NESEA Building Energy 2000 
 

 



Conference Proceedings    Photo Gallery    Exhibitors

 

"Buildings, People and the Planet"
March 15-18, 2000 Yale University


A Conference on renewable technologies and sustainable design strategies focusing on solutions to the global climate challenge which promote economic growth.

NESEA held our annual quality building and renewable energy conference and trade show, Building Energy 2000: "Buildings, People and the Planet." at Yale University and the Omni New Haven Hotel March 15-18,2000.  Building Energy 2000 offered a forum for dialogue, professional training and public outreach on renewable generation and building efficiency market initiatives in the northeast. At Building Energy 2000, regional initiatives were considered in the context of our national strategy for achieving global greenhouse gas emission reduction.

Building Energy 2000 offered the media, architects, engineers, builders, contractors, policy makers, business people, utility executives, insurers, investors, educators, students and concerned citizens a forum for bringing sustainable building and renewable energy closer to popular acceptance. Building Energy 2000 will combined NESEA's Quality Building and RENEW 2000 conferences.


QBC CONFERENCE TRACKS:

QBC 1: Practical High-Performance Techniques -Keeping abreast of rapid advances in building materials and techniques is an on going challenge. From exploring the next generation of sustainable manufactured homes to environmental Landscape Techniques and Heating system Design this tracks looked at practical ways to build sustainability into any project.

QBC 2: Sustainable Processes and Resources -More and more, today's customers want greener, healthier building materials for the home and the office. Participants learned what products are available off-the-shelf, what needs to be evaluated in the design phase and the role of residential and commercial codes in sustainable construction.

QBC 3: Trends and Prospects -We have the technology. Is the market ready? Today's most successful green builders and remodelers shared proven ways to know your buildings work and how to educate customers to value them. Trends in promoting your business, regulatory agencies and cohousing movements are just some of the topics that were covered in this track.

RENEW CONFERENCE TRACKS:

RENEW 1: The Renewable Marketplace -Whether climate change is real or not, the global market for renewable technologies is heating up. Advancing technology, utility restructuring and the market demands of a growing global population plus world emission reduction targets and the recognition of the financial performance attributes of renewables will accelerate the trend toward clean energy.

Renew and QBC Bridge Track: From Today to Tomorrow: Participants explored the emerging National Solar roof program and learned about successful Renewable Homes and looked at Clean Energy Generation and Sustainable Building Techniques where they meet; The Solar Electric Building. Themes such as distributed generation, Fuel Cells and integrating Daylighting and Artificial Lighting in Commercial projects were explored.

WHAT IS QBC: Formalized in 1983, NESEA's Quality Building Council embodies NESEA's root achievements in better building design and construction. The QBC brings together leading researchers and practitioners exploring innovative, cost-effective, energy and resource efficient construction technologies while helping its members create and manage more productive, successful businesses. The QBC is recognized for addressing challenges to building professionals ranging from indoor air quality to low bid competition. The QBC is a leader in energy efficient, occupant healthy and environmentally-friendly construction. QBC membership includes architects, builders and remodelers as well as contractors, engineers, trades people, building code and government officials, land-use planners and landscape architects. Participants share data and observations on what works, what doesn't and why! QBC conferences, workshops and the QBC Dinner introduce you to like-minded professionals in the building trades and send you home with fresh ideas.

WHAT IS RENEW: The RENEW Conference/Trade show brings together a broad coalition of energy professionals, policy makers, regulators and environmentalists to focus on accelerating the economic development, production and use of renewables. RENEW encompasses: wind, biomass, hydro, hydrogen, fuel cells, solar electricity (grid and non-grid connected) and solar thermal as well as passive solar for heating, daylighting and natural ventilation. RENEW presents an up to date forum on the industry's domestic and global market activities, how renewables strengthen investment portfolios and how renewable performance attributes can serve to minimize personal and insurance industry financial risk and property loss from weather related events. Renewables create healthier human and natural environments. They create jobs; both at home in New England, across the United States and for people in the developing world. RENEW 2000 will be a watershed event.

The HISTORY Of Building Energy:

Building Energy began in 1996 as a natural forum for sharing the multi-disciplinary objectives of NESEA's QBC and RENEW programs. That year, this winning combination was topped off with the International Energy Agency's 1st International Solar Electric Building Conference. As a result, Building Energy '96 witnessed a gathering of the world solar community with the advanced building and renewable energy industries, placing NESEA firmly on the global energy map. Building Energy 97: Ensuring a Sustainable Future" was no different. NESEA reached out to the world's financial and insurance community with the evolving recognition that renewables, advanced construction and sustainable design offer not only environmental and human benefits, but strategies to minimize weather related risk and maximize economic growth. Building Energy 2000: Buildings, People and the Planet followed in the footsteps of these ground breaking events and showed how the northeast can lead the world in reducing greenhouse gases while strengthening our economy and enhancing our quality of life.

TRADE SHOW and EXHIBITOR RECEPTION:

Products and services for the design, construction and operation of environmentally sustainable buildings and communities were on display during the two-day general conference. Exhibits demonstrated the latest technologies from across the country. The exhibit area was also the site of daily refreshment breaks and an evening reception. This year's exhibitor reception  featured a friendly contest among product users, hosted by Terry Brennan and Jim Vann, highlighting favorite tools and building materials. 

QBC DESIGN COMPETITION:

The QBC Design Competition recognizes and publicizes the efforts of builders and designers who incorporate sustainable, repeatable energy and resource conservation systems into buildings. In each category, prizes are available for new construction and remodel projects. Award-winning projects will be presented and discussed at NESEA's Building Energy 2000 Conference. For a full description of categories, judging criteria and submission requirements, contact Jonathan Tauer, NESEA at (413)774-6051, ext. 20.or via email at jtauer@nesea.org

2000 QBC Design Competition Winning Entries

New Commercial Category   

The Design and Construction Team for Oakes Hall at Vermont Law School

Architect:  Truex Cullins & Partners
Mechanical engineer: Kohler & Lewis
Civil/structural engineer: Engineering Ventures
Environmental consultant - Energysmiths
Construction manager - H. P. Cummings


Oakes Hall is a 23,500 ft2 classroom building designed for the country's leading environmental law school.  Goals for the building were that it be a superb teaching facility, and be safe, healthy, durable, resource efficient, and adaptable to the future.

Key features include:
- extraordinarily low fuel usage - about 2200 gallons/year of fuel oil
- low electrical use - 115,000 kWh/year
- very efficient lighting and controls
- superinsulated envelope designed for efficiency and durability
- composting toilets have *cut* campus water demand 48,500 gallons/year
- 100% outdoor air ventilation with heat and moisture recovery
- non-toxic materials and finishes
- durable finishes inside and out ­ metal roof, fiber-cement siding, linoleum floors, fiberglass windows
- downsized mechanicals, no perimeter heat needed
- mechanicals planned to permit future division of the four larger rooms into two rooms
- very modest $115/ft2 construction cost ­ no additional costs over original budget

         

New Residential Multi-Family Category 

  Pathways Cohousing   

Architects: Laura Fitch, Project Architect: Margo Jones Architects, 308 Main St.,3rd floor, Greenfield, MA 01301 (413) 773-5551 office@margojones.com    

                 Mary Kraus, Architect 120 Pulpit Hill Road, Amherst, MA 01002 (413) 549-5799 marykraus@cohousing.com

Landscape Architect: The Berkshire Design Group, Inc., 4 Allen Place, Northampton, MA 01060 

(413) 582-7000

General Contractor: Kohl Construction, 31 Campus Plaza Road, Hadley, MA, 01035 (413) 256-0321

Development Consultant: Development Cycles, 110 Pulpit Hill Road, Amherst, MA 01002 

(413) 549-4848

Student Category    

 Benny J. Simpson Memorial Visitor Center

Benny J. Simpson was an important figure in the native plant industry.  He worked for over 40 years for the Texas Agricultural Experiment Station located in Plano, just outside the city of Dallas.  He made many contributions to native plant research and had quite an impact on the people he worked with.
 
Two years after his death, a building was proposed by a former student to commemorate Mr. Simpson's contributions.  A visitor center was chosen for this project because it offers a chance for the public to come and learn about Mr. Simpson and the functions of the Experiment Station.  Not only will the visitor center display all the things Mr. Simpson has done over the years, it will also be a place for people to come and learn about native plants.  It will be an educational facility where classes and workshops will be held to teach people about the fundamentals of native plants and gardening.
 
The main building material used is straw bale.  Straw bale offers many sustainable and energy efficient properties.  The material used for finishing the bale walls is earth plaster.  The main source of heating in
the visitor center is by means of a vented trombe wall, while cooling is done by an evaporative cooling tower.  The tower has 3 blowers to help circulate the air.  The blowers can also be reversed to induce natural ventilation throughout the building.  Two cisterns on the site serve as storage tanks for the rainwater collection system.  One cistern is also an observation tower.  Thermal cells on the roof are used for heating water for the radiant floor system and also domestic hot water.
 
 Misty Fillus, Architectural Designer, Malcolm Pirnie Inc.104 Corporate Park Dr,White Plains, NY, 10602, (914) 641-2504 mfillus@pirnie.com