Executed a landmark MEP modernization project for the sprawling AA Joyland amusement park, one of Karachi's premier family entertainment destinations. The initiative involved a strategic upgrade of the park's climate control (HVAC), fire safety infrastructure, and water management (plumbing) systems to enhance visitor safety, deliver significant operational and resource efficiency, and elevate the overall guest experience across all attractions and facilities.
Client
AA Joyland (Pvt.) Ltd.
Location
Karachi, Pakistan
Year
2024
A Complex Engineering Puzzle
The project's complexity was threefold. First, all work had to be conducted within a live, operational park with thousands of daily visitors, demanding a meticulous, phased execution strategy to ensure zero disruption to park revenue and guest experience. Second, the existing MEP infrastructure was aged and inefficient, requiring a complete overhaul rather than a simple retrofit. Specifically, the water-intensive rides suffered from massive water loss and lacked a sustainable recirculation system. Third, applying modern fire and safety codes to a diverse landscape of open-air structures, enclosed buildings, and high-traffic pathways posed a significant engineering challenge.
Innovative & Efficient
Our integrated solution addressed each challenge with precision. For HVAC, we installed high-efficiency, rooftop packaged units for large indoor areas like food courts and arcades, featuring demand-controlled ventilation (DCV) with CO2 sensors to modulate airflow based on real-time occupancy, drastically cutting energy waste. The fire safety system was upgraded to a park-wide, networked addressable fire alarm system, utilizing beam detectors for large, open ride areas and weatherproof strobes and sounders for outdoor zones. For the critical plumbing challenge, we designed and constructed a dedicated water treatment and recirculation plant for all water rides. This plant uses a multi-stage process of filtration, UV sterilization, and automated chemical dosing, creating a closed-loop system that ensures water hygiene and minimizes municipal water dependency.
Key Project Outcomes
Achieved a 40% reduction in municipal water consumption, saving millions of gallons annually through the new water recirculation plant.
Lowered HVAC-related energy costs by 25% by implementing demand-controlled ventilation and high-efficiency equipment.
Elevated park safety to meet international standards (NFPA 101), resulting in a 100% successful safety audit by local civic authorities.
Eliminated downtime for key water attractions previously caused by plumbing failures and significantly improved thermal comfort in all indoor zones.
“The challenge of modernizing an entire park's core infrastructure without closing for a single day seemed insurmountable, but their team delivered flawlessly. The operational savings on water and electricity were immediate and substantial. More importantly, we now have a safer, more comfortable, and more sustainable park for the families we serve.”
Project Gallery
