Case Study
Heating Plant Design Build
Challenge:
A public sector higher education client needed to renovate and add on to their already existing heating plant to provide a reliable, economical, and sustainable central heating facility for its campus. The client also needed the new construction to be delivered using the design-build method.
Solution:
Valdes partnered with other engineering firms utilizing previously prepared bridging documents to generate construction documents for the contractor. Since the heating plant was operational, these documents needed to deliver a phased implementation of new boilers and related equipment. They also needed to include various improvements and connections to existing campus infrastructure as well as consideration for LEED Silver certification.
Impact:
Valdes worked with its partners to deliver a design that responded to the client’s current and future needs. Major design features include the following elements:
- Demolition/modification of existing buildings to accommodate new construction.
- New office, training/conference, and locker room facilities
- New addition to the existing West Plant
- Two new 75,000 pph boilers
- Interconnection between East and West Plants
- Substation modifications
- Combined heat and power planning for future installation
SERVICES:
Architecture
- General
- Existing Conditions Assessment
- Master Planning
- Programming
- Code Search & Analysis
- New Building Design
- Building Renovation and Addition Design
- Construction Documents
- Bridging Documents
- Bidding Support
- Construction Administration
- Sustainability (i.e., LEED, Green Globes)
- Permit Support
- Life Sciences
- Science & Technology Facility Design
- Functionality (Flow of People and Materials)
- Space (Environment & Human Impacts)
- Regulatory (FDA, GMP, HSE)
- Commissioning / Qualification Support
- Laboratory Planning and Design
- Industrial
- High Hazard Facility Code Analysis
- High Hazard Facility Design
- Design for Client Specific equipment / processes
Civil
- Site Development/Selection
- Storm/Sanitary/Oily Water Sewers
- Stormwater Management/Permitting
- Grading/Drainage
- Containment Design
- Roadway & Pavement Design
- Underground Utilities
- Railroad Layout
Structural
- Retaining Structures
- Building Frame Design
- Seismic Analysis
- Foundation Design
- Steel Structure Design
- Vibration Analysis
- Concrete & Steel Restoration
- Inspection/Assessment/Reinforcement of Existing Structures
- Structural Engineering Certification (SE)
Mechanical
- Facility Design & Plant Layout
- Equipment Selection
- Material Handling & Dust Control Systems
- Rotating Equipment Sizing & Specification
- HVAC
- Fire Protection & Detection
- Plumbing
- Fluid Heat Tracing
- Blending & Mixing Systems
- Heat Exchanger Selection
- Plant Utilities
- Industrial/Hygiene Ventilation
- Equipment & Piping Specifications
- Field Walkdowns/Constructability Review
- Pressure Vessel Design
Electrical
- System Analysis (SKM Power* Tools):
- Load Flow
- Short Circuit
- Overcurrent Coordination
- Arc Flash
- Transient Stability
- Utility/Industrial & Transmission/Service Substations
- Industrial Power Distribution:
- Power Transformers
- Low/Medium Voltage Switchgear
- Motor Control Centers
- VFD Installations
- Protective Relay Settings, Generators & Distribution
- Diesel Generator and UPS Systems
- DC systems
- Grounding & Lightning Protection
- Lighting
- Equipment & Raceway Layout Drawings
- Wiring Diagrams & Schematics
- Electrical Heat Tracing
- Area Classification & Code Compliance
Project Management
- Fast Track Project Execution
- Formal Project Communication Methods
- Strategy Development
- Financial Management
- Critical Path Schedules
- Project Risk Assessment & Risk Mitigation
- Cost Tracking & Reporting
- Cost Estimating
- Feasibility Analyses to Guide Strategic Business Decisions
- Commissioning/Start-Up Planning