Interior designer Susanne Sudholz (née Martitz) set out to design an unconventional, eye-catching and energy-efficient home for her family. With a passion for sustainable building design, Sudholz selected the Kingspan insulated roof and wall panels for both their aesthetics and their environmental credentials.
Hope House
Sector: Residential
Location: Bath, UK
Architect: Nash Partnership
Photography: Grant Frazer Photography
Situated in the Bath Conservation Area, the stunning grade II listed building has been renovated and expanded by Acorn Property Group to create a series of luxury apartments and homes.
The main building, which previously served as an all-girls high school, has been carefully converted into apartments. The grounds were divided into four residential quarters and several new build homes were constructed around the main building to offer a variety of accommodation options.
Architects, Nash Partnership, were mindful to ensure that the additional properties would be in keeping with the area. The building exterior references Bath’s famed Georgian aesthetic whilst internal spaces include all the benefits of modern construction.
To optimise space within the properties whilst ensuring they meet modern thermal performance standards, Kingspan Kooltherm® K108 Cavity Board was specified for the walls of the new buildings whilst Kingspan Kooltherm K7 Pitched Roof Board was chosen for the pitched roofs – minimising heat loss whilst maintaining head height in the top floor rooms.
350 Mission Street
Sector: Offices
Location: San Francisco, California, USA
Architects: Skidmore Owings & Merrill / Gensler / Mark Cavagnero Associates
350 Mission Street represents the new headquarters of cloud computing giant Salesforce.
At 492,000-square-feet, 350 Mission Street is San Francisco’s first LEED Platinum high rise, and that focus on sustainability was the driving factor behind every decision made on this project. Chris Heimburger, Senior Vice President of Development for developer Kilroy, describes the goal of the project as the creation of a “high performance work environment” in every aspect from employee performance to optimised operating costs.
One of the key factors in achieving these goals was the utilisation of underfloor service distribution (UFAD). Using UFAD allowed for 100% filtered outside air to be brought into the building and distributed in an energy-efficient method. Running power and cable through the plenum allowed for the creation of a greater floor-to-ceiling height which increased overhead space for employees and allowed larger windows for improved daylighting.
Squibb Building
Following 2015 research data which showed that buildings in New York City were responsible for 67% of the city’s greenhouse gas emissions, New York officials updated their energy efficiency standards for both new and existing buildings.
A historic 34-strorey high rise on Manhattan’s 5th Avenue was due for renovation, specifically a roofing remodel on a particular floor to improve the building’s performance. With the new standards in place set by the New York City Energy Conservation Code, a retrofit was needed to achieve these standards.
This project came with significant design challenges for the building owner. The addition of multiple layers of insulation would require significant renovations to the roof, and the additional thickness from the introduction of insulation posed challenges in ensuring railings were at an adequate height.
There was also the major issue of the need to vacate space around the works during periods of heavy activity. This would require moving some tenants out for a period of six to nine months – causing significant disruption for them as well as loss of income for the building’s owner.
In looking for a solution which would cost less, save time and meet the regulations the building owner chose next generation Kingspan OPTIM-R insulation. Designed for projects which require creative solutions, Kingspan OPTIM-R is ultra-thin and perfect for retrofit applications.
The insulation did not affect the railing details or impact on roof pavers and door thresholds. This meant heavy renovation works were not required and therefore no need for tenants to vacate the building. With New York City also facing a labour shortage at the time, the opportunity to cut down on project time meant that contractors had the leeway to ensure the best workers were on the job.
With over 3 months saved in construction time, a higher-performing building and cost-savings of over $1.2 million – the 5th Avenue retrofit represents an excellent example of how a creative, next-generation product can offer the solutions clients need without negatively affecting quality.
Art for Arts’ Sake
Winston-Salem, the City of Arts and Innovation, has a new facility for artists. Designed to be an economic catalyst for neighbourhood growth, the 14,500-square foot Art for Art’s Sake (AFAS) building features two galleries, an art centre for community education, artist studios for rent, an AFAS board room, event space, leased office space and an outdoor sculpture garden on the building’s front lawn. Together, the unique campus provides a new indoor/outdoor venue for the city, furthering the non-profit AFAS mission to “build, educate and celebrate” community through art.
By cladding the building with UniQuad panels in ice white matte over ice white matte, the UniQuad system met Stitch Design Shop’s energy performance needs and desired look – all in a single panel design.
The Big Build Ireland
Featured on RTE 1 on Sunday, the episode showcased an incredible building project from the presenter, Baz Ashmawy, and his team of volunteers for Tipperary woman, Sinead Barry and her family.
Sinead’s husband, Michael (34), tragically passed away after a very short battle with cancer whilst self-building their dream home. For five years, Michael had been self-building their house, and when he fell ill and sadly passed away in March 2019, the home was unfinished.
Baz and the team from DIY SOS The Big Build Ireland stepped up to help complete the new build last year, creating an incredible family home for Sinead and her three young children.
UpCycle Office
Sector: Offices
Location: Austin, Texas, USA
Architect: Gensler
Photography: Dror Baldinger FAIA Architectural Photography
In the heart of East Austin, Texas, on the site of a former recycling centre, new type of shared office space is utilising elements from the former warehouses of the neighbourhood. UpCycle repurposes almost all of the original 1972 warehouse building.
The building becomes energy efficient by using Kingspan Karrier Panel under this skin, insulating the building envelope. The ethos of the building seeks to highlight its industrial past, and even includes a repurposed train car which serves as a front porch lounge equipped with seating, WiFi and music.
6 Great Marlborough Street
6 Great Marlborough Street forms part of Manchester’s rich industrial heritage. The five-story, red-brick building was once part of the city’s thriving textile industry and sits within Little Ireland, the earliest area of Irish settlement within Manchester. Sheppard Robson’s sensitive restoration plans make a feature of the historic building fabric, exposing the original brickwork and beams internally, whilst incorporating more contemporary elements such as building services and modern windows.
Disney Cleo Parking Structure Canopies
Welcoming users to a new 6,500 space parking structure are a “garden” of translucent polycarbonate canopies that sprout up around the entry/exit escalators and protect guests from the elements while treating them to some playful architecture as they make their way to the playland that is Disneyland Resort.
Other canopies on the property shield users from sun and rain, while still allowing for a bright, light and welcoming space underneath.
Eagle Academy
Eagle Academy is the first early childhood public charter school in Washington D.C., and is home to more than 900 students. When designing the school, Eagle Academy was hoping for an intellectually stimulating and sustainable environment that resembled their previous building, but its location in the South East side of the city caused a security concern that needed to be addressed in its design.
Kingspan Light + Air provided 13,020 sq. ft. of UniQuad® panels to solve the problems and concerns academy faced at their 27,000 sq. ft. facility. The panels’ advanced Removable Skin Technology (RST) allows the exterior panel to be replaced as needed in the event of vandalism and provides indefinite building envelope protection
The Eagle Academy was designed to feature a seamless glazed look without any exposed aluminum connectors, and included bi-colored panels of blue and white to show the school colors. The outside panels were matte finished for added security and daytime privacy. The UniQuad system is one of the many energy-saving measures taken by Eagle Academy to achieve LEED Silver.
We picked a system that would give them the daylight they wanted without having to use windows. The UniQuad provides an interesting effect inside, durable material, and a great aesthetic. The school is in a zone that would be prone to some kind of vandalism. If they have a problem with it, panels can be removed one at a time. – Carlos Talero, Shinberg Levinas Architectural Design
The UniQuad is the only daylight system that can span as long as 12 ft. between structural supports. It is constructed of two independent translucent insulated panels, and is joined by a mechanically interlocking structure that eliminates the need for vulnerable wet seal and adhesives.
“We’ve had some days with heavy winds and I’ve walked into the gym to see if I can feel anything, but the panels are air tight,” said John Johnson, Director of Security/Facilities at Eagle Academy. “We haven’t had any water issues at all – no leaks, nothing.”
The panels are scalable and can be configured with various features while maintaining its integrity, including: additional insulation, sound reduction, dynamic shading, additional structural performance, military forced entry resistance, and more.
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