moving a community toward sustainability
TRANSCRIPT
Moving a Community Toward Sustainability
Moving a Community Toward Sustainability
Beginning a Tradition of Sustainability Moving Toward Sustainability
Developing a Tradition of Sustainability
Moving a Community Toward Sustainability
Camille Maxwell
Families and Neighborhoods Going Green
Moving a Community Toward Sustainability
Going GreenConcern for the preservation, restoration, or improvement of the natural environment…
…the conservation of natural resources, prevention of pollution, and certain land use actions.
Moving a Community Toward Sustainability
Organizational Barriers to Going Green
Organizations: Government Agencies & CDCs Changing Consumers Behavior Sales Pitch to Buy Specific Products Lack of Awareness
Moving a Community Toward Sustainability
Barriers Citizens Face When Going Green
Negative perceptions Distrust Higher Prices Getting started Resource Availability
Moving a Community Toward Sustainability
Working Toward Pedestrian Neighborhood Sustainability Through Collaborative Planning For Land Use in Cleveland’s Tremont Neighborhood
Sammy Catania
Moving a Community Toward Sustainability
The Plan
Partners NPI City Architecture City of Cleveland Dept. of Community Development Ten Tremont Block Clubs TWDC Board of Directors and Staff
Concept: Aligned With ‘2020 Plan’ and The ‘Three E’s: Economic Prosperity Environmental Quality Social Equity/Equal Opportunity
Final Plan General Vision Identity Unity Diversity Quality of Life
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Historical Perspective
Prior to 1800 Zoning Codes
Regulation as Opposed to Land Use Planning Reactive vs. Proactive
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Pedestrian Neighborhood Regeneration
Cannot Be Defined Only In Economic Terms People are Members of a: Community of Interdependent Parts that must Co-exist
Moving a Community Toward Sustainability
European Model and Example
Germany-Bauhaus Dessau Foundation IBA Urban Redevelopment 2010 Plan
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Tremont SII Plan
Define Goals Neighborhood Analysis Demographic Trends Market Study Current Zoning
Community Meetings Implementation Plan
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SII Site Area
NPI Model Blocks City of Cleveland Model Blocks Proposed New Zoning Overlays: Community Adopted Plan
Moving a Community Toward Sustainability
Growing the Sustainable Food System in Northeast Ohio
Ben Campbell
Moving a Community Toward Sustainability
Benefits of a Sustainable, Local Foods System
Social Food security Safety & Access
Environmental Global & Industrial Economic: Rebuilding the Regional Economy
Local & Sustainable
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Opportunities for Local Foods Systems in Cleveland
Marketing & Promotion Education Local Purchasing Policies Cleveland CDCs
A Place at the Local Foods Table Integrating Local Foods into the Community & Economic
Development Agenda
Moving a Community Toward Sustainability
Solar Electric for Cleveland Neighborhoods
Deepa Vedavyas
Moving a Community Toward Sustainability
PHOTOVOLTAIC: Conversion of Sunlight to Electricity
Moving a Community Toward Sustainability
Can Solar Work in Ohio?
Average Sunshine Hours Per Day Ohio: 4 to 5 hours/day Germany: < 4 hours/day
Driven by Market Incentives & Policies
Map showing annual solar radiation in Ohio and Germany (Source: GEO, 2008)
Ohio has Great Potential: Net Metering Grants ITC ELF OAQDA
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Payback
BUSINESS- AMPEX METAL 10kW arrayEquipment Cost $76, 000Project Mgmt & Installation $11,000Total installed costs $88,000
ODOD reimbursement $35,000 ($3.50 per watt)Federal tax credit 30% $26,000Grants & incentives total $61,400
Net cost $26,600Estimated savings/yr $5,200
Estimated ROI 5 yearsAverage ROI for business 5-9 years
RESIDENTIAL 3.06 kW array Energy measure watts
Purchase from utility company in kWh Ex: if a 100 watt fixture runs 10 hrs it is 1kWh
Average power consumption per month 920kWh
Monthly average output 285kWh 30% of consumption
Annual Savings ~$365
Average ROI for Residential 17-19 years (w/ $2,000 cap on ITC)
Moving a Community Toward Sustainability
Sustainable Urban Transportation Systems
Matt Lasko
Moving a Community Toward Sustainability
Sustainable Transportation Methods
Transit-oriented development Pedestrian-oriented development Interconnected bicycle and pedestrian trails Promotion of public transportation Shared bicycle and automobile programs Minimum parking reductions
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Contextual Considerations for Implementation
Political Cultural Climate Financing Personal Economics Efficiency & ease of use Ongoing maintenance
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Benefits of Sustainable Transportation
Reduction in infrastructure costs Increases productivity Stimulates retail trade Encourages local circulation of money Job creation Economic development enabling
Moving a Community Toward Sustainability
Deconstruction: A Strategy for Implementation in Cleveland, Ohio
Jeff Ramsey
Moving a Community Toward Sustainability
What is Deconstruction?
Selective dismantling in order to reuse building materials Visit deconstruction in process in the Glenville
neighborhood: 10725 Lee Ave. (off E. 105th St.) Chris Kious is pioneering deconstruction in Cleveland with
the support of NPI and Frank Ford
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Environmental Impacts of Construction and Demolition
Building consume 60% of total materials flow (excluding food and fuel)
The U.S. produces 325 million tons of C & D debris annually – 92% from renovation and demolition
Only 20 - 30% of C & D debris is recycled EPA projects that over next three decades, 27% of existing
buildings will be replaced and 50% of total building stock constructed
Only 5% of building materials come from renewable sources
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Greenhouse Gas Diversion
Deconstruction of one 2,200 sq.ft. house saves green house gases equivalent to taking 3 cars off the road for an entire year.
Wesley House deconstruction: • Greenhouse gas avoidance of 875,000 metric tons of
carbon and 3.2 million metric tons of CO2• 13.6 million MMBTU energy savings
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Overview of Deconstruction
Rebirth of an old industry known as salvage There has to be a market for reuse materials• Reuse stores sell building materials • Remanufacture: APOC produces furniture• Recycle
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Benefits of Deconstruction
Reuse stores are source of affordable materials (10% - 50% of retail)
Employment: 6 FTE jobs from deconstruction vs. 1 FTE job from demolition (Rebuilding Center employs 55 people in Deconstruction Services and warehouse)
A source of earned income for non-profits in some cities: Rebuilding Center proceeds support three community organizers for its parent organization, Our United Villages
Tax deductions for private sector owners makes deconstruction cost effective in some markets
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Methods of Deconstruction
Hand Combination of hand and mechanical Panelization (The Rebuilding Center does not panelize -- it
is more dangerous and wasteful)
Moving a Community Toward Sustainability
Barriers to Deconstruction
Deconstruction is more expensive than demo: 17% - 25% For 2,000 sq.ft. house: deconstruction cost $12,940
($6.47/sq.ft.) vs. $10,270 for demo ($5.36/sq.ft.) Labor intensive Low landfill fees ($36/ton in Ohio vs. $60-$80 in CA and
$100 in New England) Grading lumber: lumber from older homes not graded
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Recycling
Kurtz Bros. is a C & D recycler that sorted materials by hand – 20% recycling
Installed MRF -- cost $2.5 million ($500,000 ODNR grant) Increased to 85% - 92% annually -- over 100,000 tons/year Reclaimed products produced like wood mulch, decorative
paving and structural materials, soil for highway embankments, athletic field products
Moving a Community Toward Sustainability
What Can Government Do?
Increase landfill fees Mandate that demo contractors achieve 75% recycling Provide workforce development funds for job training Support national organizations with experience (The Reuse
People operates in 8 cities)
Moving a Community Toward Sustainability
Green Building: Best Practices for Sustainable
Development in Cleveland, Ohio
Anthony R. Whitfield
Moving a Community Toward Sustainability
Green BuildingSustainability
High Performance
Moving a Community Toward Sustainability
Moving a Community Toward Sustainability
EconomicGrowth
SocialProgress
Sustainability
Socio-Environmental
Eco-Efficiency
Socio-Economic
Resource EfficiencyProduct Stewardship
Life-Cycle ManagementProducts to Services
Clean Air & LandEmissions Reductions
Zero Waste, Releases & SpillsBiodiversity
Job CreationSkills Enhancement
Local Economic ImpactsSocial Investments
Business EthicsSecurity
DiversityHuman Rights
Community OutreachIndigenous Communities
Labor Relations
Innovation ● Capital EfficiencyRisk Management ● Growth Enhancement
Total Shareholder Return
Safety & Health ● Environmental RegulationsGlobal Climate Change ● Access to Potable Water
Crisis Management ● Environmental Justice
Triple Bottom Line
EnvironmentalStewardship
Moving a Community Toward Sustainability
Primary Drivers
Global Warming Consumption and Pollution Quality of Life Environmental Quality
Advocacy Technology Politics Economics
Fueled By
Moving a Community Toward Sustainability
Moving a Community Toward Sustainability
Portland, Oregon
Boulder, Colorado
Portland, Oregon
Chicago, Illinois
Poway, California
Barcelona, Spain
Boston Massachusetts
Copenhagen, Denmark
London, England
Freiberg, GermanyVancouver, British Columbia
Stockholm Sweden
Washington, DC
San Francisco, California