Central to this critical maintenance project, this complex construction involved a complete, phased MEPF design, installation, and integration for the multi-story Science III Laboratory building. BIM Services supported this critical renovation as it significantly modernized all critical care research services and infrastructure, delivering a robust, redundant utility system for highly specialized areas including advanced chemical labs, clean rooms, and extensive research support spaces, all while maintaining continuous operation of existing research environments throughout construction.
Project Summary
- Complete, phased MEPF design, installation, and integration for the multi-story Science III Laboratory building
- High-reliability power distribution, localized power systems, and emergency backup power for critical lab equipment
- Specialized lab-grade mechanical systems, clean room HVAC, and ultra-high purity water and gas distribution networks
- Comprehensive BIM coordination for mechanical ductwork, plumbing trees, and electrical conduits in constrained existing spaces
- Sustainability measures achieving a high-level energy-efficient electrical system with building-wide automation
Project Snapshot
| Scope | MEPF and GC |
| Location | Binghamton, New York, USA |
| General Contractor | LeChase Construction Services, LLC |
| Architect | Harley Ellis Devereaux |
Phased MEPF System Overhaul for an Active Research Building
Renovating a working laboratory building means every phase has to protect ongoing research. Our MEPF Design services team engineered and coordinated:
- A complex, phased MEPF Design system overhaul, ensuring continuous operation of existing critical research environments
- High-reliability power distribution, localized power systems, and emergency backup power for critical lab equipment
- Smart lighting controls implemented to optimize both energy use and research accuracy
Lab-Grade Mechanical Systems and Clean Room HVAC
Advanced chemical labs and clean rooms demand mechanical infrastructure with tight environmental control. This work included:
- Specialized lab-grade mechanical systems installed to support advanced chemical labs and research support spaces
- Clean room HVAC with precise temperature and pressure controls
- Ultra-high purity water and gas distribution networks engineered for specialized research needs
BIM Coordination and Clash-Free MEPF Modeling in Constrained Spaces
Integrating new mechanical, plumbing, and electrical systems within an existing structure begins with a proper understanding of the existing condition. Our laser scan to BIM workflow supported BIM coordination and clash detection across every phase, delivering:
- Comprehensive BIM coordination for all MEPF Design systems, including complex mechanical ductwork, plumbing trees, and electrical conduits
- New system routing resolved against existing structural elements within constrained laboratory spaces
- Field-ready documentation supporting a smooth, phased installation sequence
Quality Assurance, Commissioning, and Building Automation
Modernizing critical research infrastructure required rigorous testing and a long-term automation strategy. Our team:
- Managed extensive quality assurance, testing, and commissioning for all critical building systems, including fume hood systems, environmental monitoring, and access controls
- Collaborated on sustainability measures to achieve a high-level energy-efficient electrical system
- Integrated a building-wide automation control system to support long-term research reliability
The Science III at Binghamton University project demonstrates how BIM Services uses detailed 3D BIM modeling, coordinated in phases, and existing condition accuracy to upgrade important research facilities without interrupting laboratory operations. To view more projects from us within this field, visit our higher education and laboratory page.
