University of Westminster

Project Overview

ACS was tasked with delivering a new-build sports facility for the University of Westminster, designed to meet both the immediate needs of the campus and the future demands of the University. The project focused on creating a flexible, energy-efficient space that could be easily repurposed for a variety of uses as needs evolve, all while prioritizing sustainability.

Sustainable Solutions Implemented

To achieve the project’s sustainability goals, ACS employed a range of innovative techniques, systems, and materials:

• Off-Site Fabrication Methods: To reduce waste and construction time, we utilized off-site fabrication techniques. By manufacturing large components in a controlled environment, we minimized material waste and improved the overall quality and precision of the building elements. This approach also contributed to a faster, more efficient build.
• Glulam Structure: The use of Glulam (glued laminated timber) as the primary structural material provided a sustainable, renewable alternative to traditional steel or concrete. Glulam has a lower carbon footprint and exceptional strength, making it a sustainable and durable choice for the sports facility’s design.
• Heavily Insulated Wall Panels: To enhance the building’s energy performance, ACS installed heavily insulated wall panels throughout the structure. These high-performance panels significantly reduce heat loss, ensuring the building remains energy-efficient and cost-effective to operate, while maintaining a comfortable environment for users.
• Air Source Heating Systems: ACS integrated air source heat pumps to provide an environmentally friendly and energy-efficient heating solution. These renewable energy systems efficiently capture heat from the outside air to warm the building, reducing reliance on traditional heating methods and lowering carbon emissions.
• Energy-Efficient Lighting and Control Systems: To reduce energy consumption, ACS installed energy-efficient LED lighting throughout the facility, alongside advanced lighting control systems. These systems automatically adjust based on occupancy and ambient light levels, further minimizing energy use and ensuring optimal lighting conditions.
• Water Monitoring Systems: As part of our commitment to sustainability, the building is equipped with water monitoring systems that help manage water consumption. These systems track usage, identify potential leaks, and provide real-time data to ensure water efficiency, contributing to the overall reduction of the building’s environmental impact.
• Future-Proof Design: The sports facility was designed with future adaptability in mind. The building’s layout and structural components were carefully planned to allow for easy reconfiguration, ensuring that the space could be repurposed as the University’s needs evolve, contributing to long-term sustainability.

Outcome

The University of Westminster's new sports facility was completed to the highest environmental standards, combining innovative sustainable materials, energy-efficient systems, and future-proof design features. The building provides a flexible, high-performance space that supports the University’s long-term sustainability goals, with a focus on reducing energy consumption, minimizing waste, and lowering overall operational costs. Its design ensures the facility can easily adapt to future needs, making it a valuable asset for years to come.

Awards and Recognition

The University of Westminster, Sports Facility project was recognized for its excellence in sustainable design and construction, achieving BREEAM Excellent. Showcasing ACS’s ability to deliver innovative, environmentally responsible buildings. This project stands as a prime example of how sustainable technologies and smart design can come together to create spaces that are both functional and future-ready.

Project Gallery

12 months from inception to completion including securing planning permission was necessary to ensure that the Sport England compliant design was available for the University to compete in the British Universities and Colleges Sports championships and National Leagues. The Breeam excellent rating required some innovative solutions for a prefabricated superstructure.