Projects

 Rhodium Engineering led the mechanical design of airport facilities around the runway up to RIBA Stage 2, employing a holistic approach that prioritized sustainability and innovation. Our design seamlessly integrates ground and air source heat pumps, along with a common thermal network serving all facilities, harnessing local water sources such as lakes and aquifers. Furthermore, the incorporation of photovoltaic and solar thermal systems further enhances the project's environmental footprint. By embracing cutting-edge technologies and sustainable solutions, Rhodium Engineering ensures the efficient operation and longevity of airport infrastructure while minimizing its ecological impact. This project underscores our commitment to driving forward-thinking engineering solutions that prioritize environmental stewardship and sustainability. 

 Rhodium Engineering spearheaded the comprehensive design, commissioning, and witness testing of the mechanical, electrical, and public health systems for all buildings within this prominent scheme. This expansive project encompassed four residential blocks comprising a total of 1809 apartments, each with retail units on the ground floor. To ensure sustainability and efficiency, an Energy Centre located six meters below ground was utilized to serve the entire scheme. The development incorporated combined heat and power (CHP), district heating, and individual heat interface units, achieving compliance with Code for Sustainable Homes Level 4 standards. Rhodium Engineering's involvement underscores our commitment to delivering innovative and environmentally conscious solutions that enhance both residential living and commercial functionality within large-scale developments. 

 Rhodium Engineering took charge of the detailed design, drawings, schematics, schedules, and specifications for both Category A (CAT A) and Category B (CAT B) requirements of a project's HVAC system. The mechanical design featured a versatile Variable Refrigerant Flow (VRF) system with external condensers, complemented by air source heat pumps for enhanced efficiency. Additionally, concealed ceiling fan coil units were strategically integrated for optimal comfort, while a centralized balanced mechanical ventilation system ensured consistent air quality throughout the space. Rhodium's expertise in delivering tailored HVAC solutions underscores our commitment to providing comprehensive and innovative engineering services that prioritize efficiency, comfort, and sustainability. 

 Rhodium Engineering Services proudly completed an intricate mechanical design project as part of the Wandsworth Decarbonisation Scheme, focusing on the replacement of existing gas boilers with air source heat pumps (ASHP). This initiative marks a significant step toward reducing carbon emissions and promoting sustainable energy solutions in the Wandsworth area. Our meticulous approach ensured the seamless integration of ASHP technology, optimizing energy efficiency and minimizing environmental impact. Rhodium's commitment to delivering innovative engineering solutions underscores our dedication to driving positive change and sustainability in communities we serve.  

 Rhodium Engineering Services successfully executed a detailed mechanical design project at the Yvonne Carr Community Centre, a pivotal component of the Wandsworth Decarbonisation Scheme. This initiative involved replacing existing gas boilers with air source heat pumps (ASHP), aligning with efforts to reduce carbon emissions and embrace sustainable energy solutions. Our meticulous approach ensured the seamless integration of ASHP technology, optimizing energy efficiency while enhancing environmental sustainability for the community centre. Rhodium's commitment to innovation and sustainability underscores our dedication to driving positive change and fostering greener infrastructure within the Wandsworth area. 

 Rhodium Engineering led the comprehensive detail design of mechanical, electrical, and public health systems for a significant project at St. Thomas Hospital, London. Our scope included the precise planning and implementation of dedicated cooling solutions for new PET scanners in the PET Centre, achieved through the installation of roof-mounted air cool chillers. Additionally, we undertook the reconfiguration of existing HVAC, electrical, and public health systems to accommodate a new architectural layout within the center. Through meticulous attention to detail and strategic design, Rhodium Engineering ensured seamless integration, optimal functionality, and compliance with regulatory standards. This project exemplifies our commitment to delivering innovative engineering solutions that enhance healthcare facilities and support advancements in medical technology. 

Rhodium Engineering Services conducted a comprehensive dynamic model study utilizing IES to enhance energy efficiency and sustainability strategies within a school environment. Through this innovative approach, we investigated the implementation of efficient heating systems and daylight modelling to optimize energy consumption and environmental impact. By simulating various scenarios and analysing data, we identified opportunities to improve thermal comfort, reduce energy consumption, and enhance sustainability practices within the school premises. Rhodium's commitment to leveraging cutting-edge technology for sustainable design solutions underscores our dedication to creating healthier, more environmentally responsible learning environments for students and staff alike.

Rhodium Engineering is currently engaged in the design and construction of the Sierra Leone Insurance Company (SLIC0) building in Freetown. This project emphasises modernity, sustainability, and efficiency, incorporating advanced MEP and renewable energy systems.  Our scope of works in this project includes:

• Building Construction: Comprehensive design and construction of the building structure.
• Mechanical Systems: A high-efficiency HVAC system to ensure optimal climate control and air quality.
• Electrical Systems: Reliable power distribution includes energy-efficient LED lighting and rooftop solar panels (PV) to enhance energy sustainability.
• Plumbing Systems: The building utilises efficient water supply and waste management systems. A borehole system provides a sustainable water source, complemented by water-saving fixtures and rainwater harvesting.
• Renewable Energy Strategy: Integration of photovoltaic (PV) panels for electricity generation and on site Borehole construction for water supply and sustainability. Rainwater harvesting solutions were also incorporated in this project..
• Rhodium Engineering's approach ensures the project aligns with sustainable development goals, setting a new standard for future regional infrastructure.

Rhodium Engineering is currently undertaking the design and construction of warehouses and perimeter shops at APMC in Freetown. Involved from the initial masterplan stage of the 12.3-acre site, Rhodium has produced detailed drawings using AutoCAD and REVIT for Building Modelling .

Our Scope of works inclues the following key areas:

• Building Construction: Comprehensive design and construction of various facilities on the site including a warehouse and 140 perimeter shops.
• MEP Design: Advanced mechanical, electrical, and plumbing systems ensure efficiency and sustainability.
• Renewable Energy Strategy: Integration of photovoltaic (PV) panels for electricity generation and on site Borehole construction for water supply and sustainability.

Rhodium Engineering's involvement ensures the development meets high standards of modern efficiency and sustainability, setting a precedent for future projects in the region.