Campus Energy 2020 Proceedings

CampusEnergy2020_Logo_tag_horiz_NEW_3.jpg

Conference Overview

The Technical Program featured presentations covering subjects including:

Business Models and Financing Combined Heat and Power
District Cooling Emissions Reduction
Master Planning and System Design Metering and Controls
Microgrids Optimization
Resiliency Sustainability and Renewables
System Upgrade Talent Management
Thermal Distribution Thermal Energy Storage
Water Workshop: Thermal Distribution
Workshop: Microgrids Poster Presentations

Combined Heat and Power

Master Planning and System Design

Electrical Master Planning, Substation, Distribution & Building Service Entrance Upgrades

Posted By Nikolai Terpak

Redesign of Virginia Military Institute Central Heat Plant

Posted By District Energy

Steele Hall - Energy Retrofit Project

Posted By Scott Hening

Integrating Solar Thermal and Biogas into an Innovative District Energy System Replacement

Posted By Joshua Morejohn

Scary Noise? - District Cooling & CHP infrastructure in sensitive campus locations

Posted By Jane Weinzapfel

Blending Utility Distribution Systems into a Campus Environment

Posted By District Energy

Peak Load Shaving Analysis for Yale New Haven Hospital

Posted By Andrew Kozak

Designing Denver's First Wastewater District Energy System

Posted By Catherine Thorn

Biomass Powered ORC Turbine at Dalhousie University

Posted By Michael Conte

Decarbonized District Energy Network for New Stanford Campus

Posted By Andrew Lau-Seim

Lessons Learned: Developing a Showcase CUP for UF's College of Veterinary Medicine

Optimizing Project Budgets & Outcomes: Butler University District Cooling Renovation & Upgrade

Posted By District Energy

Designing and Implementing an Ultra Efficient Chilled Water System at Wake Forest University

Posted By Brock Frisbie

Gainesville Regional Utilities: The importance of Revisiting a Utility Master Plan

Posted By John Lee

Emerging Technologies Shaping a Data-Driven Environment

Posted By Casey Reimann

The Evolution of a Campus Chilled Water Distribution System

Posted By Justin Strabala

Microgrids

Developing New Microgrids in Old Regulatory Environments

Climate Drivers for Microgrid Development: Role of Microgrids in Decarbonizing the Economy

Posted By C. Baird Brown

Campus - Utility Partnerships for Microgrids: Joint Base San Antonio Lackland Microgrid

Posted By District Energy

Real World What, Why, and Where of Microgrids

Posted By Gary Farmer

Policies to Accelerate Development of Microgrid Projects

Posted By Allie Detrio

Interconnection, Islanding and Black Start Do's and Don'ts

Posted By Michael Dempsey

Critical Aspects of Designing Controls for a Reliable Microgrid

Posted By Jason Wittkamp

Environmental, Economic and Resilience Benefits of Combined Heat & Power Plants (CHP) and their integration with an Institution’s MicroGrid

Posted By District Energy

Microgrid Resiliency Initiatives at Yale University

Posted By Samuel Olmstead

Design & Construction of a New Substation for UT Southwestern

Posted By Thomas Negusse

A Model for Clean, Reliable and Repeatable Microgrid at the Nation’s Greenest Port

Posted By District Energy

Integrating Renewables with a CHP Microgrid

Posted By District Energy

Resiliency, Environmental & Economic Justice: Microgrid Support for Low-Income Communities

The Role of Microgrids in the Aftermath of CA Wildfires and Public Safety Power Shutdowns

Posted By District Energy

Finding the Least Cost Mix of CHP, Renewables, and Storage

Posted By Andrew Kruse

Not All Microgrids Are Created Equal: Northeastern University’s Blueprint for Resiliency

Posted By Robert Morin

Microgrids & Emerging Utility Business Models: Role of Distribution Support Service Agreements

The Journey to an Efficient Centralized Utility System with a Smart Microgrid at MSU

Posted By Frank DiCola

Using Microgrid Controls to Operate a CHP/Steam Plant

Posted By Aaron Fogle

Optimization

Managing Operations While Transitioning to Carbon Neutrality

Posted By Joshua LaPenna

Flexible Grid-Integration with District Energy - What Are the Barriers?

Posted By Daniel Sneum

Field Erected Large Industrial Hot Water Generator Installation at the University of Virginia

Posted By Chris Farr

How Low Can You Go? Costs & Technical Considerations of Lower-Temp HW Building Conversion

Posted By James Bohn

Harvesting Waste Heat to Power District Energy Systems

Posted By Derek Fehrer

Advancements In Boiler Water Internal Treatment Technology

Posted By Terry Morrison

Improving Water Efficiency Through Capacitive Deionization

Posted By District Energy

The WaterHub® - Sustainable Utility Management Through Water Reclamation and Reuse

Posted By Bob Salvatelli

Direct Non-Potable Water Reuse in the Northeastern US – A Resource for Campus Energy Facilities

Posted By District Energy

Thermal Infrastructure Planning, Rehabilitation, & Expansion at the University of South Alabama

Posted By District Energy

Modernization of Brock University District Energy Plant - Preparing for the Future

Posted By Drew Cullen

Lessons in System Transformation and Resilience - Milwaukee Regional Medical Center

Posted By Mark Geronime

Smart Campus: Ohio State University's Leadership in Campus Energy Infrastructure

Posted By Serdar Tufekci

Pragmatic Approach to Implementing CHP at a Small University

Posted By David Good

Ten Year Growth and Modernization of a 70-year Old Toronto Community DE System

Posted By Xhavit Zaganjori

Growth, Managing Costs and Reducing Carbon at Mayo Clinic by Leveraging DERs

Posted By Steve Willins

Energy Recovery and Utilization for a Mixed-Use Space

Posted By Andrew Kozak

Redesign of Virginia Military Institute Central Heat Plant

Posted By District Energy

Nano-Engineered Materials Drive Energy Savings for Campus Sustainability & Asset Reliability

Posted By Noah Snyder

Rebuilding University of Florida’s Underground Infrastructure

Posted By Vince Basilio

Second Generation Heat Recovery

Posted By Brendan Huss

Bridging the Silos Between Building Plan & Plant through Comprehensive Energy Management at UNL

Posted By Aaron Evans

Integrating Solar Thermal and Biogas into an Innovative District Energy System Replacement

Posted By Joshua Morejohn

Blending Utility Distribution Systems into a Campus Environment

Posted By District Energy

District Energy: Efficiency, Resiliency & Financing – University of Utah Health Science Campus

Posted By District Energy

Denver International Airport's Chiller Replacement - Navigating Unpredictable Construction

Posted By District Energy

The Colorado School of Mines Heating Plant Renovation

Posted By Andrew Mudd

Safety Culture Improvement Process

Posted By Malcolm Bambling

Winning the War for Talent

Posted By Shaun Six

Modernization of Control and Information Infrastructure for Utility Plant Control System

Posted By Tom McDonnell

How to Procure Outcomes to Advance District Energy and Sustainability Goals

Posted By Matthew Jungclaus

How Real-Time Hydraulic Modeling Enables Optimization at UBC

Posted By Thomas Lund-Hansen

UC Davis Chilled Water, Thermal Storage and Building Integrated Optimization Project

Posted By Joshua Morejohn

Case study Cologne, Germany; Incident with Vent Valve

Improving District Heating Maintenance Programs with Drone Technology

Posted By District Energy