Krystol Magazine 18.1

KRYSTOL® VOLUME 18 | ISSUE 1 1

KRYSTOL®

THE CONCRETE WATERPROOFING MAGAZINEwww.kryton.comVolume 18 | Issue 1

Spotlight on Dry Concrete in

New York City

Feature Story:

Building in Dubai’s Entertainment Hub

PLUS:

CEO Column

Architects using Krystol

Hot Weather Concreting

Images © 2015 DoubleTree

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Compared to membrane solutions, Kryton protects even better with time.Our self-sealing technology and comprehensive support system transformconcrete into a permanent waterproof barrier. Short term, you’ll shave weeks off construction schedules, cut waterproofing costs, and build your footprint to the property line. Long term, you’ll avoid leaks, discoloration and costly callbacks. And have the peace of mind of an industry-best 25-year warranty.

THEY CHOSE KRYTON WATERPROOFING.

www.kryton.com+1.604.324.8280

KRYTON TAKES THE RISK OUT OF CONCRETE WATERPROOFING.

RISKNOTHING.

THE ATLANTIS HOTELBUILDERS COULD


CONTENTS VOLUME 18 | ISSUE 1

4 TOP 4 ARCHITECTURE FIRMS WHO USE KRYSTOL

7 CEO COLUMN The ‘Holy Trinity’ of Concrete Building

8 COVER STORY Waterproofing Dubai’s DoubleTree By Hilton - Al Barasha

11 LEAK REPAIRA look at Kryton’s new Krystol Repair Grout

12 KRYTON NEWS

13 ASK AN EXPERTWhat are the challenges when hot weather concreting?

14 REGIONAL SPOTLIGHTKryton in the Big Apple!

Editor: Jason BryantArt Director: Yvonne Lee

Contributors:Alireza BiparvaJeff BowmanJason BryantJillian TurnerKari YuersRolf Skala

Krystol® Magazine is printed by Kryton International Inc. 1645 East Kent Avenue

Vancouver, BC, V5P 2S8, Canadawww.kryton.com

For information about this publication,

email [email protected] or call 1.800.267.8280 or +1.604.324.8280

Copyright ©2015 Kryton International Inc.

All rights reserved.

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Cover image: Double Tree by Hilton - Al Barasha

REGIONAL SPOTLIGHT

www.kryton.com+1.604.324.8280

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THE TOP FOUR

ARCHITECT FIRMS

WHO USED KRYSTOL!

Kryton’s line of Krystol technology has been around for over four decades and used in some of the most unique and difficult concrete construction projects in the world. Innovation is the mechanism by which renowned architects thrust forward, deviating from traditional practices to the resilient and sustainable ones of the future. Here is a list of the top four architecture firms Kryton has had the good fortune of working with to create

watertight, innovative and sustainable concrete structures:

KRYSTOL® VOLUME 18 | ISSUE 1

FOSTER & PARTNERS ARCHITECTS

Foster & Partners Architects is one of the most innovative architecture and design firms on the globe. In Vancouver, Canada, Foster & Partners designed the stunning 37-floor Jameson House. The project incorporated the 1929 Ceperley Rounsfell Building, which was restored to its original design.

As concrete was the main building material, a firm that demands excellence went with the best concrete waterproofing admixture available, Kryton’s Krystol Internal Membrane (KIM) to waterproof below grade foundations, pits, retaining walls and containment tanks. KIM was also used for the above grade areas of the building, as unfinished architectural concrete was the unique design finish adopted by Foster & Partners.

NORR CONSULTANTS

Norr Consultants is an architect/engineer firm established by John Burnett Parkin in 1938, focusing on his passion to design in the modernist style. This passion lives on today and is shown at the $1.5 billion resort, The Atlantis in Dubai, UAE.

Due to the location, the project created significant concrete waterproofing challenges of below-grade water storage tanks, which include temperature-controlled seawater tanks for dolphins, as well as their skimmer tank. Norr used Kryton’s Krystol Concrete waterproofing system to waterproof all four of the water storage tanks at the 42 acre water based theme park.

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AEDAS

Aedas employs award winning architects leading global architecture and design in Asia, the Middle East, Europe and America. With extraordinary projects eclipsing the globe, Aedas pushes the boundaries of contemporary architecture by thrusting itself as a leader in innovation and design. One of those projects occurred in Singapore with the Marina Bay Sands Integrated Resort and Casino.

The 55-story hotel towers feature 2,561 rooms, offering 360-degree views of the city and sea with an ArtScience Museum, integrated waterside promenade and shopping mall, just to name a few. Aedas specified Kryton’s KIM to waterproof below-grade areas, multiple floors, tunnels, roof tops, lift and sump pits, and water tanks. KIM offered Aedas time savings, and a permanent and self-sealing solution, ensuring this mega-project would last the test of time.

GENSLER

Gensler is the world’s largest global design and architecture firm and served as executive architect on the CityCenter project that takes up 76-acres right on the famous Las Vegas strip. CityCentre is the largest privately funded development in the United States, featuring hotels, retail, entertainment and residential properties. Gensler was also tasked with incorporating sustainability, durability and resilience into the plan to ensure it fits with their green objectives.

Gensler selected Kryton’s Krystol Internal Membrane (KIM) to waterproof the concrete because it saves time and money. The project’s overall environmental sustainability measures resulted in a LEED Platinum rating. The crown jewel of Las Vegas, CityCentre is proof that sustainable building and innovative design can walk hand in hand into the future of design.

THE TOP FOUR

ARCHITECT FIRMS

WHO USED KRYSTOL!

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This list is by no means all-encompassing of the architecture firms Kryton has worked with, but a fantastic overview of four firms tearing down the limits to how the future of this world is being built.

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COVER STORY

BUILDING IN DUBAI’S ENTERTAINMENT HUB

Images © 2015 DoubleTree


When we talk about “prime” real-estate, thoughts of London, Vancouver, and New York City come directly to mind. However, Dubai’s exclusivity has it building structures higher than anywhere else in the world. From the Burj Khalifa to the Mall of the Emirates, each structure dotting the enhanced skyline of Dubai is remarkable.The DoubleTree by Hilton Hotel & Residences – Al Barsha is no exception.

Boasting a fantastic location in Al Barsha, an area known for its world-class shopping, entertainment and dining, the DoubleTree by Hilton is a state-of-the-art landing spot for tourists and professionals alike. The features for this hotel are consistent with the Hilton brand world-wide – everything is top of the line. The hotel boasts 181 modern rooms, 13 suites, 41 studios and 124 one and two bedroom apartments. The hotel & residence also offers a sparkling outdoor pool and is only a short complimentary shuttle away from Jumeriah Beach and the Mall of the Emirates.

The amenities seen are immense; however, the amenities the naked eye can’t see are what will allow this Hotel & Residence to serve the area for decades to come.As is the case with all of the structures in Dubai, the concrete foundation of the building will face some form of high-hydrostatic water pressure. For concrete, water pressures’ assault on its porous nature can leave it vulnerable to the infiltration of water and water borne chemicals. To that end, the ingress of water into the matrix of concrete is the most common reason for concrete deterioration. The Double Tree by Hilton has three below grade car parks with 7-8 m (23-26 ft) of hydrostatic water pressure that needed to be accounted for.

The specified waterproofing system for DoubleTree by Hilton was two-layers of torch-applied SBS (styrene-butadiene-styrene) membrane. However, these membrane systems are subject to risks, such as improper installation and

punctures. Another issue is the limitations these systems have when introduced to high water pressure. These membranes can breakdown and allow the infiltration of moisture into the concrete, leaving the viability of the concrete structure in jeopardy. Al Ajmi Engineering Consultants knew this was an unacceptable outcome, deciding to change directions and use more durable and resilient technology to keep the hydrostatic water pressure at bay.

Al Ajmi Engineering had previously worked with Kryton’s Krystol product line on a number of projects before the Double Tree by Hilton. In those projects, Krystol technology was able to provide many benefits, such as: saving time on the construction schedule, proven performance, and a 25-year Kryton warranty. These benefits combined to save the project capital, and, unlike other membrane systems, are designed to perform for the life of the building.

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DoubleTree by Hilton - Al Barasha has three floor below car parks dealing with 7-8 m of hydrostatic pressure.

Kryton’s Krystol Internal MembraneTM (KIM) admixture was the waterproofing product of choice. This included three levels of underground parking, consisting of the raft slab, retaining wall and water tank. Al Ajmi Engineers chose KIM because of the uncompromising and unique benefits it provides a concrete project. First and foremost is the ease of installation. KIM waterproofing system is added to the concrete-mix at the batching plant thereby making the concrete the waterproofing barrier. This streamlines the construction process, omitting the need to stop the construction process to apply two layers of waterproof membrane. KIM is also the only PRAH (Permeability Reducing Admixture for Hydrostatic conditions) available on the market, which will reduce the risk of leakage from the hydrostatic water pressure faced by buildings built along the Persian Gulf. Finally, the risk of puncture damage and costly repairs traditional membranes would yield during the installation phase and against hydrostatic water pressure were eliminated, as KIM is part of the concrete mix and the best option for any Shotcrete project.

Delta Emirates served as the contractor on the project, leveraging their experience with the Kryton project range. The experience resulted in greater efficiency and productivity which KIM provides on the job-site. Delta Emirates was able to recover $25,000 US with the use of KIM and saved forty-five days on their construction schedule.

Kryton’s Krystol Waterstop System was used for all of the construction joints for it’s durability, easy installation, and ability to withstand extreme hydrostatic water pressure. Using both KIM and Waterstop Treatment ensures that the Double Tree by Hilton will be a water tight building for its lifetime.

For the Double Tree by Hilton, high life-cycle costs induced by deteriorating concrete would have cut into the profit margin of the hotel. With margins growing ever slimmer because of the costs of land, taxes and increased services, the economic viability of the DoubleTree would be threatened if costly repairs were continually needed throughout the life of the building. Therefore,

ensuring concrete is waterproofed from potential damage and leakage is of vital importance, especially in areas like Al Barsha where the stress is further impacted by increased water pressure. Results like this just can’t be matched.

This is why the importance of considering the best and most innovative technologies at the beginning of the project, as well as working out costs over the life of a project takes precedent over initial costs. There is no point for a project to cut costs early in a project’s life by using sub-par products and materials, when those costs will blow up later on down the road. Thus, it is prudent to ensure from the beginning that permanent solutions are used for problems that may occur.

As of writing, almost a year after the completion of DoubleTree by Hilton – Al Barsha, the underground areas where KIM and the Waterstop Treatment was used has remained dusty dry and working as specified.


CEO COLUMN

One of the highlights of my role and other team leaders in our organization is to visit tradeshows and seminars and to be close to all the latest thinking and industry developments.

There are many events throughout the year and around the world, but a common thread that linked many of them was that of understanding the ‘built structure trinity’, which is sustainability, resiliency, and durability.

The Greenbuild Show in New Orleans was focused on green initiatives that help to promote strategic sustainable design for the construction industry. The Architectural Institute of British Columbia (AIBC) conference was about Shifting Perspectives and the need for designers to reinvent the way they think in our ever-changing construction landscape. I generally never miss an American Concrete Institute (ACI) Convention, which recently took place in Kansas City and Washington where again many of the seminars revolved around the importance of sustainability, resiliency and durability.

KARI YUERS, FACI

PRESIDENT & CEO

In essence, for the concrete industry sustainability, and resiliency relate directly to the lifespan of a structure; resisting deterioration and supporting the long-term ecological and financial balance of

the community in which it’s built.

To achieve the essential properties of sustainability and resilience

in concrete, one must build durably. What does that

mean? When looking into the adjectives associated

with durability one is presented with the

definitions of: ‘able to resist wear, decay;

be well, lasting and enduring’ – it becomes clear that

sustainability, resiliency, and

durability is not only about responsible

concrete practices today, but about securing the wellbeing of

the future.

Given the external challenges of increased extreme climate changes, global finances and

the pressure to build faster and cheaper, are we getting closer to realizing the built structure trinity of sustainability, resiliency and durability? If not, how can we afford not to?

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PROPERTIES OF A GOOD LEAK REPAIR PRODUCT

Jeff Bowman, B.Sc. Technical Manager, R&D


The repair of leaking concrete cracks is one of the most challenging repairs that contractors are regularly required to perform. Unfortunately, very few repair products are designed specifically to do the job. While concrete patching and repair products are widely available, most are intended to repair minor defects, and some localized failure of the product (cracking, loss of bond etc.) does not immediately compromise the entire repair. With leaking cracks however, any failure of the repair, however minor, is immediately obvious because the crack will resume leaking. This situation will certainly result in call-backs, lost time and a damaged reputation.

In reality, a waterproofing repair product must perform to a much higher standard than a typical patching material. A repair required to be waterproof must not fail. Unfortunately, guidelines for concrete repair materials are typically not written to ensure a watertight repair. They may specify properties such as strength or drying shrinkage, but under controlled laboratory conditions, measuring these properties does not necessarily reproduce the mechanisms that cause a waterproofing repair to leak. A repair product may look good on paper, but this does not always tell how it will perform in the field.

To make an effective waterproofing repair product, the formulator needs to balance many properties and performance features to get the best results. For example, a product that hardens too quickly is challenging to use, and increases the risk of applicator error as they rush to install the product. A product that hardens slowly provides ample working time, but also remains vulnerable to drying out for a longer period of time, which can lead to cracking and bond failure.

Drying shrinkage is an important property, but it tends to predict only long term cracking. In the field, cracking can start much earlier due to the loss of water through evaporation (called plastic shrinkage) or insufficient early bond strength. Careful surface preparation and workmanship

can minimize these problems, but only if the repair product is up to the task. There are various shrinkage reducing and crack controlling technologies available, but each has its advantages and disadvantages. Fibers can be used to reduce the effects of plastic shrinkage, but too much fiber can make the grout challenging to work with. Other technologies compensate for shrinkage through various expansive reactions in the plastic or hardened grout, but these can compromise strength and other important properties if overused. Only by balancing each property can the best results be achieved.

The cohesiveness and “workability” of the grout can also influence the final performance. Grouts that are highly cohesive hold together and are easy to handle and trowel. However, on a microscopic level, they may result in less contact between the cement paste in the repair grout and the concrete, which reduces bonding from the start. Grouts that are more plastic and flowing develop good contact with the concrete, but may also sag after placement, and are difficult to use in vertical or overhead applications.

Traditional methods to test and evaluate repair grouts focus on testing individual

properties. However, cracking in the field is usually a combination of several factors working in unison. This makes developing waterproofing products a unique challenge, particularly considering the high performance expected from them. At Kryton, several custom procedures have been developed that have been found to correlate with field performance specifically for waterproofing applications. This allows the cracking tendency of a product to be evaluated under realistic conditions, although traditional lab testing remains a useful development tool. The final proof however always comes after field testing to see how the product performs under real world conditions. When you are looking for a waterproofing repair system, make sure your product has been specifically designed and tested for that purpose.

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KRYTON NEWS

Events

Record Breaking Year celebrated with entire company in

2014 was a record-breaking year for Kryton and to celebrate the success every staff member world-wide basked in the sun-drenched beaches of Puerto Vallarta, Mexico in April.

The company took all global staff on an all-inclusive trip to Mexico. Kryton staff from offices in China, UAE, Singapore, UK, and Texas were flown into Vancouver and then on to Mexico together.

President and CEO, Kari Yuers believes whole heartedly in the importance of

teamwork, through recognition of every employee in the company, regardless of position or location. “2014 was the best year we’ve ever had in

Kryton’s 42-year history,” Yuers says. “The credit for this tremendous success goes to every single Krytonite from across the globe.

Price Honored with MLK AwardDavid Price is the Owner of Kryton distributor Price Builders & Developers in Ohio. Price routinely volunteers his time, experience and money to local charities and community empowering efforts throughout the year, asking nothing in return. On Martin Luther King Jr. Day he was recognized with the Governor’s Humanitarian Award. The award is given to those who has given their time and service freely to those in need without question and often without recognition. From all of us at Kryton - Congratulations David!

Kryton Launches Two New Products at WOCWorld of Concrete 2015 saw Kryton launch two new products: Krytonite Swelling Waterstop and Krystol Repair Grout.

Krystol Repair Grout will simplify Kryton’s proven Leak Repair System, making repairs even more effective while at the same time allowing easier and faster application. Krytonite Swelling Waterstop is part of a new waterproof joint design that achieves the ultimate protection for concrete construction joints against the penetration of water – even under extreme hydrostatic pressure.

Both innovative products are available now – visit www.kryton.com for more detailed information.

Kryton Gives Back During Christmas Kryton’s New Global Sales Director!

Kryton is proud to announce that Kaja Salovsky has been appointed to lead their international sales team as Director of Sales - Global.

Kaja brings to Kryton over 20-years of senior sales leadership experience in building high-performance sales teams. His most recent roles include: Executive Director of Sales (Essilor Canada), Regional Sales Manager (Canwel Hardware) and Area Sales Director (DHL Express).

“We are thrilled to have Kaja join Kryton as the new Director of Sales,” says Kari Yuers, President & CEO of Kryton. “Kaja’s experience in building sales organizations and his vision for strong business growth will have a

huge impact as we continue our rapid global expansion.”

Kryton is looking forward to another great year in 2015 with Kaja at the helm of the sales team.

Kryton’s President & CEO, Kari Yuers presents Stephanie Samaridis, Director of Fund Development, Habitat for Humanity Greater Vancouver with check for over $9,000, raised by Kryton staff in 2014.


ASK AN EXPERT

What is Hot Weather Concreting?

Hot weather concreting occurs with higher temperatures, increased winds and low humidity. This can lead to increased rate of cement hydration and rate of evaporation of moisture from the fresh concrete. Hot, dry weather can lead to excessive surface moisture evaporation during concrete curing. However, often ignored, wind is also the enemy in this environment as it accelerates the evaporation process.

How does hot weather affect concrete properties?

Both plastic and hardened properties of concrete may be affected by hot weather conditions. Hot weather impacts the setting time of concrete by accelerating hydration and causing it to dry too quickly. If water is evaporated out of the concrete at a high rate, the workability and slump of the concrete are

drastically reduced, which leads to a short time to place, consolidate and finish the concrete.

With this lost time during the pour, the concrete final product will also suffer. Plastic shrinkage and shrinkage cracking increases, compressive strength may be reduced, poor surface appearance occurs, and even some thermal cracking. These issues lead to decreases in concrete durability and sustainability.

What are best practices for hot weather concreting?

There are certain precautions projects should take before pouring the concrete. In the planning stages, project managers should be thorough and schedule for the pour to take place in the early morning or evening, aggregates should be covered in the shade, sufficient crew members should be ready when the concrete arrives, and wind breaks should be set up to keep the wind at bay. There are various admixtures, such as

water reducers and set retarders that can help. Keep all equipment cool, continuously monitor the concrete temperature, begin curing immediately after finishing and keep all surfaces moist.

All of these best practices and precautions are aspects one needs to think about during these conditions; however, this is not a ‘one-size-fits-all’ scenario. All projects are different to some degree and what you use depends on the conditions and limitations you face. You are the best judge and should prepare accordingly.

HAZARDOUS HOT WEATHER

Alireza Biparva,

B.Sc., M.A.Sc., LEED Green Assoc.,

Research & Development Manager /Concrete Specialist

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SPOTLIGHT

DRY CONCRETENew Hampshire, Maine, Vermont, Massachusetts, Rhode Island, Connecticut, New York, New Jersey, Pennsylvania, USA

Contact: Greg Maugeri or William DellaSorte Telephone: 646.404.7272 (Greg) 203.791.0557 (William)Fax: 914.591.5000E-mail: [email protected] [email protected]: www.dryconcrete.com

When you think of New York City (NYC), your mind undoubtedly scrolls to a projected image of the unforgettable and awe-inspiring skyline as famously recorded from the shores of New Jersey. The curvaceous outline is as unmistakable and brilliant as the Northern Lights.

From every corner of the globe, the Empire State Building is recognized as a former tallest building in the world and icon for innovative development that pushes the envelope on old school construction practices. This ideal has not depleted, with the newly built One World Trade Center, which rises 541 m (1,776 ft) into the New York sky and sits as the fourth tallest building in the world.

With NYC surrounded by water and land mass running dry, the only option for the city to incorporate its growing population is to build upwards. The demand on construction is great, with spending levels estimated to exceed those accrued during the 2007 and 2008 booms, spending over $37-billion through 2015. Moreover, it currently has the second most high-rise construction projects on-going in North America, with Toronto, Canada leading the way.

NEW YORK CITYFurther to high-rise construction, improved infrastructure is also needed to ensure inhabitants of the Big Apple have the ability to travel, with improvements needed to bridges, tunnels, streets and rail, just to name a few. With residential construction resurging, new infrastructure projects planned and two mega-development sites, NYC continues to rely on the most durable building technologies and resilient solutions available to sustain the healthy demand.

NYC is also a region where Mother Nature’s heavy hand can come down hard. Winter temperatures are continuing to fall to new lows, freezing the land and people, as well as natural disasters like Hurricane Sandy crippling a portion of the New York Metropolitan area, with damage in the billions of dollars. This creates a need for expert companies and innovative technologies to pave the path into the future.

One of the innovative companies in helping to rebuild the hurricane riddled region was Kryton distributors, Dry Concrete, instrumental in the Bloomberg rebuild. In the last decade, Dry Concrete co-owners, Greg Maugeri and William Della Sorte have built solid relationships and become trusted partners in NYC because of their ability to solve problems in a challenging territory in uncertain economic situations.

Dry Concrete has been pushing innovation in NYC and other territories in convincing decision makers to invest wisely with resilient, durable, and sustainable Krystol technology. The change Dry Concrete is having is evidenced with a feature on ‘This Old House –Quest for a Dry Basement’ episode earlier in 2014, extensive Lunch & Learn programs, and receiving the 2010 New England International Concrete Repair Institute’s (ICRI) Project of the Year for the Royal Mills Riverpoint Apartments.

Dry Concrete is as much a part of New York City as that famous skyline. Though they have evolved and will continue to do so, both Dry Concrete and NYC will be creating a future as inspiring as the past.


Located in the prestigious Plaza District and designed by award winning architect Christian de Portzamparc, One57’s 93 condos set a new standard in luxury living. The lavish Manhattan condos feature numerous fantastic amenities, including: a library with billiards, screening and performance room, fitness center, arts and crafts atelier and hotel services from Park Hyatt. This 75-story skyscraper also offers unobstructed views of Central Park and midtown Manhattan. Developed by Extell Development Company, the 306 m (1005 ft) tall One57 will be the tallest residential building in New York City. In order to protect the luxury suites below from water damage, the fire suppression tanks atop the 75-story building required a permanent concrete waterproofing solution. To do so, the tanks were cast using Kryton’s Krystol Internal Membrane (KIM) Concrete Waterproofing Admixture, ensuring a leak-free and cost-effective result.

The Gowanus Gas Turbine Facility in Brooklyn is one of the largest floating generating stations in the world. The facility includes 32 simple cycle combustion turbine units on four generating barges. Over 760 m3 (1000 yd.3) of Kryton’s Krystol Internal Membrane (KIM) concrete waterproofing admixture was used in the construction of new piers and barge docks to expand the facilities.

The new World Trade Center Transportation Hub is just one of five new buildings which will make up the improved vision of downtown New York. After initial construction, some of the new

commuter passages in the transportation hub were experiencing

water infiltration. A number of products were applied to the leaks in an attempt to stop the water, but yielded only temporary results. In the end, Kryton’s Krystol Leak Repair System was the only concrete repair solution able to stop the leaks. Approved by the Downtown Design Partnership (DDP) and the Port Authority of New York & New Jersey (PATHNYNJ), the Krystol Leak Repair System went to work, effectively sealing the leaking cracks, while providing permanent protection against hydrostatic water pressure.

The Ossining Wastewater Treatment plant located along the Hudson River in Westchester County was originally constructed in 1983. Kryton’s concrete waterproofing products were not used in its original construction, which ended up suffering major cracking and leakage. Kryton distributor, Dry Concrete was brought in to correct the problem. Dry Concrete treated the tanks with Kryton’s Krystol T1 & T2 Waterproofing System to protect the walls from the caustic sewage environment. Additionally, they repaired hundreds of feet of cracks to the interior of the tanks ensuring no leaks in this high-risk application.

The Brooklyn Academy of Music (BAM) is a multi-arts center offering programs in opera, dance, film, music and more. When looking to expand the site with a 32-story mixed-use development at 113 Flatbush Avenue, Kryton and Dry Concrete were brought on board to waterproof the structure. The project consists of 384 units of housing, as well as a 4,645 m2 (50,000 ft2) cultural center and a 1858 m2 (20,000 ft2)public plaza. Nearly 3823 m3 (5000 yd.3) of Kryton’s Krystol Internal Membrane (KIM) was used for the entire below grade slabs and walls, as well as other Kryton materials for jointing and penetrations.

Gowanus Station, Brooklyn

World Trade Center, Manhattan

Brooklyn Academy of Music (BAM South), Brooklyn

One57, Manhattan

Ossining Wastewater Treatment Plant, Ossining

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AT STAKE. FOR THE MARINA BAY SANDSBUILDERS, EVERYTHING WAS

The Marina Bay Sands, Singapore, sought a single waterproofing solution that could protect the massive foundation that includes multi-levels of retail space, a casino, exhibition centre, parking, tunnels and more. Complicating matters was the fact that the project was built on reclaimed land and surrounded by seawater. The designs called for Kryton. Our crystalline technology protects concrete—permanently. And our comprehensive system shaves weeks off construction schedules and cuts waterproofing costs.

THEY CHOSE KRYTON WATERPROOFING.

www.kryton.comKRYTON TAKES THE RISK OUT OF CONCRETE WATERPROOFING.

Technology

Krystol Magazine 18.1