Company Accolades

Frenger^® designed, manufactured, and installed the "World's largest Radiant Chilled Ceiling" system which was revolutionary at the time. Over 175,000m² of Radiant Chilled Ceiling was installed inside the 27-storey Shell Oil headquarters.

The system used the nearby Thames water via secondary heat exchangers to cool the water that circulated on a closed circuit around the Chilled Ceilings within the building. The building was the first fully sealed air conditioned building in Europe, with the installation operating in excess of 50 years, a testament to the integrity of the product and Frenger's design capabilities.

30 'The Bond' Hickson Road was the landmark project that became Australia's first building to receive a 5 Green Star Rating and utilise the use of Chilled Beams. Frenger's Radiant/Convective Chilled Beams were selected for the building after extensive project testing using Frenger's in-house testing facilities.

The use of Chilled Beams in the building provided enchanced indoor air quality, giving the highest levels of thermal comfort for the health and wellbeing of building occupants, as well as providing a significant reduction in green house gas emissions.

Frenger^® supplied the Kamirice flagship commercial building with both Radiant Passive Chilled Beams and Multi-Service Chilled Beams. The building owners has a 20-year story of investing into sustainable technologies.

The 48-year-old tower has become the first existing building in Australia to achieve "WELL Certification" at the Platinum level. Frenger^® supplied Chilled Beam technology to provide all tenants with access to outside air ventilation rates at a level 50% greater than the minimum required by Australia standards.

Read our latest news article on the 500 Collins Street to find out more about the multi-award winning project.

Frenger^® designed, manufactured, and supplied the world's largest Active Multi-Service Chilled Beam project with over 4500 units in excess of 11km of Active MSCBs being installed inside 55 Baker Street. Frenger^® were selected by Blyth and Blyth for the £160 million refurbishment of London & Regionals '55 Baker Street'.

The project was a quick turnaround with the process from intial walkthrough to the completed occupied building taking less than 3 years. The decision to re-use 70% of the existing building helped to achieve this quick turnaround.

The re-use of the original building also helped to significantly reduce the environmental impacts of the project, specifically the reduction in waste and new construction materials. This was the main contributing reason for the project achieving a BREEAM rating of 'excellent'.

Frenger^® designed, manufactured, and supplied Australia's first Multi-Service Chilled Beam project with the refurbishment of the Transport House, located in Sydney's central business district. Over 240 MSCBs were shipped over to Sydney to provide the highest quality in thermal comfort for the occupants of the important hertiage listed building.

The Transport House, one of the New South Wales government's oldest commercial buildings, was awarded a 5-Star Green Star rating. Originally opened in 1935, the office building was intended as the railway headquarters, with the building also being awarded the Royal Institute of British Architects medal in 1939.

Frenger^® designed, manufactured, and supplied the UKs first Multi-Service Chilled Beam project with Bidborough House located in London, UK. In 2014, Camden Council sold the 1960s office block building to the University College London (UCL).

Still home to Camden Council offices among other residents, the Bidborough House was recently turned into a vaccination centre to provide support to the local Camden community.

Frenger^® supplied their Active Chilled Beam technology to over 162 rooms over 5 levels of the hotel, providing guests with the best in thermal comfort as you can expect from the Frenger^® brand.

The multi-award winning Sudima Hotel operates the only three carbon neutral hotels, with the hotel also receiving the Environmental initiative award in 2019 to add to its long list of accolades.

Frenger^® supplied their Ceiling Integrated Active Chilled Beam technology to the University of Botswana located in Botswana's capital city of Gaborone.

Frenger^® supplied their Active Chilled Beams to the King Saud Bin Abdul Aziz University in Jeddah, Saudi Arabia. The university is the first public university in the Kingdom of Saudi Arabia and the wider Middle East region to be specialized in health sciences.

Frenger^® supplied their Radiant Passive Beams to schools in Barataria and Curepe, providing students and teachers inside the school with the highest levels of thermal comfort, providing them with the best environment to continue their learning in.

Frenger^® supplied their Radiant Passive Multi-Service Chilled Beams to Queens Univeristy for the Bernard Crossland Computer Science facility. The four story former concrete-clad building was built in the 1970s, however has since been refurbished and extended into another adjacent building, with the two building being connected via a new glazed link.

Frenger^® designed, manufactured, and supplied America's first Multi-Service Chilled Beam project for the Alaska Native Medical Centre in Anchorage, Alaska. The centre, which is only one of two level 2 trauma centres in the state, is part of the Alaska Federal Health Care Access Network.

Connected by a skybridge which serves over 150,000 people per year, the centre also features a 6-storey patient housing facility with over 200 private rooms.

The Rutherford Regional Science and Innovation Centre, named after University of Canterbury alumnus Lord Ernest Rutherford, was supplied with Frenger's range of Ceiling Integrated Active Chilled Beams.

The building, opened by New Zealand's RT Hon Jacinda Ardern, won the 2019 Canterbury Architecture Award due to it being a "bold, confident building which illustrates a social respect for learning and a celebration of education".

Frenger^® supplied the King Hamad University Hospital with their Active Chilled Beams with 'drop down' heat exchanger battery technology.

The hospital, located in Al Sayh, Bahrain, has over 1,952 employees over 9 internal wards, including an intensive care unit with a capacity of 12 beds. The King Hamad University Hospital also features fully equipped medical educational facilities with co-operation with the Royal College of Surgeons in Ireland.

Frenger^® designed, manufactured, and supplied Australia's first all-cross laminated timber (CLT) construction commercial multi-story office building in Barangaroo, Sydney. The revolutionary building was supplied with Frenger's X-Wing^© Radiant Passive Chilled Beams to provide occupants with the highest levels of thermal comfort.

The multi-award winning project has set a new benchmark for commercial building typologies, incorporating comprehensive and various environmental sustainable design initiatives throughout. The project was also awarded a 6-Star Green Star rating as well as the Urban Taskforce Development Excellence Award.

Frenger^® supplied the £150 Million National Automotive Innovation Centre (NAIC) with our Passive Multi-Service Chilled Beams as well as our Modula and Frengerwarm Radiant Heating Panels.

The NAIC is a partnership between the University of Warwick, Jaguar Land Rover, and Tata Motors, with an additional £29.5 Million of funding coming from the UK governments UK Research Partnership Investment Fund. The centre has been shortlisted for the RIBA Client of the Year award, shortly after winning regional and national awards.

The University of Washington Life Sciences building, located in Seattle, USA, was supplied with Frenger's X-Wing Radiant Passive Chilled Beams installed behind the timber slatted ceilings.

The building won the 2018 DJC Building of the Year award, as well as being awarded a 2021 AIA COTE (Committee On The Environment) award for sustainable design excellence. The building uses 'photovoltaics' to capture sunlight allowing the external glazing to reduce thermal gains.

Frenger^® designed, manufactured, and supplied the £45 Million, 6-storey Lambeth Civic Centre with Active and Passive Multi-Service Chilled Beams.

The centre, which was named the Best New Build Office outside Central London at the Office Agents Society (OAS) Development Awards, won the 2019 RIBA London Award for architectural excellence and sustainability, with the Frenger supplied project helping to cut the council's carbon footprint by over two-thirds.

Frenger^® supplied the Zayed Centre for Research into Rare Disease in Children with X-Wing Radiant Passive Chilled Beams. The centre is used to drive new tests, treatments, and cures for children with rare and complex diseases from lab bench to bedside.

The project has a long list of accolades including a BREEAM 'Excellent' certification, an award for Health and Life Sciences Research, and the 2021 Royal Institute of British Architects (RIBA) London Award. The centre was also recently nominated by the 2021 Architects Journal Architecture Awards in the Health and Wellbeing cateogry.

Frenger^® supplied the 31-storey office tower at The Hub on Causeway in Boston, Massachusetts with their Ceiling Integrated Eco^™ Active Chilled Beams (CICBs).

The partnership between Delaware North and Boston Properties developed over 1.5 million square feet of mixed-use retail, office, hotel, and residential space along with an expansion of the adjourning TD Garden arena.

The LEED Gold certified tower is the tallest office building to be constructed in Boston for nearly 20 years.

Tenants of the Class A office space include Verizon as the anchor tenant with 17 floors leased for a period of 20 years, NHLs Boston Bruins, NBAs Boston Celtics, and Software Firm Rapid7.

Frenger^® supplied the new technical facilities with their Active Multi-Service Chilled Beams (MSCBs).

Designed to fuel Aston Martins charge towards the front of the grid, the purpose-built facilities deliver exactly what the team needs allowing for better communication and collaboration, accelerated car development and space for a growing workforce.

Frenger played a crucial role in the design process, hosting key partners at their UK Technical Facility and assuming a pivotal role in the lighting design to reduce uplighting.