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Good Indoor Air Quality is Good for Business

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2004 GREENGUARD Environmental Institute 2004 GREENGUARD ... Art supplies, science labs, shop class. Consumer products, cleaning/ maintenance chemicals ... – PowerPoint PPT presentation

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Title: Good Indoor Air Quality is Good for Business


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(No Transcript)
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Good Indoor Air Quality is Good for Business
3
OBJECTIVES
  • PART I Indoor Air Quality Primer
  • PART II Financial Impact
  • PART III Source Control and Material Selection
  • PART IV Importance of Third-Party Certification

4
.
But First
  • Building and Design Fundamental
  • The Right Thing to Do!
  • Tangible vs. Intangible
  • IAQ? IEQ?

5
Key Indoor Air Facts
  • People spend over 90 of their time indoors
  • Thousands of chemicals and biological pollutants
    at elevated levels
  • Air Pollutants 2-5x (sometimes 1,000x) higher
    than found outside

6
Health Concerns
  • Indoor Pollution is acknowledged as a
    SIGNIFICANT environmental threat to human
    health
  • Health symptoms exhibited in 20-30 of US office
    workers
  • Studies prove sensitivity to chemical fumes and
    odors to be the most common indicator for health
    complaints among building occupants


7
Building Related / Sick Building Syndrome
  • Eye Irritation
  • Headache
  • Upper respiratory
  • Irritation
  • Nausea, Dizziness
  • Fatigue Lethargy
  • Sore/Dry Throat
  • Nose Bleed
  • Odor Complaints
  • Memory Impairment

8
Illnesses and Indoor Air Pollution
  • Asthma and Allergies
  • Cancer
  • Reproductive / developmental defects
  • Cardiovascular disease
  • Respiratory disease

9
.
Economic Concerns
  • IAQ issues/mold remediation in commercial
    structures increasing
  • SBS costs gt20 billion/yr in workers comp
    healthcare
  • Illness, absenteeism loss productivity costs
    est. gt 120 billion/yr.
  • Strained Relationships
  • Litigation
  • Remediation rebuilding
  • Lease termination
  • Health impacts
  • Negative publicity

10
.
IEQ vs. Energy
  • Can be competitive objectives!
  • EPA I-Beam
  • Up to 43 Energy Savings
  • No IEQ Compromises
  • Omitted Measures only 5 savings

11
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Where are the real cost savings?
  • Average Energy cost per year 2 per square foot
  • VS.
  • Average Salary cost per year over 200 per
    square foot
  • Only 2 increase in productivity over 4
    savings per square foot

12
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What Tenants Want?
  • BOMA/ULI survey 1800 tenants in 126 metro areas
  • 95 Temperature
  • 94 IAQ
  • Majority of Complaints IEQ 77
  • Chelsey Group Survey
  • 75 of office workers rank IEQ 1 priority

13
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How much can poor IAQ cost?
  • Only 20 minutes lost per day for a 30K salary
    position 1,250 per year
  • For 70 employees 87,500
  • For 1,000 employees 1,250,000

14
Decrease Sick-Leave
  • OSHA
  • 5.7 of office workers develop severe headaches.
  • 8.5 of office workers develop severe respiratory
    symptoms.

15
Increase Productivity
  • National Energy Management Institute (NEMI) and
    West Bend Mutual Study
  • 8-10 increase in productivity through improved
    IAQ.

16
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Source Control vs. Remediation
  • Cost
  • Flush out or airing out?
  • Consultants?
  • Liability?
  • Strained Relationship, Damaged Reputation
  • Source Control
  • Little Effort
  • Little to No Extra Cost

17
.
Total Building Cost Structure
TIER 3
Image Cost
Productivity Cost
TIER 2
Design, Construction, OM Cost
TIER 1
18
Case Study IAQ Investigation (Office Building
Odor Concern)
19
Building History
  • Nine story government building
  • Floor deflections (uneven) floors so uneven,
    cabinets and desks were listing
  • Use of an epoxy based floor leveling compound (1
    thick)
  • Ongoing IAQ complaints
  • Eye, nose, and throat irritation
  • Fatigue
  • Nausea

20
Mitigation Strategy
  • Replace leveler with low odor, low emission
    leveler allow to cure fully (3 4 inches thick)
  • Replace carpet tiles
  • Use low VOC adhesive
  • Replace ceiling tiles
  • Leave office furniture intact

21
Mitigation Results
  • Mitigation was completed 5 years and 6,200,000
    after original evacuation!
  • Structural issues arose
  • No building odor
  • Looking for tenants

22
IAQ Objective
Achieve Air Quality that contributes to
a favorable, productive environment and enables
building occupants to experience a sense of
comfort and well-being.
23
We Want To Achieve Good Indoor AirQuality By
Design!
  • Fact
  • There are no federal regulated standards
  • Fact
  • Many design, construction and procurement
    specs
  • Fact
  • Unsubstantiated claims!

24
Begin With The End in Mind
  • Create and operate healthy, productive
    environments for all
  • Children
  • Adults
  • Elderly
  • Sensitive Individuals
  • Design for Sustainability
  • Select and use low emitting products that carry
    third-party certification

25
Less is More
  • VOC sources are numerous
  • Office furniture
  • Wall covering, floor covering
  • Paints, adhesives, sealants
  • Ceiling tile
  • Copiers, printers, computers
  • Art supplies, science labs, shop class
  • Consumer products, cleaning/ maintenance
    chemicals
  • Mold VOCs

26
Two Primary Factors Control Indoor Air
Pollution
27
What to do?
  • Education and Communication
  • IAQ Management Plan
  • Construction
  • Operation and Maintenance
  • Source Control

28
Education and Communication
  • Designers, Architects, Engineers
  • Contractors
  • Building Owner
  • Facility Management
  • Occupants

29
IAQ Management Plan
  • Construction Management
  • Processes
  • Systems
  • Materials
  • Flush Out vs. IAQ Commissioning
  • OM Management

30
Source Control
  • Products
  • Materials
  • Processes

31
Third Party Certification / Verification is Key!
32
Important Questions about IAQ Programs
  • Was the product tested for its IAQ performance?
  • Are the programs standards applicable?
  • When was the product tested?
  • How was the tested product sample selected?
  • Is the program easy to use?

33
Summary
  • Indoor Air Pollution is a significant threat to
    human health!
  • IAQ control is rapidly becoming an industry
    standard
  • Achieve good IAQ by design
  • Source Control is the most effective way to
    minimize indoor air pollution
  • Specify certified low emitting products from a
    third party (non-profit) for assured improved
    indoor air quality!

34
Look for the GREENGUARD Mark
35
Becoming Certified includes
  • Review of manufacturing processes
  • Identification of materials and processes which
    contribute to chemical emissions
  • Once products are tested and certified, the
    representative product must be retested each year
  • Must test priority construction materials on a
    quarterly basis
  • Must acknowledge product or manufacturing changes
    and confirm minimal impact

36
Free Online Resource Guide !
37
An Online Newsletter to 9,000 Architects
Specifiers
38
Resources Indoor Air Quality
  • www.greenguard.org
  • www.aerias.org
  • www.epa.gov/iaq
  • www.lungusa.org/air/air_indoor
  • www.usgbc.org
  • www.blauer-engel.de
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