Our Services - Boydens Engineering

MEPF engineering + Structural engineering

Is responsible for the full design of the techinal systems of the buildings as well as close follow-up on the installation and operation. We offer MEPF design solutions that:

– Optimising the initial investments

– Minimizing the operational cost

– Enhance “glocalization” – combining global expertise with local knowledge and experience

– Improve user comforts

– Closely follow-up to building operations and afterwards

– Are recognized as environmentally friendly

Mechanical Design
Electrical Design
Plumping Design
Fire Safety Design and Consulting
Structural Engineering

Mechanical Design
Design heating, ventilating, air conditioning, exhaust, heat recovery, outside air pretreatment & dehumidification, central chillers, central heating, temperature controls and energy recovery systems in compliance with international standards such as ASHRAE, European codes, British standards as well as local.
Electrical Design
Design entire power distribution of high and low voltage, uninterruptible power supply (UPS), emergency backup power generators, cogeneration, lightning protection, interior & exterior lighting, sports lighting, presence light detector and dimming systems in connection and coordination with all other building system designs requiring electrical power.
Plumping Design
Limiting water consumption and distribution losses has an important impact on the ecological footprint of the building. Our specialists are experienced in the various sub-domains such as water distribution, legionella control, rainwater recovery, water treatment and pumping.
Fire Safety Design and Consulting
Design fire safety systems including early fire detection, suppression, wet & dry control/extinguishing systems, sprinklers, fire pump designs, and smoke evacuation systems utilizing CFD model simulations.
Structural Engineering

architectural lighting consultancy

The aesthetic
The comfort
The energy efficiency

The aesthetic
Appeal of a building, adding an extra layer to the visual experience of a building. This is done by highlighting the design, selecting the right light temperature, hence creating an atmosphere that suits the building.
The comfort
Making sure that the user has the right amount of light on the right place
The energy efficiency
Optimizing the amount of light, by avoiding over-illumination and by adjusting the light levels over the course of the day. Together, these 3 design fundamentals create a light design that is in harmony with the space and its users.

sustainable engineering consulting

The consulting division offers specialized studies both buildings and masterplan level regarding

Sustainable Service
Materials selection (via materials simulation)
Visual comfort (via daylight simulation)
Thermal comfort (via thermal and natural ventilation simulation)
Green building certification

boydens-Sustainable-engineering-consulting

Sustainable Service
Materials selection (via materials simulation)
Visual comfort (via daylight simulation)
Thermal comfort (via thermal and natural ventilation simulation)
Green building certification
- EPBD reporting
- Energy audits

research & development

Involvement and cooperation in scientific research is of utmost importance in determining the best energy efficient solutions for buildings. Research participation must aim for realistic, reusable and financially viable technologies. Together with various universities and agencies we are involved in national and international research programs, supporting the company’s priority of integrating new research and innovations with the necessary essential follow up for our projects. Once these innovations are implemented we continue to collect performance data. We participate in scientific research when it is in line with our vision and mission, both in content and concept.

Smart city approach
Thermal grids
Geothermal applications
NZEB/ZEB

Smart city approach
Europe’s model for Smart Cities and communities integrates cities, industry and its local inhabitants to improve urban life by practicing more sustainable integrated solutions. The participatory approach includes better planning, applied innovation, transportation solutions applied, higher energy efficiency reducing carbon footprint and intelligent ICT applications.
Thermal grids
Thermal Grids can play an important role for the future of Smart Cities by ensuring a reliable and affordable heating and cooling supply to various users/inhabitants utilizing low-carbon and renewable energy sources like waste heat, solar energy, biomass, geothermal energy and waste-to-energy applications.
Geothermal applications
Geothermal energy is clean, sustainable, energy efficient and cost effective. Geothermal heat pumps are significantly energy efficient compared to conventional heating systems. Since they draw heat from the ground in the winter and the reverse in the summer it is possible to take advantage of this resource to heat and cool buildings.
NZEB/ZEB
The total amount of energy used by a NZEB in a year is roughly equal to the amount of renewable energy sources available or created on the site often provided by a smart thermal grid system, solar and wind power.
*NZEB: Net Zero Energy Buildings
*ZEB: Zero Energy Buildings

other services

Architectural lighting design
BIM
Data room
Connectivity
Security
Swimming pools
Vertical & horizontal transport
Communication
Medical Gas Transport
Industrial kitchen
Theatre techniques
Commissioning

Architectural lighting design
BIM
Data room
Connectivity
Security
Swimming pools
Vertical & horizontal transport
Communication
Medical Gas Transport
Industrial kitchen
Theatre techniques
Commissioning