Presentations and Lectures | ||
Boston Energy Conservation Group (aka Boston Wind) | ||
Boston, MA | ||
Passive, Active and Hybrid Solar Heating techniques & architectural design for energy conservation | ||
Home design for energy independence | ||
New England Solar Energy Assoc (now NESEA) Regional Conference – Better Thermal Utilization | ||
Hartford, CT | ||
Case Study – Net Zero Energy Office Building using integrated CPC collectors | ||
Thermosense XI, International Symposium on Aerospace/Defense (SPIE) | ||
Orlando, FL | ||
Infrared thermography as quality control for foamed-in-place insulation | ||
Condominium Assoc. International | ||
Nashua NH 03060 | ||
Ice dam Prevention and Remediation for Northeast Condominiums | ||
Thermal Performance of the Exterior Envelopes of Buildings VII | ||
Orlando, FL | ||
Ice dam Remediation for Northeast Ski-Area Condominiums | ||
Thermosense XX, International Symposium on Aerospace/Defense | ||
Orlando, FL | ||
Thermographic Inspection and Quality Assurance of Energy Conservation Procedures for Electric Vehicles | ||
Maine AIA Chapter Meeting | ||
Portland, ME | ||
Ice dam Prevention and Remediation | ||
Northeast Electric Vehicle Demonstration Project: Cabin Thermal Management | ||
Indianapolis, Indiana (DOE, ASHRAE, ORNL) | ||
Presented and published – SAE International Conference and Exposition | ||
Restoration and Renovation Exhibition and Conference | ||
Boston, MA | ||
The Use of Polyurethane Foam Technology in Historic Renovation & Remediation Work | ||
Thetford Energy Committee Workshop | ||
Thetford, VT | ||
Methods for diagnosing and quality assuring thermal envelopes | ||
Lavallee/Brensinger P.A. | ||
Manchester, NH | ||
Case Study and Considerations I – Ice Dams Prevention and Remediation | ||
Exterior cavity-wall Applications and Infrared Diagnostics and QA Testing | ||
Shepley Bulfinch Richardson & Abbot Architects | ||
Boston, MA | ||
Specifying air barriers | ||
FREEMAN FRENCH FREEMAN, INC. | ||
Burlington, VT | ||
Air barriers, vapor barriers, and spray foam insulation | ||
NBF Architects P.C. (Nimtz . Berryhill . Figiel) | ||
Rutland, VT | ||
Exterior cavity-wall Applications (Holy Family Catholic School project) | ||
Boston Society of Architects | ||
Boston, MA | ||
Exterior cavity-wall Applications and Infrared Diagnostics and QA Testing | ||
WCGF Architects (Woodward, Connor, Gillies, Seleman) | ||
Albany, NY | ||
Polyurethane foam applications (NY State Teacher’s Retirement System Project) | ||
Affordable Comfort National Conference | ||
Kansas City, MO | ||
Two Part Urethanes | ||
Dunbarton Elementary School planning meeting | ||
Dunbarton, NH | ||
Ice dam Remediation | ||
Affordable Comfort New England Conference | ||
Westford, MA | ||
Panelist, “Developing Trade Partners for Building Performance” & “How Not to Get Sued” | ||
Affordable Comfort Regional Conference | ||
Rye, NY | ||
Building Diagnostics | ||
Boston Society of Architects | ||
Boston, MA | ||
Infrared Diagnostics and Quality Assurance Testing | ||
Kling Lindquist Architects | ||
Philadelphia, PA | ||
Cavity Fill applications in existing buildings | ||
Affordable Comfort New England Conference | ||
Westchester, NY | ||
2-Part Foam – Insulation, Air Sealing, Infrared thermography | ||
Affordable Comfort National Conference | ||
Minneapolis, MN | ||
Two Part Urethanes | ||
WFA Group Architects | ||
Charlotte, NC | ||
Exterior brick cavity-wall applications | ||
PCI Architects (Capital Commons) | ||
Hooksett, NH | ||
Insulation and Air Sealing, Infrared thermography | ||
ASTM National Conference – Presented QA Protocol | ||
Washington, DC | ||
Standard Test Method for Identifying Air Leakage Locations by Fan Pressurization | ||
and the Introduction of Theatrical Fog (2003) | ||
Centerbrook Architects | ||
Centerbrook, CT | ||
Design Strategies for high-performance Schools | ||
Methods for quality assuring high-performance thermal envelopes | ||
Regional Conference – Icynene | ||
Uncasville, CT | ||
Injected or Cavity-fill Polyurethane Foam – Market Potential & Installation Techniques. | ||
Vermont Energy Investment Corp. | ||
Burlington, VT | ||
Insulation and Air Sealing, Infrared thermography | ||
Practical Applications for Spray-Applied Insulation: Urethane foam/Cellulose | ||
Dore and Wittier Architects | ||
Burlington, VT | ||
Testing Methods for Quality Assuring the Thermal Envelope | ||
Affordable Comfort National Conference | ||
Indianapolis, IN | ||
New Protocol: Air Leakage testing & QA Using Theatrical Fog. (In-field session) | ||
Insulating Existing Basements (advanced) | ||
Shepley Bulfinch Richardson & Abbot Architects | ||
Boston, MA | ||
Unique Polyurethane Foam Applications in Buildings | ||
AIA New Hampshire | ||
Bow, NH | ||
Leadership in Energy and Environmental Design | ||
Materials & Media 1 – Restoration and Renovation Conference | ||
(National Trust for Historic Preservation) | ||
Boston, MA | ||
The Use of Polyurethane Foam Technology in Historic Renovation & Remediation Work | ||
FREEMAN FRENCH FREEMAN, INC. | ||
Burlington, VT | ||
Exterior brick cavity wall applications – Building science, details, and techniques | ||
Setting Air Leakage Standards for Buildings | ||
(ASHRAE Journal, September 2005) | ||
Banwell Architects | ||
Lebanon, NH | ||
Exterior brick cavity wall applications – Building science, details, and techniques | ||
Morris Switzer Architects | ||
Williston, VT | ||
Introduction to polyurethanes | ||
Exterior brick cavity wall applications – Building science, details, and techniques | ||
Banwell Architects | ||
Lebanon, NH | ||
H-P and LEED presentation – Green Woodlands | ||
Banwell Architects | ||
Lebanon, NH | ||
Details and Specifications (Merrimack Schools) | ||
Carnegie-Mellon University – Center for Building Performance | ||
Pittsburgh, PA | ||
Design Strategies | ||
Avoiding/Minimizing the Occurrence of Failures in Commercial Buildings | ||
Air Barriers Presentation to CMU Facilities Manager | ||
Kennet School District Presentation | ||
N. Conway, NH | ||
Air Barriers and High Performance Schools – CRP | ||
Vermont High-Performance Schools Conference | ||
Technical support for presentation by Banwell Architects | ||
Champlain Valley High School Case Study | ||
CSI Vermont Existing Buildings Conference | ||
Vergennes, VT | ||
Analysis and implementation of Building Envelopes in Existing Buildings | ||
Merrimack School District Presentation | ||
Merrimack Valley, NH | ||
Air Barriers and High Performance Schools – CRP | ||
Affordable Comfort National Conference | ||
Cleveland, OH | ||
Polyurethane Foam Systems | ||
NH High Performance Schools | ||
Concord, NH | ||
Methods for quality assuring high-performance thermal envelopes | ||
Henry Finch, Architect | ||
Waban, MA 02468 | ||
Historic renovation and remediation using polyurethane foam technology | ||
Historic Buildings, Case Studies and Theoretical Considerations | ||
TRO Jung|Brannen | ||
Boston, MA 02210 | ||
Exterior brick cavity wall applications – Building science, details, and techniques | ||
Remediating and Preventing Ice Dams in Cold Climates | ||
Red flag review – Project Condos at Bretton Woods | ||
STUDIO LUZ ARCHITECTS, ltd | ||
Boston, MA 02210 | ||
Topic: Brick Townhouses – Back Bay | ||
Perry Dean Rogers Partners Architects | ||
Boston, MA 02109 | ||
Exterior Cavity Wall AIA & CRP | ||
Red flag review – Project Norwich University | ||
Winn Development | ||
Boston, MA 02019 | ||
Building Envelope Commissioning for high-performance buildings | ||
ACI Home Performance Conference | ||
Pittsburgh, PA | ||
The Many Faces of Polyurethane Foam | ||
Strategic Air Sealing with SPF | ||
Better Buildings by Design (VEIC-Efficiency VT) | ||
Burlington, VT | ||
What is on the cutting edge of building technology? | ||
NESEA – Building Energy 08 | ||
Boston, MA (World Trade Center) | ||
Techniques for insulating existing buildings to achieve high-performance building envelopes | ||
University of Minnesota – Graduate School of Architecture | ||
St. Paul, MN 55101 | ||
Advanced Polyurethane Foam Systems | ||
The Exterior Brick Cavity-wall Application – Theory & Details | ||
CERMAK RHOADES ARCHITECTS | ||
St. Paul, MN 55101 | ||
The Exterior Brick Cavity-wall Application – Theory & Details | ||
Banwell Architects | ||
Lebanon, NH | ||
Using the Exterior Rain-Screen Cavity-Wall System with the CRP Program | ||
Simpson Gumpertz & Heger | ||
Waltham, MA 02453 | ||
Understanding the causes of foam failures | ||
Newton North High School | ||
Exterior Cavity wall system and | ||
Savings using the CRP approach | ||
Pizzagalli Company – National Construction Managers’ Conference | ||
Burlington, VT | ||
Achieving Low-cost High-performance Building Envelopes | ||
Digital Bridges – Middlebury College | ||
Middlebury, VT | ||
Modular high-performance building system – Net Zero Project at the South Pole | ||
U.S. Patent , Reusable Modular Components for High-performance Buildings | ||
Wessling Architects | ||
Quincy, MA | ||
Testing Methods for Quality Assuring Thermal Envelope Performance; | ||
Supergreen “LAM” | ||
Banwell Architects | ||
Lebanon, NH | ||
Achieving Low-cost High-performance Building Envelopes | ||
Castle Square – Winn Development | ||
Boston, MA | ||
Achieving Low-cost High-performance Building Envelopes | ||
Army Corps of Engineers Net-Zero Energy (NZE) Installations & | ||
Deployed Bases Workshop | ||
Colorado Springs, CO | ||
Using Polyurethanes to achieve net-zero buildings | ||
Cost reduction protocol for achieving high-performance building envelopes | ||
Shepley Bulfinch Richardson & Abbot Architects | ||
Boston, MA | ||
Ext. Brick Cavity Wall Design | ||
Patent applied – Liquid-Applied Membrane (LAM) expanding air & vapor barrier system | ||
Achieving High-performance building envelopes | ||
Carnegie-Mellon University – Department of Civil and Environmental Eng. | ||
Pittsburgh, PA | ||
Predicting/modeling air barrier performance | ||
Building systems for achieving high-performance building envelopes | ||
Shinberg.Levinas Architectural Design | ||
Bethesda, MD 20814 | ||
Building Envelope Commissioning for high-performance buildings | ||
HNTB Federal Architects | ||
Washington, DC | ||
Foam 101 – Follow-up for Fort Lee and other projects | ||
Westford Building Science Symposium | ||
Westford, MA | ||
Methods for quality assuring high-performance thermal envelopes | ||
Army Corps of Engineers Air Barrier Solutions 2009 Workshop | ||
Richmond, VA | ||
Achieving Low-cost High-performance Building Envelopes | ||
New York AIA Building Enclosure Council | ||
New York, NY | ||
All About Exterior Spray Foam (aka “The Perfect Wall”) | ||
Thetford Academy Air Barrier Workshop | ||
Thetford, VT | ||
Air Barriers and High Performance Schools | ||
Army Corps of Engineers Air Barrier Solutions 2010 Workshop | ||
Williamsburg, VA | ||
Achieving Low-cost High-performance Building Envelopes | ||
ACI Solutions for Success 2010 | ||
Saratoga Springs, NY | ||
Low-Rise Buildings: Addressing Party Walls & Brick Walls | ||
Strategic Air Sealing: Preventing Future Problems | ||
Pressure Diagnostics | ||
Better Buildings: Better Business Conference 2010 | ||
Wisconsin Dells, WI | ||
Ice Dam Prevention & Remediation – Case Study and Theoretical Considerations | ||
Basement and Crawlspace Performance Improvement Strategies | ||
Second B&C session “by popular demand” | ||
NESEA Conference: BuildingEnergy10 | ||
Boston, MA (3-9 to 3-11) | ||
Workshop – Designing and building The Perfect Wall System using The Cost Reduction Protocol | ||
ACI Home Performance Conference | ||
Austin, TX (4-19 to 4-23) | ||
Next Generation of Air Sealing (A universal process or achieving ultra-high air barrier performance) | ||
Autonomous Polar Observing Systems Workshop (National Institute of Aerospace) | ||
William F. Bolger Center, Potomac, MD | ||
The ARRO 2 Project Enclosure System (Poster presentation) | ||
Governor’s Institutes of Vermont – Program – Engineering | ||
Burlington, VT (UVM) | ||
Overview of Cutting-edge Building Technologies | ||
Building America Experts Meeting – Interior Insulation Retrofit of Mass Masonry Wall Assemblies | ||
Westford, MA | ||
Variations on a (Mass Masonry) Theme – With a Touch of Foam | ||
Building Science Corp, Mark Bomberg, Sure Sill (Mishko Teodorovich, Pres.) | ||
Westford, MA | ||
SG LAM Concept For Ext. Cavity Walls | ||
CVACA | ||
Barre, VT | ||
Foam: Uses and Abuses (Introduction, Applications, Safety, and problem solving) | ||
ACI 2012 | ||
Baltimore, MD | ||
Site-applied foam insulation and safety | ||
The Building Enclosure Science & Technology (BEST) Conference | ||
Atlanta, GA | ||
Building Enclosure Technology and Environment Council’s (BETEC) | ||
High Performance Buildings – Combining Field Experience with Innovation | ||
Mass Masonry Wall Assemblies | ||
Lime Energy Services Co. | ||
Huntersville, NC | ||
Achieving Low-cost High-performance Building Envelopes | ||
ICC BSA-VT | ||
Lake Morey Resort – Fairlee, VT | ||
Building codes and standards for the field-applied polyurethane foam industry | ||
DEAP Energy Group | ||
Boston, MA | ||
Safe and Effective Applications of Foam Plastic in the Building Envelope |
||
PennBOC (Pennsylvania Building Officials Conference) | ||
Bethlehem, PA, Sands Resort Hotel | ||
Inspecting Foamed Plastics for Code Compliance and Product Quality | ||
Ohio AIA | ||
Cleveland, OH, Wyndham Cleveland at Playhouse Square | ||
Safety – Design Practices for Foamed Plastics | ||
Achieving Low-cost High-performance Building Envelopes | ||
Forest City | ||
Achieving Low-cost High-performance Building Envelopes | ||
ACI – Mid-Atlantic 2012 | ||
Pittsburgh, PA, Westin Convention Center | ||
Fixing Basements and Crawl Spaces | ||
Michael Baker Corporation | ||
Achieving Low-cost High-performance Building Envelopes | ||
ACI – New England Home Performance Conference 2012 | ||
Springfield, MA, MassMutual Center | ||
Diagnostic Pitfalls | ||
Planning and Executing Energy Improvements for Basements and Crawl Spaces | ||
Strategic Air Sealing | ||
Building Energy 13 (NESEA) | ||
Boston, MA, World Trade Center | ||
The Master’s Guide to Designing Spray Foam Insulation Projects | ||
The Master’s Guide to Installing Spray Foam Insulation | ||