Civil Engineering Design Support

Project Overview

Morrison Water Services, contracted by Yorkshire Water, required ongoing civil engineering design support for their diverse water infrastructure projects. Beam provided these design services, covering both planned maintenance and emergency construction works across a range of water supply and wastewater treatment plants.

Design & Engineering

Our remit included designing a drainage system and concrete foundation for a Community Heat hub within a new 1,000-unit residential development, addressing complex ground conditions while ensuring security and operational efficiency.

Conclusion

Our ability to adapt to both planned and emergency projects, coupled with our understanding of complex ground conditions and treatment plant requirements, allowed us to provide valuable design solutions that ensured the reliable and efficient operation of critical water infrastructure.

New Build High Bay Warehouse

Project Overview

This project involved the construction of a new high bay warehouse, encompassing a comprehensive design brief that included the foundations, drainage systems, structural elements, and hard standings.

Design and Engineering

A key factor in the project was the Flood Risk Assessment, which identified the necessity for a full design of a Sustainable Urban Drainage System (SuDS). The Beam team expertly executed this requirement, employing Causeway Flow software to facilitate the design process. This innovative approach ensured effective management of stormwater runoff and compliance with environmental standards, ultimately contributing to the sustainability of the project.

Conclusion

The successful implementation of the SuDS design not only addressed the flood risk concerns but also enhanced the overall resilience and functionality of the newly constructed high bay warehouse. The project exemplifies our commitment to delivering comprehensive solutions that meet both client needs and regulatory requirements.

Project Overview

Power On engaged us to provide comprehensive building design services for the development of High Voltage (HV) substations across the UK. Our collaborative approach ensures that each project is tailored to meet the unique requirements of its location.

Design & Engineering

Understanding that each site presents its own challenges, our experienced team meticulously analyses ground conditions before commencing the design process. This in-depth analysis allows us to make informed decisions regarding the optimum utilisation of each site, ensuring that we maximise functionality while adhering to all safety and regulatory standards.

Conclusion

Through our dedicated services, we support Power On in successfully delivering high-quality HV substations throughout the UK, reinforcing their commitment to excellence and reliability in power distribution.

Community Heat Hub Design

Project Overview

We successfully undertook the design of the drainage and concrete foundation for a Community Heat Hub, located within a new residential development comprising 1000 units. The project was aimed at providing sustainable heating solutions while ensuring the facility's longevity and efficiency.

Design & Engineering

The design process required careful consideration of the challenging ground conditions encountered at the vast site. Our team meticulously planned the layout of the complex pipework, cabling, and ducting to accommodate the necessary drainage systems. Each element was designed to ensure that the heat hub remained secure and adequately protected from the elements. This holistic approach was pivotal in maintaining the plant’s operational efficiency over its lifespan.

Conclusion

Through our innovative engineering solutions and attention to detail, we ensured that the Community Heat Hub is not only a valuable asset for the residential site but also a sustainable and efficient heating solution for the future. The successful implementation of the drainage and concrete foundation design sets a strong precedent for similar projects in the realm of community infrastructure.

The design of coffee outlets on existing supermarket car parks

Project Overview

This case study outlines our experience in designing coffee outlets located in existing supermarket car parks across the UK, from Yeovil to Edinburgh. The project involved creating standardised building designs while accommodating the unique characteristics of each site.

Design & Engineering

Our team faced the challenge of implementing a uniform design across various locations with differing sizes, layouts, and unexpected ground conditions. Each site presented unique obstacles, such as dealing with unexploded ordnance (UXO) in certain areas, which required careful planning and innovative engineering solutions. The collaborative approach allowed us to adapt our designs while maintaining brand consistency and ensuring functionality for our clients.

Conclusion

Working on multiple sites from Yeovil to Edinburgh illustrates our ability to tackle the complexities of varied site conditions in designing coffee outlets. Our focus on standardised building designs, combined with a flexible approach to the unique challenges encountered, ensured the successful delivery of high-quality outlets that enhance the customer experience while achieving operational efficiency.

Four House Development in a Rural Village, North Yorkshire

Project Overview

This case study explores the challenges and solutions encountered during the development of a four-house project in a picturesque rural village in North Yorkshire. The site presented several constraints, particularly due to the presence of a line of trees protected by a Tree Preservation Order (TPO).

Design & Engineering

The design process required careful consideration of the TPO trees, as their locations played a crucial role in determining the placement of the residential units. Our engineering team conducted a thorough site analysis to ensure that the development complied with all regulations while optimising the use of available space.

Conclusion

The successful completion of this four-house development in North Yorkshire demonstrates an effective integration of design sensitivity and engineering innovation. By diligently addressing the constraints posed by the TPO-protected trees, we were able to create a harmonious living environment that respects the integrity of the existing landscape. This project not only adds value to the community but also sets a precedent for responsible development in rural settings.

A Stunning One-Off House
in Rural Scotland

Project Overview

This case study explores the development of a remarkable architect-designed one-off house nestled in the breathtaking landscape of rural Scotland. The chosen location offered spectacular panoramic views, making it an ideal spot for a bespoke residence. However, the project presented significant challenges, including the need to excavate into the hillside amidst difficult ground conditions and limited site access.

Design & Engineering

The architect focused on maximising the stunning views while ensuring the structure was both aesthetically pleasing and functional. To overcome the challenging topography, innovative engineering solutions were employed. The site required extensive groundworks, including careful cutting into the hillside to create a stable foundation. This involved addressing tricky soil conditions that could have compromised the building's integrity.

Conclusion

The completion of this stunning one-off house in rural Scotland is a testament to the power of thoughtful design and innovative engineering in overcoming site challenges. The successful integration of the structure into its hillside setting has resulted in a unique residence that offers breathtaking views and embodies a seamless connection with nature.

New Extension to an existing
glass production facility

Project Overview

The project aimed to expand the site’s capacity without disrupting the ongoing operations of the facility. Given the complexity of the site, with its limited space and proximity to both the public highway and a canal, planning and execution were critical to the project’s success.

Design & Engineering

Our design and engineering teams collaborated closely to navigate the spatial constraints. Safety was paramount, with innovative access solutions implemented to ensure that construction did not interfere with the daily workings of the facility. The project included reinforcement of existing structures and the careful integration of new elements to maintain operational efficiency throughout the construction phase.

Conclusion

The extension of the glass production facility has successfully increased output while preserving the integrity of ongoing operations. By overcoming access challenges and employing strategic planning, the project exemplifies efficient project management within tight constraints, setting a benchmark for future expansions.