Title: PowerPointPrsentation
1Pumped Storage New Hydro Columbia Gorge
Aluminum Energy Park Douglas C. MacCourt Ater
Wynne LLP
Affiliated Tribes of Northwest Indians Tribal
Energy Conference Energy Fair March 16-18,
2008 Portland, Oregon
2Region Columbia River Klickitat County
3Columbia River Region in Transition
- Key trade link to Asia
- Regional transportation hub
- Changing economies, changing uses, changing views
4Industry at the Crossroads
5Columbia Gorge Aluminum
- NSC Smelter LLC, dba Columbia Gorge Aluminum
(CGA) owns an idle aluminum smelter in
Goldendale, WA (located 120 miles east of
Portland, OR) - Plant is situated alongside the John Jay Dam on
the Columbia River with rail, highway, river
access - Following acquisition through bankruptcy,
significant investment to upgrade plant
facilities undertaken to restart plant
6Site Features
- Smelter site over 600 acres developed industrial
land for plant, power and water systems - 7,000 acres of undeveloped land adjacent to the
Columbia River - Approximately 1,000 acres is a low land bench
situated along-side the Columbia River at an
elevation of approximately 600 ft msl. - Approximately 6,000 acres at the top of downward
sloping escarpment at an elevation of 2,500 ft
msl.
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8Industrial Setting Power, Access, Space
9Smelting Operations
- At full operation
- 168,000 metric tons per year primary aluminum
- Over 700 full and part time employees
- Daily power consumption 328 Mw
10Global Aluminum US Falls, World Grows
- Primary cause of decline in US production is cost
of power. - Up to 40 of cost to produce aluminum from
bauxite ore is energy - Other factors technology, labor, regulatory
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12Redevelopment Clean Energy
- Land above smelter leased to wind farm that will
operate 29 turbines between 2008 and 2009, part
of a much larger wind development adjacent to CGA
lands in Klickitat County - Offers for reuse of smelter site for solar and
wind energy component manufacture - Pumped storage opportunity using land between
wind turbine sites and adjacent to smelter
13Proximity to Energy Infrastructure
14Excellent Wind Energy Potential
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16Wind Projects Underway
17Potential Upper Lower Reservoir Sites
Initial estimates are for a 1050MW plant
18View with Plant Site Proximity
19Potential Upper Reservoir Location
20First Steps to Redevelopment Recycle
- A massive recycling project
- Each pot produces
- 45 tons of steel
- 7 tons of aluminum
- 2.5 tons of recyclable electrolyte (bath)
material - Waste
- 80 tons of spent pot liner
21Steel
22Aluminum
23Pot Line Recycling Key to Reuse
- Removal of pots and lines from buildings will
create usable manufacturing space in existing
structures - Sales of scrap will fund waste disposal costs
(over 4 million in disposal costs alone) - Scrap sales will also help fund feasibility
studies for pumped storage project and
preparation of buildings for reuse
24Regulatory Issues
- Good coordination between Washington Department
of Ecology (DOE) and US EPA Region 10 - Bob King and Paul Skillingstad of DOE
- Waste programs coordinating so timing of
generation of waste and timing of recycling
efforts match - Good models from other aluminum smelter reuse
projects in Washington
25Project Coordination
- Other site cleanup and management issues continue
without impact to, or from, recycling project - Coordination with Klickitat County, Klickitat
Public Utility District, Bonneville Power
Administration for energy development - Klickitat County Economic Development and PUD key
to growth of clean energy industry at site and
throughout region
26Conclusion
- State and federal agency coordination key for
regulatory issues - Building on existing relationships between
environmental management at plant and DOE
Industrial Program - Recycling effort key to funding reuse efforts
- Staging project essential for maximum economic
value and control over project operations on the
ground - Local agency and community relations key to new
uses and clean energy opportunities
27A New Life for Old Industry