First Presbyterian Church of Joplin

Serving the St. Louis Region, Mid-Missouri and Metro East

Integrated Facility Services was chosen as the prime contractor for a controls retrofit at the First Presbyterian Church of Joplin, Missouri. The goal of this project was to optimize energy performance by modernizing the HVAC system’s operating sequences and incorporating advanced control technologies. IFS carried out the project from August to November 2024 while the church facilities—including offices, worship areas, and an actively operating school—remained fully in use. IFS was dedicated to maintaining the integrity of the church’s day-to-day activities, working within a tight schedule while providing an effective energy-saving solution.

AT A GLANCE

Client

Joplin First Presbyterian Church

PROJECT

Controls Upgrade and Energy Optimization

LOCATION

Joplin, MO

SERVICES PROVIDED

Project Highlights

AT A GLANCE

Client

Joplin First Presbyterian Church

PROJECT

Controls Upgrade and Energy Optimization

LOCATION

Joplin, MO

SERVICES PROVIDED

Project Highlights

Challenge

The building in question was grappling with an outdated building automation system that severely impacted its operational efficiency. The system’s sequences of operation were poorly designed, leading to inconsistent control and inefficient energy usage. Without the integration of variable frequency drives (VFDs) on the fan motors, the building’s HVAC system was operating at full capacity all the time, even when demand was low, resulting in excessive energy consumption. Additionally, the air handling units, which were standard multi-zone units, contributed significantly to the building’s high energy costs. These systems, while functional, lacked the necessary advancements to optimize performance and reduce energy waste, highlighting a critical need for modernization and more efficient control strategies.

Solutions

IFS addressed the building’s operational inefficiencies by upgrading the outdated automation system with state-of-the-art controls and the integration of variable frequency drives (VFDs) on the fan motors. This modernization allowed for better modulation of airflow, reducing energy consumption by only running fans at the necessary speed based on real-time demand. Additionally, the VVT (Variable Volume and Temperature) conversion enabled more precise temperature control throughout the building, improving comfort and energy efficiency. IFS also implemented high-performance operation sequences, ensuring that the HVAC system operates optimally, adapting to varying load conditions and avoiding energy waste. Throughout the project, IFS maintained close communication with the facility management team to ensure that all work was completed seamlessly, with minimal disruption to church and school activities. The result was a significant reduction in operational costs, improved energy savings, and enhanced occupant comfort—all while maintaining the integrity of daily operations.