Building Material Emissions Study Dana Papke, LEED Accredited Professional MET Contract Manager California Integrated Waste Management Board

Slides:



Advertisements
Similar presentations
The Pollution Within: Sick Building Syndrome (SDS)
Advertisements

SAINT PAUL SUSTAINABLE BUILDING POLICY Training Module Six Indoor environmental quality requirements Saint Paul Sustainable Building Policy.
JO IMMIG NATIONAL TOXICS NETWORK Indoor Air Quality and Health.
Determination of Size Fractions and Concentrations of Airborne Particulate Matter Generated From Construction and Demolition Waste Processing Facilities.
Further Site Investigation Sutton Walls Former Landfill
Indoor Advantage Certification Program #544 - VOC Workshop – Healthy Buildings 2009 September 15, 2009 Stowe Hartridge-Beam Program Manager, Indoor Air.
1 The ABCs of IAQ Why Focus on Indoor Air Quality? What Can We Do? Deborah Moore Green Schools Initiative.
The absence of evidence is not the evidence of absence.
LEED-CI LEED for Commercial Interiors
Sustainability and Leadership in Energy and Environmental Design (LEED) Lessons Learned from The Fernald Preserve Visitors Center.
Green Cleaning in Health Care. Enviro-Solution Overview 12 years Proven Solutions Single Focus Many Major Customer 7+ years Key Hospitals: MUHC Chinese.
July July Test chambers Photo: Eurofins Product Testing A/S.
1 by Health hazards of Janitorial Cleaning Chemicals 127 janitors died in the US between 1993 and 2001 as a result of the cleaning products they were using.
Green Building Materials
INDOOR ENVIRONMENTAL QUALITY. INDOOR ENVIRONMENTAL QUALITY Tool for the Reduction and Assessment of Chemical and Other Environmental Impacts (TRACI)
BECOMING GREEN Santa Margarita High School Academic Building.
Mark Richards Virginia Department of Environmental Quality What’s in Your Water? A Discussion of Threats to Virginia’s Water Quality William & Mary School.
Green Building Design and LEED Certification ACMA 2008 Summer Conference 2008.
Global ’ s Environmental Sustainability Initiatives  Conform to Standards  ISO 14001:2004  EcoLogo Certification  Greenguard.
Knocking The Rust Off The Rust Belt Calfee, Halter & Griswold LLP, The Calfee Building, 1405 East Sixth Street, Cleveland, Ohio Cleveland | Columbus.
REGULATIONS. LIMITATIONS Availability of funds Lack of scientific data Property rights of individuals.
Environmental Hazards in Your School Explorer’s Guild Vicki Hanrahan Ainslie November 2004.
ACTIVITIES, NEEDS, AND FUTURE ACTIONS ON INDOOR AIR QUALITY April 26, 2001 Air Resources Board California Environmental Protection Agency.
DTSC VAPOR INTRUSION GUIDANCE California Industrial Hygiene Council 16 th Annual Conference Dan Gallagher Department of Toxic Substances Control California.
California tests conventional and green products for emissions Presented By: Magda Badr Ahmed By: Ted Smalley Bowen Deborah Snoonian Web Address:
ARB Evaluation of Composite Wood Products California Environmental Protection Agency Air Resources Board Air Quality Measures Branch Stationary Source.
RICE Air Toxics Health Effects and Development of Standards Matt Fraser Civil and Environmental Engineering Department.
Ogilvy Public Relations Worldwide California Integrated Waste Management Board Recycled-Content Materials Marketing Program Update May 16, 2006.
The Basics of Formaldehyde: What You Need to Know.
Green Star – Campus Group Work. Rating tool framework Management Indoor Environment Quality Energy Transport Water Materials Land Use and Ecology Emissions.
É. Vaskövi 1, O. Udvardy 1, M. Endrődy 1, T. Beregszászi 1, P. Rudnai 1, É. Csobod 2 1 Department of Air Hygiene NCPH-NIEH 2 Regional Environmental Centre.
Public Workshop Airborne Toxic Control Measure (ATCM) for Motor Vehicle and Mobile Equipment Coatings Public Workshop Airborne Toxic Control Measure (ATCM)
Dieterich, M.F., Gieseler, M.E., Short, D.B., and Signorelli, R.T. Abstract Formaldehyde, a group 1 carcinogen is a component of indoor air and may be.
Healthy Homes Overview
Indoor Air Pollution. I. Indoor Air Pollution A.In developing countries, the indoor burning of wood, charcoal, dung, crop residues, and coal in open fires.
Indoor Air Quality Update June 27, Indoor air quality reflects outdoor and indoor air pollution sources Improving outdoor air quality reduces indoor.
Board Meeting June 27, 2013 California Environmental Protection Agency Air Resources Board Update on Recommendations to the California Public Utilities.
CALIFORNIA’S AIR TOXICS PROGRAM: IMPROVEMENTS TO ASSESS HEALTH RISK Update to the Air Resources Board July 24, 2014 California Environmental Protection.
HEALTH EEFECTS and FINDINGS from EVALUATION of POLLUTANT’S MEASUREMENTS in SOUTHWAEST BULGARIA Meeting Thessaloniki, Greece, 30 th of November 2015 Prof.
Dep. of Chemical Engineering School of Engineering Aristotle Univ. of Thessaloniki CheRRIE Closing eventNovember 30, 2015 Thessaloniki, GR 1 Chemical and.
Toxicology Update - Implementation of Revised Impacts Review Procedures Mike Coldiron, P.E. Air Permits Division Texas Commission on Environmental Quality.
Air Pollution Research Group Analysis of 1999 TRI Data to Identify High Environmental Risk Areas of Ohio by Amit Joshi.
2008 CALIFORNIA GREEN BUILDING STANDARDS CODE Dave Walls Executive Director California Building Standards Commission David Thorman State Architect.
STATE OF CALIFORNIA Green Schools in a Red Economy Pacific Energy Center September 21, 2010 Presented by the Office of Public School Construction (OPSC)
1 Mansel A Nelson Institute for Tribal Environmental Professionals Basics of Indoor Air Quality Indoor Air Quality in Tribal Communities.
Overview of the AB2588 Air Toxics “Hot Spots” Program California Environmental Protection Agency Air Resources Board.
DT 1320 BIM UNIT 1 INTRO TO ARCHITECTURAL DESIGN AND BIM.
1 Public Workshop to Discuss Amendments to the AB 2588 “Hot Spots” Emission Inventory Criteria and Guidelines Regulation California Air Resources Board.
California Environmental Protection Agency Market Advisory Committee Public Conference call May 15, 2007.
White House Summit on Sustainable Buildings January 24, 2006 William Fisk* Sr. Scientist, Department Head Indoor Environment Department Lawrence Berkeley.
Formaldehyde Emission Modeling in Manufactured Homes Jacqueline Bayer 1, Dr. Patrick Gurian 2, and Dr. Jin Wen 2 1 BS/MS Student, Dept. of Civil, Architectural,
Laboratory Decommissioning : Essential Tools and Lessons Learned Jim Carscadden Division of Environmental Protection Office of Research Facilities.
Meeting the Sustainable Design Requirements of EO How Sandia National Labs is Meeting the Sustainable Design Requirements of EO Jack Mizner,
Asthma Friendly Policies and Practices: An Assessment *** Your Name and Position***
ISO Session 3 Environmental Management and Ethics in Management.
IAQ Indoor Air Quality. What is poor IAQ Excessive pollutants in the air. This would be the same for a residence or work environment. The condition can.
European standardisation of emission testing:
Objectives of a Green Building
Update on USGBC LEED and Air Filtration NAFA 2008 Annual Convention San Francisco, CA September 19, 2008 by Francis (Bud) J. Offermann PE CIH Indoor.
Risk Assessment for Air Pollution Control Permits
Environmental Perspective of Selected Interior Surface Material
ASHRAE’s 62.2 Residential Ventilation Standard Proposed Changes
Green Cleaning to Meet LEED (Leadership in Energy and Environmental Design) Existing (Green) Building Operations and Maintenance Requirements.
Jay Peters Gina M. Plantz Richard J. Rago
Activair technology Improving indoor air quality by removing volatile organic compounds.
Air Monitoring Trends in New Jersey
Purchasing from State of California Contracts
TCEQ AMBIENT Air Monitors in Corpus christi
Pre-Submittal Meeting As Needed Environmental Services RFQ
Presentation transcript:

Building Material Emissions Study Dana Papke, LEED Accredited Professional MET Contract Manager California Integrated Waste Management Board Phone: (916)

Project Team Leon Alevantis, Principal Investigator Department of Health Services (DHS) Rob Miller, Lead Chemist, DHS Nitin Kapadia, DHS Igor Lacan, Paola Taranta, & Weldon Hall Public Health Institute Advisory Group

Alfred T. Hodgson & William W. Nazaroff Lawrence Berkeley National Laboratory (LBNL) Anthony Bernheim & Marian Keeler, SMWM Hal Levin, Building Ecology Research Group Bill Orr, Tom Estes, & Kathy Frevert, CIWMB Dan Burgoyne, Department of General Services Peggy Jenkins, Air Resource Board Richard Lam, Office of Environmental Health Hazard Assessment Steven Wall, Peter Flessel, Jed Waldman, DHS

Indoor Air Quality (IAQ) Indoor air is often more polluted than outdoor air, sometimes as much as 100x more polluted. Americans spend approximately 90% of their time indoors. Indoor air pollution is one of the top five environmental risks to public health. 1. U.S. Environmental Protection Agency, Indoor Air Quality Program

Factors Affecting IAQ in New Buildings Design and Construction Practices Operation and Maintenance Practices

Design and Construction Practices Site Selection Selection of Building Materials HVAC Design Building and IAQ Commissioning Factors Affecting IAQ

Operation and Maintenance Practices HVAC Operation & Maintenance Furnishings Cleaning Products Mold Pesticides Factors Affecting IAQ

Objectives Examine relationship between recycled- content and indoor air quality (IAQ) Model emissions from standard and alternative products Evaluate product emissions against IAQ Criteria for use in Classrooms and State Construction

Planned Construction Schools –400 new schools in next 4 years –Over $50B in new construction State Facilities –State owns & operates 189 million square feet and leases 21 million square feet of building space –State Invests $2B annually in design, construction and renovation

Scope Phase I – Classrooms Phase II – State Offices Phase III – Tire-derived Products Products Tested: 77 Total

Material Categories Acoustical Ceiling Panels Carpet Fiberboard Gypsum Board Paint Particleboard Plastic Laminates Resilient Flooring –Non-rubber-based –Rubber-based Tackable Wall Panels Thermal Insulation Wall Baseboard

Product Selection: Phase I Ten Largest CA School Districts Four Major Portable Classroom Manufacturers CHPS Professional Advisory Group member MET Advisory Group

Product Selection: Phases II & III MET Advisory Group State Construction Standard Specifications Tire-derived Products List

Methodology Section 01350: Special Environmental Requirements –Specification to Screen Building Materials –Recycled-content & EPP Criteria –Emissions-testing Procedures  Volatile Organic Compounds (VOCs)

121 Targeted VOCs Non-Cancer Chronic Reference Exposure Levels (CRELs) Probable or Known Human Carcinogens –Proposition 65 Chemicals –Toxic Air Contaminants (TAC) Reproductive Toxicants - Prop 65 Human Olfactory Thresholds Individual VOC Peaks >5% TVOC 10 Most Abundant Compounds

Section Chronic REL No Significant Health Risk Based on Health Considerations Published by OEHHA (Cal/EPA)

Emissions Testing Procedures Sample Handling Sample Preparation –Assemblies –10 days conditioning –Duplicates Testing and Analysis –24/48/96 hour samples – Compliance based on 96-hr results

Stainless Steel Canister

Testing Mini-Chambers

Gas Chromatograph/Mass Spectrometer (GC/MS)

High Performance Liquid Chromatograph (HPLC)

Modeled Air Concentration Emission Factor of Chemical Compound Surface Area Product Covers Building/Room Volume Ventilation Rate

Classroom Parameters 24- X 40-ft standard size portable 8.5-ft ceiling Room Volume: 8,160-ft 3

State Office Parameters 10- X 12-ft private office 9-ft ceiling Room Volume: 1,080-ft 3

Limitations Laboratory Study/Modeled Concentrations Sample Size –Number of products tested –Number of samples –Size of specimens Age of Samples Changing Manufacturing Process 2 Environmental Attributes

Section Compliance Modeled Concentrations at 96-hr not exceed: –½ of the CREL –½ of 27 ppb for formaldehyde

Additional IAQ Considerations Total Volatile Organic Compounds (TVOC) Criterion Chemicals Listed on the Proposition 65 and TAC List Odor Threshold Values Interim Concentration Limits

Resilient Flooring: Rubber Based, Tire-Derived: 11 Samples

Resilient Flooring: Rubber Based Non-tire Derived: 3 Samples

Resilient Flooring: Non-Rubber Based: 9 Samples

Carpeting: 14 Samples

Fiberboard: 5 Samples

Gypsum Board: 4 Samples

Paints: 10 Samples

Particle Board: 2 Samples

Thermal Insulation: 4 Samples

Wall Base: 2 Samples

Tackable Wall Panels: 2 Samples

Plastic Laminates: 4 Total

Acoustical Ceiling Panels: 7 Samples

Section Concentration Limits: Classroom

Section Concentration Limits: State Office

Section 01350: Summary of Findings Alternative products performed similarly in both classrooms and state office calculations Standard products exceeded Section twice as much in the state office applications Majority of products exceeded Section for one chemical only Most frequently exceeded chemicals: –naphthalene, formaldehyde, and acetaldehyde

Additional IAQ Considerations: Summary of Findings Most Frequently Exceeded: –TVOC Criterion –Interim Concentration Limit for Caprolactum –Odor Threshold Values for Octanol and Nonanal

Key Conclusions Recycled products performed about the same as standard products Tire-derived products –May need further refinement and testing –Appropriate for Gymnasiums and Multi- Purpose Rooms Carpeting –Results inconsistent with CRI Green Label –Manufacturers encouraged to test products

Future Steps Test Results Specific to Design Need for Manufacturer Testing Work with Manufacturers Data Readily Available to Design Teams – CHPS – CHPS Criteria – Low Emitting Materials Credit –State Architect EPP Database

Next Steps Sustainability/Markets Committee – June 10, 1:30 p.m. Board Consideration – June 17-18, 2003 Final Report Issued