The Labs21 2010 Annual Conference included several symposia, which are detailed presentations on topics of interest to the Labs21 community with dynamic panel discussions.
Tuesday, September 28 and Thursday, September 30
The DataCenters21 Symposium, in its third year at the Labs21 Annual Conference, was devoted to the discussion of how to reduce energy consumption in data centers. In 2008 and 2009, the symposium showcased professionals' knowledge of and experience in creating and maintaining sustainable, energy-efficient data centers, particularly those that interrelate with laboratories. Data centers are a significant asset for computational scientific research, health care, and testing, and involve many of the same engineering challenges as laboratories in terms of air and energy management. The DataCenters21 Symposium provided attendees with insightful and relevant information based on data center professionals' hands-on experience with center design, construction, maintenance, commissioning, and legacy retrofits. Topics included information technology equipment power use (e.g., server efficiency); environmental conditioning issues (e.g., heating, ventilating, and air conditioning [HVAC] best practices); and cooling options (e.g., air and liquid systems).
Geoffrey Bell, Lawrence Berkeley National Laboratory
Challenges, Goals, and Emerging Trends in Federal Data Centers
Dale Sartor, Lawrence Berkeley National Laboratory
Cooling Solutions for Today's Expanded Environmental Boundaries
Jim Zuppan, HP Critical Facility Services
Information Management in a Production Data Center
Raymond Benton, Johnson Controls
John Richard, Johnson Controls
Thomas Reilly, Salem Engineering, Inc.
McGill University/UCSD Montreal Data Center—A Partnership for
Deep Green Computing
Eric Soladay, Integral Group | Rumsey Engineers
Jorge Vinals, McGill University
HVAC Best Practices Case Study—NetApp Global Dynamic Laboratory
and IT Data Center
Dudley Lacy, AIA, LEED AP, O'Brien Atkins Associates, PA
Mark Skiff, NetApp
George Hachem, CRB
Increased Energy Efficiency Using Passive Measures in a 375 Watt
Per Square Foot Data Center
Paul L. Leonard, KlingStubbins
Steve Spinnazola, RTKL Associates, Inc.
Patricia Nealon, SynapSense
Energy Efficiency Tune-up of a Legacy Data Center
Geoffrey Bell, Lawrence Berkeley National Laboratory
Renovating Data Centers for Low Energy Use
Peter Rumsey, AIA, Integral Group | Rumsey Engineers
Sandia's Transformation of a Mature Data Center
Dave Martinez, Sandia National Laboratories
Karen Murray, EPA
Comparing Total Cost of Ownership (TCO) of High-Density IT Cooling
Systems
Michael Schwarz, KlingStubbins
Cooling Delivery in a Hot Air/Cold Air Separated Data Center
Greg Owen, Jacobs
Assessing Free-Cooling Potential and Delivering it to Data Centers
Stefan Sadokierski, Arup
Part I of the laboratory energy What You Are Missing By Not Sub-Metering Symposium highlighted several case studies about laboratories that have extended metering beyond the central heating, ventilation, and air conditioning plan to reach laboratory modules and equipment and track and manage energy consumption. During Part II of the symposium, product manufacturers and service providers shared their perspectives and the systems available for energy sub-metering. Additionally, the I2SL/Labs21 Sub-metering Working Group shared its proposed sub-metering guidance that is being developed to support investment in sub-metering laboratory facilities.
Part 1 of 2: Case Studies
Jim Plourde, Schneider Electric
Using Data to Manage Energy and Operation
Jim Coogan, Siemens
Federal Laboratory Sub-metering
Greg Palko, Oak Ridge National Laboratory
AstraZeneca's Global Energy Management and Sustainable Design Initiative
Kevin Carmody, AstraZeneca
Bruce MacGregor, AstraZeneca
Part 2 of 2: Proposed Guidance and Open Discussion
Jim Plourde, Schneider Electric
Presentation of Draft Sub-metering Guideline
Jim Plourde, Schneider Electric
Paul Mathew, Lawrence Berkeley National Laboratory
Facilitated Open Discussion
Description of Beta Test Program
Request for Beta Testers/Reporting
Closing/Sign-Up Process
This half-day symposium, presented by DOE's Federal Energy Management Program (FEMP), shared resources and tips on how you can meet Executive Order 13514's sustainability requirements. The session featured a presentation of the most recent sustainability requirements affecting the federal laboratory community. A panel discussion of various agency Strategic Sustainability Performance Plans provided audience members a chance to hear what other agencies have outlined in their plans and how they are preparing to meet their agency reduction targets. A second panel discussion featured successful federal laboratory case studies that attendees could learn from. Finally, participants had the opportunity to learn about the resources available for reducing energy and water use and meeting the multiple energy management requirements set by federal laws and regulations.
Part 1 of 2
Will Lintner, DOE FEMP
EO 13514: Challenges and Opportunities for Federal Laboratories
Will Lintner, DOE FEMP
Draft Guidance for Federal Greenhouse Gas Accounting and Reporting
Dan Amon, EPA
Panel Discussion: Strategic Sustainability Performance Plans
Bucky Green, EPA
David Shen, DOE FEMP
Part 2 of 2
Will Lintner, DOE FEMP
Panel Discussion: Sustainability Implementation in Laboratory Facilities
Sandy Morgan, U.S. Department of Agriculture, Agricultural Research Service
Ben Snow, DOE National Nuclear Security Administration
Labs21 Resources
Open Discussion
Question and Answer Session
Wednesday, September 29 and Thursday, September 30
Labs21 Partners have always led the way in promoting and implementing energy conservation technologies and practices in research buildings. So as the global need to reduce climate impact increases, Labs21 Partners are well positioned to make a difference. The approach is straight forward: reduce energy use as much as possible, then incorporate the cleanest possible energy sources. This symposium explored buildings and energy systems on research campuses that are exemplary models of efficiency and climate action, with a focus on completed projects, lessons learned, and measured results. These campuses' efforts range from programs to modify behaviors, such as conservation outreach programs, to installing large central energy-efficient systems, such as combined heat and power. By implementing best practices, the dream of a climate neutral research campus is becoming a reality.
Part 1 of 4: Big Picture
Otto Van Geet, National Renewable Energy Laboratory
Climate Neutral Campus Center of Excellence
Randy Lacey, Cornell University
Greenhouse Gas Inventory Guidelines and Executive Order 13514
Nancy Carlisle, National Renewable Energy Laboratory
Energy Planning from Square One
Mike Walters, Affiliated Engineers, Inc.
Rob McKenna, Affiliated Engineers, Inc.
Part 2 of 4: Campus Examples
Nancy Carlisle, National Renewable Energy Laboratory
Cornell's Vision for a Climate Neutral Campus
Randy Lacey, Cornell University
Energy Conservation and Greenhouse Gas Mitigation at Caltech
John Onderdonk, LEED AP, California Institute of Technology
Matthew Berbee, California Institute of Technology
Greenhouse Gas Accounting and Reduction at the National Institutes
of Health: Challenges and Opportunities
Edward Rau, Department of Health and Human Services, National Institutes
of Health
Part 3 of 4: Building Examples
Randy Lacey, Cornell University
"Solving for Pattern" in High-Performance Laboratory Design
Joseph Collins, AIA, LEED AP, ZGF Architects LLP
John Breshears, AIA, LEED AP, ZGF Architects LLP
Open Science, Smart Energy: Innovative Re-Use Strategies for Aging
Facilities While Lowering Carbon Footprint
Kip Ellis, EYP Architecture & Engineering
Andre Hebert, EYP Architecture & Engineering
From Promises to Performance: Translating a Carbon-Neutrality Pledge Into Declining Carbon
Pieter L. van der Mersch, University of Colorado at Boulder
Part 4 of 4: Campuses of the Future
Otto Van Geet, National Renewable Energy Laboratory
A Diet, Exercise, and Nutrition Program for Buildings
Mario Loiacono, Jr., PE, LEED AP, BR+A Consulting Engineers
James Blount, AIA, LEED AP, Ellenzweig
The National Renewable Energy Laboratory Sustainable Campus of the
Future
John Priebe, The Abo Group, Inc.
Encouraging and Developing a Sustainable Environment on Campus
Bahar Armaghani, University of Florida
Frank Javaheri, University of Florida
Part I of the building information modeling (BIM) to Facility Management Symposium provided perspectives on BIM from the builder, laboratory owner, and facility manager. During Part II of the symposium, an industry representative from Autodesk offered his view of BIM systems. Panelists and the audience then began a discussion, lead by Virginia Tech, on framing a research plan for migrating BIM into a facility management platform.
Part 1 of 2: Case Studies
Phil Wirdzek, I2SL
Today BIM is a Project Tool—The Future's About the Program
Robert Blakey, International Facility Management Association R&D Facilities Council
Establishing Infrastructure to Make BIM Possible
Deke Smith, National Institute of Building Sciences
Building Information Modeling for Laboratories: From Concept to Facility
Management
Kevin Brettmann, JE Dunn Construction Company
Jeff Kleinschmidt, LEED AP, JE Dunn Construction Company
Part 2 of 2: Developing Supporting Research
Jim Jones, Virginia Tech
Start with the End In Mind
Chuck Mies, Autodesk
BIM After Construction
Birgitta Foster, Sandia National Laboratories
Transforming BIM from Information to Knowledge Modeling for Facility Management
Jim Jones, Virginia Tech
Open Discussion