"heat recovery systems"

OverviewPowrmatic was selected to supply a frost protection warehouse heating solution for a massive 81,000m² building at Plot 2 at the Midland Logistic Park installed by Phase Mechanical Projects. a combination of 7 TE61 heating units and TE61 Destratifcation units were installed.Project BackgroundThe 81,000m² industrial logistic warehouse required frost protection with design parameters of -5°c external and +5°c internal.SolutionOne of our largest installations to date, 4 x TEG61 air rotation heaters were installed by our trusted partners Phase Mechanical Projects. Each TEG61 heaters boasts an impressive 525kW of heat output and were installed alongside 3 x TE61 destratification units to assist with the air turnover due to the size of the building. The 4 TEG61 heater units selected were designed to move 39m3/s of air around the building per unit, and when combined with 3 TE61 destratification units also at 39m3/s this gave a total air volume of 270m3/s which achieved the required 0.8 air movements per hour from the end client.ResultThe newly styled Powrmatic Air rotation units in our new RAL 7015 colour were installed expertly by Phase Mechanical Projects. The racked logistic warehouse will now benefit from a frost protection system which will protect the internal sprinkler system from freezing in the colder months. Each T.E manufactured at Powrmatic is custom built to specific project requirements.

Powrmatic was selected to supply a large distribution centre with an energy-saving air rotation heating system for ILG's 46,800m³ distribution facility in Gatwick working in partnership with Air Ability who supplied and installed just a single Powrmatic TEx41 air rotation heater.

OverviewIn partnership with Tidyco, Powrmatic was selected to supply an energy-efficient air rotation heating system for a 5,100m2 warehouse storage facility in Derbyshire using a Powrmatic TEx41 Air Rotation Heater measuring over 20ft tall.Project BackgroundTidyco was approached by a customer who is involved with manufacturing, transport and additional services in the aerospace industry amongst others. After recent success, their customer needed to expand their footprint and managed this by moving into a newly built warehouse situated in Derbyshire.SolutionAs this was a brand-new commercial building, there was no heating provision and just the original lighting installed by the builder, which was not fit for purpose. Tidyco was tasked with installing an efficient and effective means of heating solution for the 5,100m2 (55,000 sq ft) vast space along with a modern lighting system. In order to heat and illuminate this space, which occupied a space of more than seven and a half football pitches, some heavy-duty kit was required.ResultFor the heating aspect, Tidyco engineers installed an internal Powrmatic TEx 41 air rotation heater, manufactured in the UK. With an output of 350 kW, the unit measured in at over six metres (20 ft) tall. This particular TEx model was gas-powered and has the superior capacity to provide complete climate control for a 55,000 sq ft with a single TEx Air Rotation Heater.

A project to install a communal heating system at low rise flats and maisonettes at Bretton House and Sanders Way, in the London Borough of Islington, is using bespoke metal pipe boxings to conceal external pipework.The more efficient heating system was installed as part of Islington Council’s ongoing cyclical repair programme, which assesses all properties on a 7 to 10 year cycle to establish where improvements need to be planned & implemented.The Pendock casings are manufactured from 2mm thick corrosion resistant aluminium and incorporate a brown PPC finish to integrate with the brickwork and provide a consistent finish to the project. The use of aluminium not only improves weather resistance, but also adds tough protection to the external pipework.

Set to be the tallest building in Africa at 250-metres with 55 stories, Mohammed Tower IV is a new high-rise tower designed by Rafael de la Hoz & Hakim Benjelloun to resemble a rocket on its launch pad. The striking development will be visible from 50km in all directions and forms the centre piece in the Bouregreg Valley Development Project, which plays a leading role in the development programme for Rabat, ‘the City of Light,’ in the Moroccan Capital of Culture. Once complete, the project will provide a luxury hotel, commercial offices, high-end residential apartments, and a viewing sky terrace.The ChallengeSustainability and energy efficiency are both primary design considerations in this project, with the client aiming to achieve LEED Gold and HQE quality standards. LEED certification provides an independent guarantee of a building’s green features, with a LEED Gold rating representing first-class leadership in resource-efficient building design, construction, operations, and maintenance.Farrat were contacted via our export partner in the GCC region, UniGroup, to supply a high-performance, robust, and certified fire-resistant thermal break solution to mitigate against thermal bridging across façade connections for contemporary facade design company Glassline Abu Dhabi. Farrat Structural Thermal Breaks are favoured across the construction industry, as the most efficient & responsible way to thermally separate structural connections and prevent heat loss in the building envelope.The thermal breaks would form part of a wider sustainable construction program, alongside smart energy efficiency systems such as 3350 m² of photovoltaic solar panels on the South façade, rainwater recovery and wastewater recycling systems and an internal energy recovery system to produce hot water.The SolutionFollowing a review of the connection designs, Farrat TBF was selected as the optimal structural thermal break material for extensive use across the façade connections of Mohammed Tower, to prevent heat transfer through steel beams where the external building aspects meet the interior.Farrat TBF is an A2 rated non-combustible structural thermal break material capable of maintaining superior structural performance at temperatures more than 1000°C. Farrat TBF also provides high-level thermal performance to solve structural thermal bridge issues and exceeds all current fire regulatory requirements for buildings above (and below) 18m.Following several high-rise fire tragedies across the globe, increasing numbers of building designers are looking to go beyond the standard when it comes to fire safety.The DesignThe inherent non-combustible composition of Farrat TBF was the solution to the fire element of the design, allowing unrestricted use in the high-rise construction. Use of the material’s remarkably high compressive force resistance allowed Farrat to assess the transmission of loads through the structural connection, sufficient to maintain performance under influence from weather stresses.The Outcome“In designing and securing this high-performance project, Farrat utilised the full extent of our material research & development skills and harnessed our extensive experience of thermal bridging projects in all climates and circumstances around the globe,” states Chris Lister, Commercial Manager of Structural Thermal Breaks at Farrat.“The resulting construction details are to the highest levels of structural and fire safety performance whilst also being beautiful in their simplicity.”Structural Thermal Breaks with FarratFarrat Structural Thermal Breaks are favored across the construction industry, as the most efficient & responsible way to thermally separate structural connections and prevent heat loss in the building envelope.#onamission

After moving from busy Stockport in readiness for retirement, accountant Susan and husband Philip, a Manchester University academic, replaced the oil-based heating system at Willow Cottage with a Daikin Altherma high temperature heat pump. 

Our team manufactured and installed 26 two-compartment Laminate Heated Lockers to accommodate 52 people, designed for a wet area, which assures that there will be no risk of peeling or rust.The specification of two-compartment Heated Lockers were 1800mm high, 300mm wide, with 1mm rivets, and 450mm deep. Lockers are positioned on top of a 175mm stand, which allows the heat to enter the lockers through perforation. The Laminate Heated lockers were requested to be in ‘Gris Orage’ by Polyrey, which offers a visually pleasing design that matches the room’s colour scheme.Helmsman Heated lockers are the perfect solution for wet clothes, with laminate doors to fit your aesthetic needs. The lockers are manufactured with a perforated base as well as the shelf allowing the warm air to circulate inside the locker and perforated slots at the top allow the damp air to flow out.Laminate Heated Lockers were finished with Lowe & Fletcher Nimbus in Black. Nimbus is a great lock option since it gives users the peace of mind that their personal possessions are secured and it can be used in both public and private user modes, meaning it may be permanently locked up with a single code or used for day-to-day use.Helmsman Heated Lockers are a fantastic option for many industries. Heated lockers provide commuters and employees who require their damp clothes to dry before the end of the working day.If you have a project where heated lockers are required, or if you want to know more about helmsman products, contact us today at 01284 530496 or get your quote here today.

Fearnach House on The Black Isle in the Highlands of Scotland was designed by architect Iain Macbeath, and built by the firm’s sister company, Thermopassive.The house is a 190m² new house, built to the architect’s “Thermopassive” specification with larch timber and render walls and profiled metal roofing. It has PV solar panels with a “diverter” heating up water and charging an electric car. High levels of thermal capacity storage in an insulated concrete floor slab (so it stays warm and flattens out rapid temperature fluctuations) and very good air tightness.There are no cold bridges (which is more important than you would think) and also a heat recovery ventilation system for fresh air.This project uses FAKRO top hung and pivot window preSelect MAX and L-shaped combination windows.When asked, why Fakro roof windows were specified for the project, Ian McBeath told us, “We have been specifying and buying Fakro roof lights for many years. They are well-priced compared with competitive products and of excellent quality and design.The positioning of the handles at the bottom of the window is also a major factor. It makes it much easier to operate a window with the handles at the bottom rather than the top of the window, which is often out of reach of many shorter and disabled people. The windows are also very well insulated and airtight.”The windows have helped achieve an extremely energy-efficient home as well as flooding the upper floor rooms with an abundance of natural light. And the client loves the internal and external finishes.Based in the North of Scotland, Thermopassive Ltd is an architect-owned company which specialises in highly insulated buildings (better than passive house standard) constructed in Structural Insulated Panels (SIPS).

As a part of the development of the company, BT are planning to reduce their number of working locations from over 300 to just 30. BT Bristol features flexible workspaces, the latest IT and smart building technology, restaurants and cafes and a rooftop wildflower meadow terrace with panoramic views of Bristol.An important aspect of the development of this new building was its eco credentials. With the whole company seeking to reduce its carbon emissions, choices were made throughout the design and build process to support this aim. As well as the rooftop meadow, the building features a heating system from the low-carbon district heating network and aspects that encourage employees to make greener choices about their travel to and from work. In order to support this, the BT Bristol office building features parking for around 270 bicycles, as well as changing rooms, showers and lockers.Helmsman were excited to be contacted by Honeyfield Property Services to supply and install the lockers at BT Bristol. The client requested Heated Z Lockers, with hasp locks for the user to attach their own padlock.Heated Lockers are a great addition to a cycle storage area, providing a storage solution that can dry damp clothes as well as keep your items safe during the working day.The Z shape is a particularly good choice for heated lockers, as the user can hang their clothing in the taller area of the locker and let the heated locker do the hard work.Air flows through the locker through a perforated base, and perforations at the top of the locker allow the damp air to escape. The tube heaters are positioned within the stands of the locker and can be either plugged into a 3-pin power socket or wired into a fused switch.In keeping with BT Bristol’s aim for carbon efficiency, the laminate used for the project was Graphite by BioCarbon Laminates. This is one of Helmsman’s standard laminate options, and is a carbon neutral material.In addition to the lockers, we also supplied and installed seat stands, with adjustable feet, and ash hardwood seat slats. The stands, back and sides of the lockers were all cladded with matching Graphite laminate, and the lockers were finished with black circle discs with white numbering.It was great to work with Honeyfield Property Services on this project, and wish the BT Bristol office much success in the future.If you have a similar project, or want to find out more about our Heated Lockers, give us a call on 01284 530427 or fill in our contact form here.

Project BackgroundHoe Bridge School is an independent co-educational pre-prep and prep school in Woking, Surrey. The sports hall had been heated by an old radiant system supplied some 35 years ago. The old system was past economical repair so the school decided to invest in a brand new radiant heating system. Contractor, ABS Ltd had over the years maintained the facility, so the school looked to them for advice on replacement equipment. Powrmatic were approached by ABS Ltd and undertook a thorough survey of the sports hall, with a view of replacing the old system with a new Powrmatic SRP – PCV continuous radiant tube system.Project SolutionAlthough the concept of the new heating system is very similar to the old one, there are sound reasons for the like-for-like type replacement. Radiant heating in sports halls is well established as it provides an environment of uniform heat coverage without stuffiness where sports activities can be performed in complete comfort.The new Powrmatic SRP – PCV continuous radiant tube system comprised two radiant branches, each 22m long, down the length of the hall, each branch containing 2 x PCV 23kW burners, all feeding to a vacuum fan to extract the products of combustion. This arrangement virtually mimicked the original layout to reduce the installation time and costs.Project ResultGas fired continuous radiant tube heating is a proven type product being the most appropriate solution for the challenge presented by sports halls, maintaining comfort levels whilst minimising fuel usage and carbon emissions.The SRP-PCV system combusts fuel at the point of use and has the capability of modulating down to 60% of high fire whilst maintaining efficiency but reducing fuel consumption. The Powrmatic SRP-PCV system is designed and manufactured in accordance with BS EN 17175:2019 for Multi-Burner Systems and incorporates a patented burner metering device.The Powrmatic SRP-PCV & PCV+ systems have been validated following review against government approved high performing energy efficiency criteria, with a Seasonal Space Heating Energy Efficiency (SSHEE) of greater than 90%, thus allowing inclusion onto the ETL (Carbon Trust, Energy Technology List). This high efficiency reduces energy usage, operational costs and carbon emissions.

An energy efficient approach to construction, using low maintenance building materials together with Dimplex ground source heat pumps, is proving the key to cost-effective heating at a collection of ten new homes built by Shetland Islands Council in Brae.

OverviewPowrmatic supplied a TEG41 air rotation heater for a large distribution warehouse facility in Bristol which was installed by our trusted partners at RSY Air Conditioning.Project BackgroundSupplying the motor trade for over 50 years, Apec Braking is firmly established as the leading specialist braking supplier to motor factors throughout the UK and Ireland. The 10,488 m² distribution warehouse required frost protection with design parameters of -5°c external and +10°c internal.SolutionJust one TEG41 air rotation heater was installed by our trusted partners RSY Air Conditioning. This TEG41 heater was designed to deliver an impressive 420kW of heat output. The TEG41 heater uses high volume, low velocity, air-circulation to distribute conditioned air to large open space and is the perfect solution for any distribution warehouse heating requirements. Due to the customers requirement to maximise the amount of racking within the warehouse area the distance of the unit from racking was much less than would be usually recommend (it was under 2mtrs from face of heater to face of full height racking).ResultThe newly styled Powrmatic Air rotation units in our new RAL 7015 colour were installed by RSY Air Conditioning. The unit was redesigned at the top of the unit to be top exit rather than the conventional design. The theory behind this was to direct the leaving air towards the roof and use the internal profile of the roof to aid with stratifying the air across the building length. The racked distribution warehouse will now benefit from a frost protection system which will protect the internal sprinkler system from freezing in the colder months.

A 35 sq.m end-terrace house in Gloucester is a showcase for greener heating. Preparing for a new tenant, landlord and heating specialist Craig Vernon replaced the 1990s all-electric space heating and hot water systems with a modern, greener solution.

The JACKOBOARD range from BEWI is “ideal” for use as a tile backerboard on projects where increasingly popular underfloor heating systems are being installed, the company says.Made from extruded polystyrene foam (XPS), the construction boards are said to be inherently waterproof because the structure of the board does not allow water to penetrate. They are designed to be easy to work with and cut, as well as truly lightweight.They are finished on both sides with a special coating and reinforced fibreglass mesh, ready to be tiled, rendered or plastered. The boards are said to possess excellent thermal insulation properties, which give them enormous advantages over plasterboard or cement board. They are especially suitable for interior construction, the company says, especially in rooms subject to high moisture levels.According to BEWI, JACKOBOARD goes “beyond bathrooms” and can be used in any room of the house and as a backerboard for virtually any tiling project.The boards are suitable for quickly and effectively levelling uneven walls and floors, for partition walls, compensating for cracks in substrates and for creating substrates for laying tiles on non-adhesive surfaces.JACKOBOARD is also said to provide the best waterproof, insulated, tiling substrate for underfloor heating projects. Whether electric mats or hot water systems are being installed, BEWI says, JACKOBOARD – laid underneath the heating elements or pipework – will help to decrease warm-up times of the system by pushing the heat directly up to the tile layer. In this way, the heat generated by the system is used in the most efficient way, not just during the initial heat-up stage, but in general usage with the continued thermostat-controlled use of the heating system.As builders are forced to reduce the carbon footprint of their projects, the materials they choose to build with can provide a key to unlocking the thermal performance of a building. The XPS foam used on JACKOBOARD products reportedly achieves excellent insulation properties. It’s designed to help maximise the energy efficiency of walls and floors, improving the overall thermal performance of any property.www.bewi.com

A four-bedroom farmhouse built on an exclusive development on the border of Wiltshire and Berkshire, has had a Grant renewable heating system installed including an Aerona³ air source heat pump, hot water cylinder and heat emitters. This property completes the development of four sustainably built homes, all of which have Grant heat pumps fulfilling their heating and hot water requirements.

Located within the Kirtley building, close to the cycle storage compound, are changing facilities with a number of showers, hairdryers and mirrors. As part of the upgrade to these facilities, the University has installed Heated Z Lockers. The shape of these lockers was chosen so that the user has the full height of the locker to gently dry their clothes and equipment that they used to cycle to university.This unique shape makes them the perfect design for heated lockers. Simply hang your damp clothes inside and let the Heated Z Locker do the hard work. Air flows easily inside the locker, with a perforated base, and perforated slots at the top allow the damp air to escape. Single and twin tube heaters are available, with the heat source plugging into a 3-pin power socket, or wired into a fused switch.A range of materials and colour finishes are available, and the University of Derby chose Laminate Z Locker doors in two colours. Laminate is a great choice of material as it creates a more Heavy Duty locker less likely to scratch, dent or damage.With a large range of laminate manufacturers, including a carbon-neutral laminate supplier, our Heated Z Lockers can be a bright pop of colour through to a neutral wood affect laminate. The University of Derby chose two contrasting laminate colours in colours Sage and Elegant Grey from BioCarbon Laminates, providing a modern look to the Z Lockers. The lockers were also manufactured with seat stands, with the slats matching Elegant Grey door colour from BioCarbon Laminates.We can also provide a range of accessories, from multiple lock options through to wrist straps, particularly popular with leisure centres and gyms. The project at University of Derby included oval laminated numbering, Lowe & Fletcher coin return locks and grey wrist straps.The university were very pleased with their Heated Z Lockers, and we have since been back to measure up for some more laminate lockers. It was great for our team to work with University of Derby on this project, and we look forward to returning for the next project soon. If you need some Heated Lockers or want to find out some more information about our range of products, call 01284 727626 or contact us here.

In 2015, Roger Stretton, an architect and one of the foundersof the practice Berman Guedes Stretton, and Martin Smithcollaborated to bring to fruition their shared enthusiasm forcontemporary, cutting edge, environmentally-friendly residentialdesign.On an attractive, mature garden site near Dorchester in Dorset,two 2,100 sq ft detached, two-storey houses were designedaround south facing courtyards with a one-and-a-half storeyheight living room.When designing the properties, environmentally responsiblematerials, products and processes were at the forefront ofthe specification. To this end, incorporating renewable andinnovative technologies, such as air-source heat pumps and heatrecovery ventilation systems enable the buildings to be highlyenergy efficient.Having previously used Allgood products, Roger recognisedthe brand for its quality and reliability, and consequentlyspecified Allgood’s Alite lever handles and Allgood doorsetsfor the project. He explains, “The new houses have a modern,minimalist design, so it was essential that the ironmongery anddoors complemented this approach, Allgood’s stainless steel Alitehandles and bespoke finished doors met these requirements.”To complement the interior architecture of the buildings, Allgoodsupplied doorsets incorporating fully fabricated and finishedflush doors with rebated frames to create a perimeter shadowgap. An important design feature was a clear line of visionthrough each house along the main axis of the plan. To achievethis, four special, full-height glazed doors with glazed side panelswere supplied. In addition, two 30 minute fire resisting doorswere also specified to the plant-rooms.Arriving on site, factory painted and with hinges and locksalready fitted, the Allgood doorsets provide valuable savings intime, cost and waste as well as a higher quality finish.

A barn conversion in Brecon has had a renewable heating system installed, featuring an Aerona³ air source heat pump and a QR hot water cylinder, a system which was designed by Grant UK and installed by a G1 Installer.

Humberside homeowner James Clark scrapped the gas combi boiler at his three-year-old house in Welton, for indoor warmth and hot water are now provided by a Daikin air source heat pump that is partly powered by batteries and rooftop solar panels

A detached new build house in Pontyberem, Carmarthenshire, has incorporated a Grant Aerona³ air source heat pump and Monowave cylinder to deliver its heating effectively and sustainably.

A new flooring solution was required as part of a large, high-specification selfbuild housing project on the stunning Archerfield estate in North Berwick. Underfloor heating had been specified for the ground floor of the house and it was important that the chosen floor solution would help to optimise heating efficiency. Given the scale of the project it was also important that the chosen screed solution could be installed quickly over a large area to fit within the build programme. Following initial discussions and a successful pump trial the customer decided to use Tarmac’s TOPFLOW Screed C cement based liquid screed.TOPFLOW Screed C is a free-flowing, cement based liquid screed that can be trafficked after just 24-48 hours and dries within 21-28 days. It can be pumped into place and allows large areas to be covered quickly with up to 120m2 laid in as little as 45 minutes. Fast drying times mean it can be laid later in the programme when the building is fully water-tight and still hit deadlines for installation of flooring. It is ideal for use with underfloor heating systems. As a self-compacting screed, it fully encapsulates heating pipes without leaving any voids and is also a more conductive medium than traditional sand and cement screeds, improving the thermal performance of the system. It is also compatible with most cement based adhesives meaning it can be used with a wide range of flooring types.The fast-drying times and early trafficking characteristics of TOPFLOW Screed C enabled other trades to follow on quickly, helping to provide continuity and efficiency within the client’s build programme. The contractor was delighted with the outcome, commenting on how good the material was to work with and on the excellent finish achieved.

S&P UK was appointed by local Mechanical and Electrical (M&E) contractors to specify the bespoke ventilation requirements. Following in-depth analysis, our recommendation to supply our newly-expanded RHE 15000 was given the go-ahead. The heat recovery unit provides the highest rate of airflow for large spaces, indoors or outdoors, and is capable of pumping 4 m³ of fresh air per second

The Audley Stanbridge Earls retirement village is an exclusive residential development of 155 luxury retirement apartments and cottages designed around a Grade II listed Tudor Manor house on a 32 acre site near Romsey, in Hampshire. Underfloor Heating had been specified as part of the design and the large floor areas now needed to be finished with floor screed that could be installed quickly and efficiently within the operating windows provided by the main contractor.TOPFLOW Screed A Thermio + offers a higher thermal conductivity than conventional sand-cement screeds, can be laid thinner and fully encapsulates heating pipes without leaving any voids. This makes it ideal for use with underfloor heating systems where it helps to improve the thermal performance and energy efficiency of buildings. All TOPFLOW Screed A products are made from gypsum and are completely cement free, with a binder made from 98% recycled material. This gives it a lower carbon footprint than a conventional cement-based screeds, saving up to 20.45kg CO2e per m2, making it a more sustainable choice.

A Grant Aerona³ air source heat pump has been installed at a cottage in Fife, transforming the home’s heating from an oil-fired system to a renewable alternative. The homeowners are now enjoying a warm home while also lowering their carbon footprint.

Working closely with Dimplex’s in-house heating design team, Ability Projects developed a unique centralised control solution, incorporating Dimplex air source heat pump and solar PV technology.

On the recommendation of Terry Baker Electrical Ltd, a member of the Chamber and also part of the Dimplex Quantum installer network, the Chamber selected Dimplex’s unique Quantum off-peak electric heating system to deliver improved efficiency, lower running costs and improve comfort at the headquarters.

With a housing stock that dates from the 1900s to present day, Vale of Aylesbury Housing Trust provides affordable housing for more than 17,000 people living and working in Aylesbury and the surrounding villages of the Vale. After a successful, no risk, no obligation trial, it was clear that the Dimplex Quantum off-peak heater was a fitting choice for the Trust’s varying housing stock - delivering controllable heat on demand.

Heated Lockers were the focus of Helmsman’s most recent project. We travelled up to South Kirby in Pontefract, Yorkshire to work alongside Triton Construction at the brand-new Innovation Hub at Production Park. Production Park is a unique support environment for the live events industry, uniting technology, creative spaces and education. Their newest venture is the brand-new Innovation Hub, with a large research studio with connected offices and teaching spaces. The new innovation hub features specialist equipment designed to support the live events industry as well as a business support programme focusing on assisting SMEs.In an area off the main entrance lobby, Helmsman installed a set of Wet Specification Heated Lockers. With a mix of 1, 2 and 4 compartments, these lockers are designed with a single or twin tube heater at the bottom of the locker, hidden within the locker stand, and perforations throughout to allow warm and/or damp air to circulate and escape the locker. Triton Construction requested a modern, heavy duty laminate finish for these heated lockers. The body of the lockers was manufactured from aluminium and powder coated in colour Ice, whilst we used Biocarbon’s Solid Grade Laminate in colour Elegant Grey for the locker doors, end panels and cladding. This laminate is a great choice as it is carbon neutral as well as being moisture resistant and easy to clean, perfect for a semi-public area such as this project. Our heated lockers can either come with a standard 3 pin power plug or can be available with a spur to wire into a fused switch. Triton construction requested a plug which was positioned on the end panel of the bank of lockers.We paired stainless steel numbers recessed into the doors with Lowe and Fletcher camlocks for a seamless finish to the lockers.  This option of lock is simple and cost effective, whilst also safe and secure.It was great to work with Triton Construction on this project and we look forward to hearing about the success of the Innovation Hub at Production Park in the future. If you have a similar project, or want to know more about our Heated Lockers, contact us today on 01284 530427.

Our team at Helmsman manufactured, delivered, and installed a variety of our Heated Lockers. There were 35 three-compartment Laminate Lockers to accommodate 105 people, as well as installing 28 Z Lockers to accommodate 56 people.The lockers were manufactured with wet specifications which means that the Laminate lockers are manufactured for an environment where there is humidity, which can also withstand rust. The lockers are manufactured with an aluminium and stainless-steel body and laminate doors.The specifications of the three-compartment lockers and Z lockers were to be 1775mm high, 298mm wide, and 450mm deep. Along with the lockers, the lockers were all installed with seat stands. The measurement of the seat stand was 300mm wide and 450 deep, the stands were powder coated in colour ‘Black’, to match the body of the lockers. Whereas the seating was in our standard slats of Ash Hardwood.The body of the Heated Lockers was powder coated in ‘Black’. The laminate doors were in the vibrant colour of ‘Ballerina’. The heated lockers were finished with Lowe & Fletcher Nimbus in ‘Black’ which is a great choice as it secures personal belongings, along with many benefits such as having a collection of user modes such as public, private, or technician mode.

The 36 storey Grade-II listed, white-concrete high-rise tower, has been completely overhauled. Previously containing offices, but has now been converted to accommodate 82 apartments, including a penthouse ranging in price from £3 million to £55 million.During the refurbishment architects clustered corridors and bathrooms in the centre of the tower, making room for living areas and bedrooms to run alongside the windows, to make the most of the London skyline view.With approximately 12,700m2 of medium density gypsum fibre panels engineered with tongue & groove edges for ease of installation to create a monolithic robust surface over underfloor heating trays and 6mm Isorubber working as an impact vibration reduction mat. The panels installed were chosen due to their excellent thermal conductivity, a requirement for the system to work in conjunction with the desired underfloor heating system.

application area: commercial gas heatinguse type: condensing gas boilersproject scope: line commercial freestanding chimney for condensing operationadded value: corrosion-resistant, air-tight and waterproof finishBackgroundThe combustion gases from the school's boiler room are exhausted through a freestanding 28-metre brick chimney. The structure was not suitable for the wet operation of condensing boilers. FuranFlex-25 Black was the chosen lining material.The new boiler plant required a 500mm diameter flue liner but the chimney could not accommodate a rigid liner this size. A FuranFlex25 Black liner was therefore specified as it expands into the rectangular flue shape when inflated with steam.Statement of workFuranFlex25 comes as a folded and soft tube. Inflating with steam irreversably hardens the liner fixing it in place. Within a few hours of steaming the liner was ready for connecting to the boilers. The appropriate adaptors/terminals were fitted making the chimney ready for operation.

A Grant Uflex MINI low profile underfloor heating system has been installed throughout the entire downstairs of a four-year-old property, providing the homeowners with complete comfort in the rooms they occupy the most frequently.

Daikin Altherma low temperature monobloc heat pumps provide heating or cooling and domestic hot water for three homes newly built by award-winning housebuilder Distinctive Developments in a former farmyard near Huntingdon, Cambridgeshire.

The Dimplex Edel air source hot water heat pump has proved its credentials as an exceptionally efficient, easy to install and cost-effective renewable water heating system for one resident on the island of Jersey.

Four Grant Aerona³ air source heat pumps have been installed at Caerphilly Council Tir Y Berth Depot, providing renewable heating to a number of offices. The installation of Grant heat pumps was part of a wider redevelopment programme which has transformed the space to maximise its potential while also reducing carbon emissions.

A small development of new build properties has been completed near Helston in Cornwall, homes which will be exclusively available to local people with long-standing associations with the area. The homes have renewable heating systems installed with Aerona³ air source heat pumps and cylinders all supplied by Grant UK.