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Engineering the Largest Indoor Waterpark in the Northeast

Aquatopia

View of the Aquatopia indoor waterpark at the Camelback Mountain Resort, a large ski resort in the Poconos mountains in Pennsylvania, United States.
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Designing the infrastructure for pumping over a half a million gallons of water.

project details

Client

Camelback Lodge

Location

Tannersville, PA

Visionary Goals

The owners of Camelback Lodge envisioned a transformative project that would elevate their resort into a premier year-round destination. With an ambitious plan to construct the Aquatopia Indoor Waterpark, they aimed to create a vibrant hub of family-friendly activities and luxurious accommodations. The project, estimated at $163 million, includes a 453-room hotel and an expansive indoor waterpark, making it the largest of its kind in the eastern United States.

Aquatopia is 125,000 square feet with a transparent roof, 13 slides, a wavepool, a highly themed and partly underground adventure river, multi­level play and spray structures, a toddler area, a simulated surfing experience, nighttime illumination, and food and beverage services including a swim-­up bar.

To achieve this vision, the owners recognized the critical role of civil engineering in ensuring the project’s success. They sought expertise to navigate complex site development challenges, including infrastructure improvements and environmental considerations. The goal was not just to build a waterpark but to create an integrated experience that complements Camelback’s existing outdoor attractions, enhancing both guest satisfaction and economic impact in the region.

View of the Aquatopia indoor waterpark at the Camelback Mountain Resort, a large ski resort in the Poconos mountains in Pennsylvania, United States.

Engineering Excellence

UTRS Civil Engineering played a pivotal role in bringing Camelback Lodge’s vision to life. As the civil engineering firm on the project, UTRS Civil Engineering was responsible for designing and implementing the infrastructure necessary to support the expansive indoor waterpark and hotel. This included developing a new pump station to handle increased sanitation needs, ensuring efficient water management systems, and overseeing the installation of extensive underground piping. Their expertise ensured that the project not only met but exceeded all regulatory and environmental standards, contributing to the resort’s sustainability and operational efficiency.

Celebrating Success

The Camelback Lodge project not only enhanced the resort’s appeal but also significantly boosted local employment and economic growth, marking a win-win for all stakeholders involved. The resort is poised to attract visitors from across the Northeast while the expansion created an estimated 1,000 new jobs. USA Today readers voted Aquatopia the “Best Indoor Waterpark in the Country” in both 2019 and 2021.

The successful completion of Camelback Lodge & Aquatopia Indoor Waterpark stands as a testament to UTRS Civil & Environmental Engineering’s prowess. When this UTRS division was still called RKR Hess, the project received the 2015 Project of the Year Award from the Lehigh Valley section of the American Society of Civil Engineers, highlighting our team’s exceptional contribution. This accolade underscores UTRS Civil & Environmental Engineering’s commitment to excellence and innovation in civil engineering, solidifying their reputation as leaders in the field.

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Key Civil Engineering Services Required for Aquatopia Indoor Waterpark

Site Development and Preparation

  • Land Surveying: Precise measurements and mapping of the 25-acre site to establish boundaries and topographical features.
  • Excavation and Grading: Ensuring the site was adequately prepared for excavating for foundations, grading for drainage, and leveling areas for construction.
  • Soil Testing and Analysis: Evaluating soil composition to determine its bearing capacity, which was crucial for designing foundations.

Structural Engineering

  • Foundation Design: Designing robust foundations capable of supporting the 533,000-square-foot structure, including the eight-story hotel and extensive waterpark facilities.
  • Water Retention Structures: Designing pools, wave pools, and other water features to manage water flow and retention effectively.
  • Structural Analysis: Ensuring the structural integrity of the buildings, including the eight-story hotel and the expansive waterpark complex.

Hydraulic and Water Resources Engineering

  • Hydraulic Design: Designing the water supply and drainage systems for the waterpark, including the pools, water slides, and other water attractions.
  • Drainage Systems: Developing efficient drainage systems to prevent flooding and manage stormwater runoff effectively.
  • Pumping Systems: Engineering pumps for water circulation in pools and slides, ensuring safety and operational efficiency.
  • Plumbing and Water Systems Engineering: Managing the 3 miles of underground waterpark pipe and ensuring efficient water circulation for the seven pools and 13 waterslides.

Environmental Engineering

  • Environmental Impact Assessments: Conducting assessments to understand potential environmental impacts during construction and operation.
  • Sustainable Design Practices: Implementing eco-friendly practices in construction materials and methods, such as energy-efficient systems and sustainable landscaping.
  • Stormwater Management: Designing systems to manage stormwater runoff and prevent flooding.
  • Environmental and Geotechnical Engineering: To assess and prepare the site at the base of Camelback Mountain, ensuring stability and environmental compliance.

Transportation Engineering

  • Access Roads and Parking Facilities: Planning and designing access roads, parking lots, and pathways to accommodate visitors safely.
  • Traffic Flow Management: Analyzing traffic patterns to ensure smooth access to the lodge and waterpark, especially during peak seasons.

Utility and other Coordination

  • Utility Infrastructure Planning: Coordinating with local utilities for electricity, water, sewage, and telecommunications to ensure adequate service provision.

Coordinating with Electrical Engineers, Mechanical Engineers, Safety Engineers, and Construction Management to ensure all of the above services aligned with full team’s budget and timeline execution. Some examples of this project’s complex coordination requirements:

    • Electrical Systems: Coordinating for the planning, design, and installation of all electrical systems, including 250 miles of electrical wire and 7,500 energy-efficient and LED lights throughout the complex.
    • HVAC Systems: Coordinating for the design of heating, ventilation, and air conditioning systems to maintain a comfortable indoor environment year-round.
    • Plumbing Systems: Coordinating for the installation of plumbing systems to support the waterpark’s extensive water features and guest facilities.