PROTECT YOUR

INFRASTRUCTURE

District 5 bridge

DISTRICT 5 BRIDGE

In the United States, each state has their own Transportation Department that’s responsible for the maintenance & upkeep of their bridges (as well as the design & construction of their new bridges).  The Idaho Transportation Department (ITD) is continually looking for better ways to protect their highway bridges from premature deterioration caused by the harsh winters, and the snow & ice melt products that are used to keep the roads drivable. 

GEORGIA D.O.T. TEST BRIDGE

Alchemco faced the challenge of getting their BridgeDECK waterproofing systems approved for Georgia state DOT's Qualified Products List, necessary for bridge construction and maintenance. Each state's DOT operates independently, requiring convincing evidence of product effectiveness, including lab tests and field evaluations. Alchemco pursued approval by requesting evaluation from the Georgia DOT, leveraging their membership in the AASHTO TSP-2 ITD Task Force. After evaluation, Georgia DOT chose to field test BridgeDECK on a small bridge, which was installed by CW Matthews, highlighting its safety, speed, and ease of application.

NHAT TAN BRIDGE

The challenge in this ambitious project was to establish long-term waterproofing for a 2.3-mile bridge spanning the Red River, linking Hanoi City Center with Noi Bai International Airport and the northern provinces. Construction commenced in 2007, culminating in completion and an official ceremony in January 2015. With eight lanes and over 1 million square feet of high-strength concrete, traditional temporary protection methods like Silanes or Methyl Methacrylates were deemed inadequate for the project's longevity goals. Instead, the owners opted for the award-winning TechCrete 2500, leveraging its EMSS technology for decades-long protection, environmental friendliness, economic viability, and efficient application to meet construction deadlines.

Pittsburgh international airport infrastructure.

RED RIVER HIGHWAY BRIDGE

The Louisiana Department of Transportation and Development (DOTD) initiated field testing of Alchemco's concrete waterproofing technology on a section of Old Hwy 61 near St. Francisville in February 2020, seeking enhanced and durable solutions for protecting their state's concrete highway bridges. In contrast to competitive products like Methyl Methacrylate and Epoxy Overlays, which are costlier, have shorter performance lifespans, or require more resources for application, Alchemco's BridgeDeck concrete waterproofing solutions offer a more economical and efficient alternative. Following successful testing and monitoring, Louisiana DOTD proceeded to specify the BridgeDeck Waterproofing System for a full bridge application spanning 123,000 sq. ft. This system ensures true long-term waterproofing protection for the bridge deck, boasting environmental friendliness and certification for potable water use, meeting stringent standards set by UL and NSF-61.

Indianapolis airport building

TULUM INTERNATIONAL AIRPORT

The General Contractor's primary challenge for the airport project was to build high-quality structures quickly and ensure a roof system could withstand high winds from tropical storms and hurricanes. TechCrete 2500 was selected over other roofing options due to its ability to operate inside the concrete deck, avoiding common issues like blow-offs and wind uplift. Various roofing systems were considered, but TechCrete 2500's long-term performance, rapid application, and proven track record, including its use on the Tren Maya Railroad project, made it the ideal choice. The system's quick application helped meet the tight construction schedule. The 30-Year Labor & Material Warranty provided reassurance that the roof would perform reliably for decades.

Photo of Miami international airport building.

AMTRAK STATION

The General Contractor's primary challenge for the airport project was to build high-quality structures quickly and ensure a roof system could withstand high winds from tropical storms and hurricanes. TechCrete 2500 was selected over other roofing options due to its ability to operate inside the concrete deck, avoiding common issues like blow-offs and wind uplift. Various roofing systems were considered, but TechCrete 2500's long-term performance, rapid application, and proven track record, including its use on the Tren Maya Railroad project, made it the ideal choice. The system's quick application helped meet the tight construction schedule. The 30-Year Labor & Material Warranty provided reassurance that the roof would perform reliably for decades.

Construction workers spraying waterproofing solution on Tren Maya Railway.
Image of Georgia D.O.T. test bridge.

NEW JERSY D.O.T. BRIDGE

Departments of Transportation nationwide face the challenge of preserving existing bridges to extend their service life. In New Jersey, corrosion inhibitors are a key tool, with regular re-spraying every five years as part of bridge maintenance budgets. The New Jersey DOT recently awarded a contract for 27 bridges, totaling 4 million sq.ft., to apply BridgeDECK CorrosionBlok. This decision was based on the product's approval since 2005 and its perceived speed of application and cost-effectiveness by the contractor bidding for the project.

Image of New Jersey D.O..T. bridge.
Image of Nhat Tan bridge.

PITTSBURGH INTL AIRPORT

The challenge at Pittsburgh International Airport (PIT) arose in 1988 when almost 1 million sq. ft. of the existing runway surface needed long-term protection due to cracking and spalling caused by freeze/thaw conditions and de-icing salts. After evaluating various options, including cost-effectiveness and speed of application, the specifier determined that the TechCrete 2500 Waterproofing System was the most suitable solution. While few alternatives were available at the time, spray-applied concrete sealers and Methyl Methacrylate-based products were considered, but deemed inadequate or impractical. The TechCrete 2500 provided long-term waterproofing, the ability to seal existing and future cracks, and a crucial advantage in speed of application, allowing the runway to be treated within just 3 days, minimizing disruption to airport operations.

Red river highway bridge

INDIANAPOLIS AIRPORT

The Colonel H. Weir Cook Terminal Building at Indianapolis Airport experienced severe cracking in the concrete slabs of its suspended entryway and sidewalks, complicating repairs due to high traffic and potential water leakage onto passengers below. Traditional solutions like liquid coatings and sealers proved inadequate for the long-term issue. The TechCrete 2500 Waterproofing System, using EMSS technology, was chosen for its effective, long-lasting protection and quick application, allowing work to be completed overnight with minimal disruption. The project was executed in two phases: waterproofing in the fall and concrete repair in the spring. This approach ensured the walkway was effectively protected and significantly reduced future deterioration.

Photo of Tulum international airport infrastructure.

MIAMI INTERNATIONAL AIRPORT

Miami International Airport, one of North America's busiest, faces unique challenges in protecting its parking structures from salt air and jet fuel residue. Traditional solutions like silane sealers or urethane coatings offer limited protection and require frequent reapplication. TechCrete 2500 was chosen for its superior long-term performance, relying on a subsurface membrane that prevents damage and leaks from both existing and future cracks. After successfully protecting the Dolphin Ramp in 2010 and the Flamingo Ramp in 2015, TechCrete 2500 is also specified for the MIA Mover and a main cooling tower. The system's effectiveness has led to its continued selection for new airport projects, with over a decade of leak-free performance in the existing ramps.

Photo of Amtrak train station.

TREN MAYA RAILWAY

The Tren Maya Project (Mayan Train) consists of approximately 950-miles of new railroad being built along the coast and through the tropical rainforest of the Yucatan peninsula in Mexico.  It is the country’s largest infrastructure project, with an estimated cost of over $10 billion dollars.  It’s configured in a large loop that connects all of the main cities and villages along the coast of the Yucatan Peninsula and includes 18 train stations being built along the route (including a station at the new international airport under construction in Tulumwhere Alchemco’s Waterproofing System was selected as the roofing system of choice for concrete roof deck on Airport Terminal #1). 

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