipment
- Condensate Drain for Irrigation
- LED Lighting for internal and External areas
- Lighting control using time schedules and motion/presence detection sensors
- Guest room air conditioning control based on motion sensors and door/window lock
- Energy metering for monitoring interfaced with BMS
- Power Factor Correction
- Thermodynamic solar hot water system
Gross BUA
67,300 m2
Cooling Load
3,805 TR
Water Demand
547 m3/day
Power
8,730 kW
Gross BUA
67,300 m2
Cooling Load
3,805 TR
Water Demand
547 m3/day
Power
8,730 kW
Gross BUA
124,000 m2
Cooling Load
8,294 TR
Water Demand
1023 m3/day
Power
11,000 kVA
The Avenues Mall (Phase 1 and 2)
- District cooling system.
- Energy Recovery for ventilation.
- Timer based scheduling for HVAC Equipment
- Condensate Drain and Greywater treatment for flushing
- LED Lighting for internal and External areas
- Lighting control using time schedules and motion/presence detection sensors
- Energy metering for monitoring interfaced with BMS
- Power Factor Correction
Gross BUA
124,000 m2
Cooling Load
8,294 TR
Water Demand
1023 m3/day
Power
11,000 kVA
Jumeirah Gulf of Bahrain Resort and Spa
- Central chilled water system.
- Energy Recovery for ventilation.
- Timer based scheduling for HVAC Equipment
- Sewage treatment plant for irrigation
- LED Lighting for internal and External areas
- Lighting control using time schedules and motion/presence detection sensors
- Guest room air conditioning control based on motion sensors and door/window lock
- Energy metering for monitoring interfaced with BMS
- Power Factor Correction
Gross BUA
89,350 m2
Cooling Load
4,200 TR
Water Demand
1746 m3/day
Power
23,500 kVA
Gross BUA
89,350 m2
Cooling Load
4,200 TR
Water Demand
1746 m3/day
Power
23,500 kVA
