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Use of an Environmental Management
System to Save the World from
Greenhouse Gases
2008 APWA Conference
Peter Ruffier
City of Eugene
Wastewater Division
Why Should You Use An Environmental
Management System To Stop
Climate Change?
• You manage essential public services that either contribute to, or can mitigate, climate change elements.
• An EMS can focus your efforts, provide for measurable results, and drive continuous improvement.
Presentation Objectives
• Describe what an EMS is
• Provide examples of using an EMS
• Send disciples out into the world to do
good
Eugene Wastewater Division
• Provides O&M for regional wastewater
collection and treatment facilities.
• Population of 225,000 in the service
area.
• 49 MGD treatment plant, biosolids
facility, 49 pump stations.
• 77 employees.
• $10 million operating budget.
Why We Implemented an EMS
• Respond to Endangered Species Act
• Prepare for renewal of NPDES permit
• Align with City Council’s Resolution on
Sustainability
Why We Implemented an EMS
• Help in being competitive
• Support projected staff transitions
• Build on employee strengths and pride
• Provide third party documentation of
program accomplishments
Willamette River
Eugene’s EMS History
• Began development of the EMS in 1999
• EMS was registered as compliant with
ISO 14001 in September, 2001
• 2 external surveillance audits per year (14
total) have been conducted, system has
be re-certified twice (every 3 years)
EMS = Effective Management
An EMS is built around the “plan-do-
check-act” cycle
PLAN
DOACT
CHECK
POLICY
PlanningEnvironmental PolicyEnvironmental aspectsLegal/other requirements Set objectives and targets
Checking and corrective action
Monitoring and measurementCorrective and preventive actionsProgram Audits
ActingManagement ReviewProgram revisions
Implementation and operation
Strategies & work plansTraining, awareness, competenceEstablish operational controlsDocumentation
EMS PDCA Cycle
SpringPerformance reportingManagement review Annual EMS report
FallPerformance reportingInitial budget requestsChange management assessment
WinterPerformance reportingSet objectives & targetsEstablish strategies & work plans, complete budget
SummerPerformance reportingAspects review
Annual EMS Program Cycle
Establishing Objectives
and Targets
1 Review and prioritize significant environmental aspects (Plan)
2 Identify desired improvements (objectives and targets)
3 Define measurable performance indicators
Establishing Objectives
and Targets
4 Establish management programs to achieve objectives & targets (Do)
5 Monitor and report results
6 Evaluate results (Check)
7 Modify strategies and work plans (Act)
Considerations in Setting
Objectives and Targets
• Ability to control or influence
• Ability to track and measure
• Cost to track/measure/report
• Business and political realities
• Stakeholder input
2007 EMS Objective
Reduce Use of Natural Resources (Baseline = 2005)
Target 1: Maximize the beneficial reuse of methane produced as a result of biosolids digestion
Target 2: Increase the amount of non-petroleum based fuels used by the Division’s fleet by 10%
Target 3: Decrease the total non- renewable fuel consumed by the Division’s fleet equipment by 10%
Strategies to Reduce Use of
Petroleum-based Fuels
• Test and use biodiesel and E10
• Purchase Hybrid vehicles
• Develop vehicle use policy
• Bicycles/electric carts
2007 Performance Results
• Increased the amount of non-petroleum
based fuels used by Division's fleet by
19%
• Decreased the total non-renewable fuel
consumed by the Division's fleet
equipment by 27%
Target 1: Increase Non Petroleum Based Fuel Use by 10%
Target 2: Decrease Non Renewable Fuel Use by 10%
2.6 3.9
8.1
23.3 22.016.0
0
5
10
15
20
25
30
Target
Established in
2005
2005 2007
Year
Fu
el U
sed
(T
ho
usan
d G
allo
ns)
Non Petroleum Based Fuel Non Renewable Fuel
85
66%
90%
10% 15%
34%
%
Total
Fuel
Use
Atmospheric Methane
Concentrations
2007 EMS Objective
Reduce Emissions of Air Pollutants & Odors
Target 1: Reduce odors emanating from the regional wastewater facilities
Target 2: Reduce or offset the emission of greenhouse gases generated by wastewater treatment functions
Target 3: Reduce carbon monoxide emissions (lbs) from the engine generator by 50%.
Strategies to Reduce Air Emissions
• Optimize use of methane for power and
heat generation
• Install gas scrubber to remove siloxane &
hydrogen sulfide emissions
• Add catalytic converter to engine
generator
Not All Strategies Are Good Ones
Air Emission Control Measures
2007 Performance Results
• Reduced Carbon Monoxide emissions
(tons/year) from the engine generator by 68%
• Reduced sulfur dioxide by 99%
1.5
2.4
4.66
0 1 2 3 4 5
Tons Per Year
Ca
rbo
n M
on
ox
ide
Em
iss
ion
s
Reduce Carbon Monoxide Emissions from the
Engine Generator by 50%
2007 Target Baseline 2005
50%
R eductio n
68% R eductio n
Benefits of an EMS for
Climate Change Initiatives
•Focuses your efforts and sends the
message that you’re serious
•Provides structure and organization
–Sets explicit objectives (Plan)
–Establishes measurement of results (Do)
–Requires assessment and revision (Check)
–Drives continuous improvement (Act)
You Can Do It!
References for
More Information
• Peter Ruffier, City of Eugene
541-682-8606; [email protected]
• EMS PEER Center– information to help local governments and Local Resource Centers (www.peercenter.net)
Thank You!
Questions?
Objectives Are Achieved By
EMS Work Plans
Objective – Reduce consumption of natural resources
Target – Optimize beneficial use of methane gas produced by anaerobic digestion
Measure – Develop recommendation & obtain resources for implementation
Time frame - Calendar year 2008 (Depends on Target)
Strategies – Several implementation strategies
Tasks – Multiple tasks to carry out each strategy
Coordinator – Responsibility for work plan completion
Progress report – Status or completion
Our EMS Benefits Over First
42 Months:
Electrical power savings:
~$32,836, plus $28,500 in credits (yr 2000)
Paper use savings:
~ $1,400
Solid waste disposal savings:
$14,170
Intrinsic Benefits of an EMS
• Provides an effective documentation
system
• Increases awareness and understanding
of Division’s environmental impacts
• Facilitates faster process improvements
Intrinsic Benefits of an EMS
• Promotes Pollution Prevention.
• Enhances efficiency/systems thinking.
• Promotes ecosystem thinking and
progress towards sustainability.
Intrinsic Benefits of an EMS
• Facilitates stakeholder involvement.
• Improves credibility internally and
externally.
• Enabled acceptance into EPA’s
Performance Track Program.
Typical Success Factors
• Commitment from senior management
• Designate staff to be a Core Team to act as a cheerleader
• Involvement of all employees within the fenceline
Typical Success Factors
• Dedicated resources
• Requires a link to overall strategic plan
of organization
• Requires sufficient time to develop and
implement the EMS
Typical Success Factors
• Proper follow through on the checking and
acting components
• Willingness to make the cultural change
required of the program
• Ability to find mentors to assist in the
development of the program
EMS Development Guidance
EMS PEER Center– information to help
local governments and Local Resource
Centers (www.peercenter.net)
Local Government Environmental
Assistance Network
(http://www.lgean.org/)
EMS References and Guides
Achieving Environmental Excellence:
An Environmental Management
Systems (EMS) Handbook for
Wastewater Utilities - August 2004
http://www.peercenter.net/sector/wastewater/in
dex.cfm?FrontID=3903
EMS Development Guidance
International City/County Management Association (ICMA):
An Environmental Management System Troubleshooters' Guide for Local Governments
A Tool for Improvement: Environmental Management Systems
EMS: A Better Bottom Line for Local Government
(http://www.icma.org/main/topic.asp?hsid=1&tpid=2&stid=79)
EMS Benefits
Environmental Management Systems: Do They Improve Performance?
Project Final Report: Executive Summary
National Database on Environmental Management Systems – University of North Carolina At Chapel Hill (30 January 2003)
http://ndems.cas.unc.edu/final_report.htm
EMS Benefits
Environmental Management Systems: Do They Improve Performance?
The median reported cost for EMS design was approximately $64,000 (mostly for labor);
The average benefits for those facilities reporting quantified benefits was $90,320.