'Industrial ecology' is key to design methods to 'heal' this region, severely polluted over hundreds of square miles by historical mining activities. Biogeochemical engineering methods are known and available, but EPA and the affected states will not marshall the will to act with resources that will benefit residents.
15. Mining’s Progress
• Missouri – Lead‐Zinc mining from 1740s, began
ca. 1850 in ‘Oronogo‐Duenweg’ area east of
Joplin, in Jasper County
• Kansas – Pb‐Zn mining 1870s onward to ca. 1970
in Cherokee County
• Oklahoma – 1890s ~ 1978, Pb‐Zn
mining/smelting concentrated on Quapaw Tribal
lands, Ottawa County
• ‘Strategic Metals’ area, munitions for American
wars depended on Tri‐State lead and zinc.
18. Tar Creek: Extreme Barriers to
Regenerating Communities and Lands
• 130 years of neglect Environmental and Socio‐
Economic Sacrifice Zone
• Many Divisions: Ten First Nations Tribes, Two EPA
Regions, Three States, many Counties and Municipalities
• Pollution extensive and severe.
• Geographical context: Dead zone in what should be
biologically, agriculturally and economically productive
area
• No “deep pockets” ‐‐‐ Companies have vacated
responsibilities or ceased to exist.
• Superfund has been feeble or abdicated.
• Environmental justice has not been served, by any
measure.
30. We propose the following
Regenerative Approach to Tar Creek:
! Understanding ‘Place,’ Culturally, Ecologically,
Economically
! Envisioning an integrative process of holistic,
creative stimuli to regenerative ‘eco‐economic’
activity
! Applying community/place‐centered, industrial
ecology methodologies ‐‐‐ encouraging what can be
strong in order to remedy what is deficient and
weak.
! Recognizing that it is a design problem, a public
financial problem, a political problem, an
intercultural problem ‐‐‐ but not just the
technological problem as it has been made out to
be
31. Regenerative Redevelopment
Vocabulary
• ‘Sustainability’ – Ability to Sustain: by Design
• Restoration – Seek Endpoint resembling
predecessor condition
• Regeneration – Seek Dynamic, Sustainable
Condition
• Redevelopment – Focus on Sustainable Human
Economies as Most Effective Path toward
Sustainable Ecology of ‘Place’ envisioned by
residents of the Place
• Regenerative Redevelopment
34. Industrial Ecology ‐ Sustainable
Economies Mimic Ecosystems
Principles of Ecology:
• “Energy (from Sun) is the currency of the
economy of Nature. Energy relationships
dictate community structure.” F. Montague,
“Environment Notebook” and text “Wa‐Maka‐Skan”, U. of Utah
• Matter cannot be created or destroyed.
• Nutrients cycle: used by organisms and
returned to environment.
• Trophic structure is established as energy
and nutrients flow through community
hierarchies of organisms.
40. Integration: Energy, Materials,
Ecosystems Recovery thru Economy
• ‘Integrated Biorefinery’ – EIP Complex of
Industries, R&D and Complementary
Businesses
• Focus is on Full Range of Uses of Woody, Crop
and Organic Wastes
• Conversions Include Cellulose & Lignin‐to‐
Energy, Cellulose/Hemicellulose‐to‐Value‐
Added Chemicals, Fibrous Materials to Value‐
Added Architectural Products
46. EIP Strategies
• One EIP? More than one?
• Inventory and Assess Assets and Opportunities
– ID Existing Industries & Employers in Region’
– Inventory Regional Resources
– Envision Sustainable Employment from Resources
– Inventory Unique Locational and Cultural Attributes
& Opportunities
– ID Possible ‘Niche’ Enterprises
– ID Financial Support Mechanisms
• Formulate Recruitment Plan
58. Ivan Weber,
Principal/Owner
LEED-AP / USGBC
953 1st Avenue
Salt Lake City, Utah
84103
801-355-6863 / 801651-8841 cellular
ivan@webersustain.co
m
www.webersustain.com
The Green Man