Tag: Thermal breaks
Yes, it’s that time of year again….when a certain chill fills the air, making your teeth chatter and your cheeks burn as you hurry home from the office. Maybe the chilly weather fills your head with thoughts of ski slopes or holiday traditions…or maybe it starts you dreaming of warm, sandy beaches far away from the cold.
A new project in Chicago is breaking ground and Schӧck is pleased to be part of it.
The six-story, 79-unit building on the North-West corner of Cicero and George in Chicago, Illinois is part of the Hispanic Housing Development Corporation. The residential building is for seniors age 55 and over whose income meets the needs for affordable housing. The project will utilize Schӧck Isokorb type CM structural thermal breaks in the concrete slab connections of 16 balconies.
Building envelope thermal performance is greatly affected by thermal bridging, or localized areas of increased heat flow through walls and roofs. Mitigating the impact of thermal bridging is not only necessary to reduce energy consumption but is also an important consideration for minimizing the risk of condensation on cold surfaces and for maintaining occupant comfort.
As part of new Building Envelope Thermal Bridging (BETB) Guide, various construction details have been analyzed to evaluate traditional thermal bridges and various solutions provided by Schöck Isokorb. Please find the report here.
The NMAAHC is making monumental progress towards their goal to open in the Fall. Here is an image taken by S2N Technology on the current progress.
On St. Patrick’s Day, we visit Ireland to share the Garden Still House, one of the most modern distilleries in the world.
Irish Distiller, Pernod Ricard produces well know beverages such as Jameson Irish Whiskey, Malibu, Jacob’s Creek, Brancott Estate and Mumm. Yet they reached production capacity at 33 million liters of pure alcohol per year. With an increase in international demand, an investment of $135 million for a production plant was planned to double capacity.
Condominiums and apartment buildings can be designed with corner, wrap around balconies to provide dramatic views. These corner balconies are most commonly cantilevered concrete balconies which are a slab extension from the building’s interior slab surface.
Corner balconies provide heightened aesthetics designs as well as ensure optimal sun exposure on the balcony. This is especially important when your balcony faces east, to allow a corner section on the south to provide additional sun exposure during the day. In dormitories, balconies are often used as loggia walkways around the building as an evacuation scenario for a fast and secure escape.
ASU’s new Arizona Center for Law and Society broke ground in October 2014 for their 260,000 square-foot facility in downtown Phoenix. The new building is planned to accommodate a projected growth in student population of 20-30% over 10 years, and will house the Sandra Day O’Connor College of Law, the Lincoln Center for Applied Ethics and the McCain Institute for International Leadership, and the ASU Alumni Law Group.
The ASU project will be using Schӧck Isokorb® structural thermal breaks in their structural steel beam connections to offer thermal protection and alleviate condensation issues at the building envelope. Structural thermal breaks will be one of the many energy saving features of the building.
Can you believe 9 out of 10 projects which submit for building permits in New York City fail to meet the baseline energy code?
Seems difficult to imagine, considering the code requirements have not even changed recently.
Another prestigious New York condominium is installing balconies with Schӧck Isokorb® structural thermal breaks. Located at 155 East 79th Street, in Manhattan’s Upper East Side, developer Anbau “combines the best of prewar design with state of the art building technologies,” via Anbau. This is a rich combination of classic with modern design.
New York Yimby conducted an interview with Barbara van Beuren and Stephen Glascock of Anbau, the New York luxury real estate investment and development company to discover how architect turned developer found the way to have full control of the building’s appearance.
The luxury condominium includes 14 stories, housing seven finely crafted residences which are priced in the range of $8.9 to $18 million.
In May 2013, Sacred Heart University Campus in Fairfield, CT broke ground on the largest new academic building in the school’s 50-year history. The new structure will house the John F. Welch College of Business (COB), the Department of Communications, the Media Studies programs and the Executive Leadership Institute at 5401 Park Ave.
Designed by Sasaki Associates, the modern three- level, 125,000 square-feet design strives to balance traditional with contemporary. Building on technology as the backbone, the new building will provide a professional and collaborative environment for learning at all levels.
Steel is the most popular framing material for non-residential buildings in the US. As the AISC’s slogan goes, “There is always a solution in steel.” It is sustainable and readily available, strong in both compression and tension, and allows acceleration of project schedules making it a cost effective construction option.
My name is Mike Lemen from Washington State in the Pacific Northwest. I’m proud to join the Schӧck family of Innovation Building Solution as Sales Manager for Western North America including Alaska, Alberta and British Columbia, Canada.
Mike at a recent jobsite visit to LIDO in Vancouver Canada.
The 199 Mott St. condo building is being labeled, “The Green Collection” due to the energy efficient initiatives which are being installed in the structure.
Located in the Nolita area of New York, between Kenmare and Spring Street, construction continues to progress on the “steampunk aesthetic” development. Kutnicki Bernstein Architects designed the boutique, eight story building, which will include a ground-level retail area, 11 residential units and a rooftop terrace.
The owners, Alfa Development, are raising the bar on luxury condo construction by implementing design knowledge and well-known strategies to maximize energy efficiency, thermal comfort and indoor air quality.
Alfa began with Chelsea Green by taking responsibility to build to higher energy efficient standards in their luxury condo suites, which sold 90% of their units off the floor plan.
Steel beams which penetrate the exterior wall (and break the continuous insulation layer) represent a detrimental thermal bridge in the building envelope. This situation often occurs in the structural details when a continuous steel canopy or balcony beam cantilevers out from the interior structure.
This penetration to the continuous insulation (CI) layer, is being further considered and addressed in energy building codes such as the ASHRAE 189.1 and 90.1 and the International Green Construction Code (IGCC), which guides codes and standards for both baseline and high-performance green buildings.
Since steel is a highly conductive material (k=50W/mK) / (R-0.003 per inch), a thermal break solution is necessary to reduce energy loss, prevent condensation on the surface, and avoid damaging results to the building. … read more
Last week I was fortunate to speak to a group of over 50 NYC “passivists” about solving the thermal bridging problem in concrete slab and steel beam connections.
In this context, passivists are architects, designers, builders and those involved in the promotion and ideals of the Passive House movement and members of PHNY. … read more
Schöck-efficient…That’s what we were called from our partner in Australia, when working on a recent project. You think Schöck is only providing high performance, quality products? There’s more than that. Providing our innovative building products always includes high quality service as a part of the package.
We want to make your project efficient, and we want to see you satisfied! There are many building envelope details where solutions to thermal bridging are possible with our standard Isokorb® product range. Yet other times, various applications require a custom thermal break solution to be designed. Schöck accepts these challenges with your building envelope and we want to find the right solution for your structural connection. That’s were our technical support team is in demand. They are the ones getting in contact with you to clarify the technical details, ensuring all information is considered, weighing up the possibilities and providing a technical proposal for your project.
During last month’s American Institute of Architects (AIA) tradeshow, a noteworthy study was released, which compares the thermal performance and whole energy impact of concrete balconies. The research was completed by Morrison Hershfield, a leader in building physics, who also completed the ASHRAE 1365-RP, Thermal Performance of Building Envelope Details.
The NY13 Symposium will take place at the City College of New York, The Bernard & Anne Spitzer School of Architecture, located at 160 Convent Ave, New York.
The symposium will be held from 9:00 am to 5:15 pm on Saturday, June 8th.
This will be the second annual New York Passive House Symposium, with a focus on Policy, Finance, and Performance. … read more
Even though structural thermal breaks were developed for cold weather conditions, design firms in Texas and the Southwest have been eager to learn about this technology. During the first five months of 2013, APCS (independent representative of Schöck) has presented the course on Structural Thermal Breaks 9 times, for medium and large architectural and engineering firms in Texas and Arizona. Many of these firms design commercial and institutional projects nation-wide, as well as for international. These firms have opened their doors to APCS and Schöck to learn more about the causes and effects of thermal bridges, and how to minimize these effects. Architects, Civil, Structural, and Mechanical engineers have been interested in the scope of thermal bridge consequences such as excessive energy losses, cold slabs, condensation, and even mold occurrences.
I am excited to attend the 17th International Passive House Conference in Frankfurt, Germany on April 17-21. With 16 session and 90 presentations this is the world’s largest Passive House Exhibition. With a focus on energy efficiency and renewables, the conference will cover a wide range of topics from regional concepts, energy refurbished projects, and the use of renewable energy sources.
This years conference will include presentations on large number of US projects, a trend that is growing as energy use continues to become a greater focus in buildings.
Just last month, Schock received Passive House certification of the very first “thermal bridge free” construction for balconies while attending the BAU show, the World’s leading fair for Building and Design.
We are excited about the recent annoucement of LIDO, a 21-level residential tower in False Creek, Vancouver, Canada to include Isokorb® thermal breaks in their balcony/slab connections.
On March 5-7, Schӧck discovered what is known as the “Northeast’s most established, most cross-disciplinary renewable energy and high-performance building conference and trade show,” NESEA’s BuildingEnergy 2013.
With over 80 learning sessions and workshops on renewable energy and green buildings, thermal bridging was at center stage at the Boston, MA event.
On February 13th and 14th Schöck had the great opportunity to present the company and Isokorb structural thermal breaks, at BuildEX 2013 to the construction community in Vancouver, British Columbia.
We experienced great interest at our booth, and found out that most people are aware of the problems and effects of thermal bridging. But not of the solution – Schöck Isokorb® for concrete and steel applications.
At the 2013 BuildingEnergy Conference in Boston on March 5th, the Northeast Sustainable Energy Association (NESEA) is hosting a workshop entitled Structural Detailing for Energy Efficient Building Envelopes. Russ Miller-Johnson and I will be co-facilitating.
This will be a three-hour, hands-on opportunity to learn strategies to mitigate thermal bridging of structural elements in buildings. We’ll also give participants a chance to bring their favorite (or worst) details of thermal bridging to the workshop, to get help with developing a way to modify the detail to reduce thermal bridging, or to bring a detail showing their favorite solution to a thermal bridging problem that they have developed.
The business has been extremely rewarding this past year. The sales of ComBAR® climbed drastically and achieved 3 times the sales volume of 2011. We have also noticed that GFRP is now a common building material and is being specified in a great number of bridge and tunnel structures, especially in Ontario. But also the United States has been an interesting market in 2012. Besides, we have seen a great interest in the future use of GFRP in New Brunswick, Manitoba and British Columbia.
In 2012, we also had an amazing and successful introduction of our Thermal Break Element, the Schöck Isokorb®. Isokorb® has being installed in over 10 different buildings across Canada! We are now starting to convince architects, engineers and primarily developers and owners about the unique advantages of the Isokorb® to minimize energy consumption, improve the quality of living space and subsequently protect the environment in which we all live and in which our children and their children will live in the future.