Minimum Streamflow in Arkansas

Posted on November 30, 2007 by Brian Rosenthal

  With some exceptions and common law developed standards, Arkansas has traditionally followed the reasonable use theory of the riparian doctrine. A riparian user must use water in a manner that is reasonable compared to others’ rights  (including as to ground water). 

            As a mid-south state, Arkansas receives a moderate amount of rain per year (approximately 49.19 inches on average since 1895 compiled from the Arkansas Natural Resource Commission’s Arkansas Ground Water Protection and Management Report for 2006). Stress on the amount, use of and quality of its underground aquifers, primarily in east and southeast Arkansas, have  resulted in increased scrutiny and planning for alternate water sources, including from conservation, recovery and surface water.        

            Arkansas has no current active system in operation for regulating water usage.  The Arkansas Natural Resources Commission, however, is directed to monitor our state’s water resources and can set minimum streamflows by rulemaking (but this step requires consultation with other state agencies). Water needs to be considered are domestic and municipal water supplies; agricultural and industrial; navigation; recreational; fish and wildlife and other ecological needs. The regulations and laws describe preferences and priorities, but are untested in practice.

            Minimum streamflows are to be set on a case by case basis, defining such stream flows as the “quantity of water required to meet the largest of the following instream flow needs as determined on a case-by-case basis:” (1) interstate compacts, (2) navigation, (3) fish and wildlife, (4) water quality, and (5) aquifer recharge. 

            After minimum flows are established, non-riparian permits may be applied for from “excess surface water.” Excess surface water means twenty-five percent (25%) of the amount of water available on an average annual basis from any watershed basin above that amount required to satisfy all of the following:

                        1.         Existing riparian rights as of June 28, 1985

                        2.         The water needs of federal water projects existing on June 28, 1985

                        3.         The firm yield of all reservoirs in existence on June 28, 1985

                        4.         Maintenance of instream flows for wish and wildlife, water quality, aquifer recharge requirements, and navigation

                        5.         Future water needs of the basis of origin as projected in the State’s Water Plan

                        6.         Additionally, in the White River Basin, permitted transfers may not exceed on a monthly basis an amount that is 50% of the monthly average.

           

Minimum streamflow is important because of its relevance to the Commission’s planning in the case of a possible shortage. Separate and apart from its use in this way, minimum streamflows are also used to determine when excess surface water is available for transfers to nonriparians.

            These standards may be reviewed in the near future to begin establishing minimum streamflows and potentially, associated protected levels, which the Commission may attempt to implement by rule under shortage conditions. The White River is scheduled as the first river to be reviewed in conjunction with the Memphis District Corps of Engineers’ Grand Prairie Area Demonstration Project.  While such irrigation projects were unusual in eastern states, another such project is on the horizon with the Corps’ November 2007 Record of Decision issued for the Bayou Meto Basin of Arkansas.    

            Thus, Arkansas’s riparian rights doctrines are yielding to state systems of oversight based on depleted aquifers and increased demands. For more information on Arkansas’s water resources and rules, click here.

Oregon Water Developments

Posted on November 30, 2007 by Rick Glick

Oregon Governor Ted Kulongoski has announced that water will be among the top three priorities for the 2009 legislative session. During the interim, here are some developments to track:

            Oregon Oasis Project

            During the 2007 legislative session, agricultural interests in northeast Oregon proposed the Oasis Project, a bill (H.B. 3525) to withdraw up to 500,000 acre-feet of water per year for 25 years from the Upper Columbia River (above Bonneville Dam) for irrigation purposes. The Oasis Project was offered as a solution to shrinking water supplies for high value agriculture in eastern Oregon and to provide a measure of equity relative to Columbia water use by Oregon’s neighbors. 

            Of the total river flow of 198 million acre-feet per year, irrigated agriculture withdrawals comprise 6.93%. Of that amount, Idaho withdraws 52.5%, Washington 32.8%, Montana 7.3% and Oregon 7.4%. If the Oasis Project were to be implemented, its share of water drawn from the Columbia would increase to 9.25%. 

            The reason that Oregon’s share is relatively small is that the state placed a “temporary” moratorium on such withdrawals in 1994 that remains in place to this day. In December 1993, the four Northwest governors signed a letter suggesting that the states defer to the Northwest Power Planning Council for proposing a cooperative policy for salmon recovery with federal agencies. In a January 6, 1994 letter, Oregon’s representatives to the Northwest Power Planning Council requested that the WRD adopt rules temporarily restricting use of Columbia River water. This “temporary” moratorium has lasted 13 years. In the meantime, Washington has actively encouraged new irrigation in the Columbia basin and continues to do so. The 500,000 af/y withdrawal proposed by the Oasis sponsors represents about 0.0025% of the total river flow.

            Of the total diversion from the Columbia that Oasis would authorize, 195,000 would be devoted to replacing depleted ground water supplies for irrigation of 65,000 acres. 300,000 acre feet of “new” water would be used to add 100,000 acres under cultivation. 5,000 acre feet would be available for municipal use. A fee of $10 per acre-foot of new water would be used by the WRD to develop and manage instream water conservation projects in collaboration with the Warm Springs and Umatilla tribes. 

            H.B. 3525 failed to pass in 2007, but the bill’s sponsors continue to be hopeful of ultimate success. In the meantime, they are exploring other alternatives. Prime among them is withdrawing Columbia River water during the winter months for aquifer storage and recovery (ASR). ASR, if feasible, could replenish the critical ground water areas and provide a sustainable water source for many years. A bill is being proposed for the interim 2008 legislative session to fund a feasibility study of this approach. Another potential alternative is to establish a regional water bank to facilitate cooperative use of the resource. Scoggins Dam Raise and Title Transfer Project

 
            A consortium of Portland area municipal water and sewer utilities are joining together to form the Tualatin Basin Water Supply Project Partnership, comprised of Clean Water Services, Tualatin Valley Water District (TVWD), Tualatin Valley Irrigation District (TVID), Washington County, Lake Oswego Corporation and the Cities of Beaverton, Hillsboro, Tigard, and Forest Grove.  The partnership is working to secure future water supplies for environmental and community needs. Clean Water Services is a county service district that provides sanitary sewer service and urban surface water management to a 123 square mile area within Washington County, Oregon. The population served is approximately 470,000 within the 12 member cities and unincorporated county areas, one of the fasted growing areas in the state.

            The Project seeks to provide an additional 52,000 acre-feet of water for multiple uses in the Tualatin Basin through title transfer of the federal Tualatin Project to a local entity, a raise of Scoggins Dam and construction of a raw water pipeline.  The partnership and the U.S. Bureau of Reclamation will jointly fund the Project. Currently, the partnership is pursuing federal funding from Reclamation to complete a Planning Report/Draft Environmental Statement and is exploring the possibility of transfer of title of the physical facilities associated with the Tualatin Project.

            Oregon Water Supply and Conservation Initiative

            The Oregon Water Resources Department has launched and the 2007 legislature appropriated funds to create a means of identifying Oregon water needs and potential solutions. It is the first major statewide planning action for future water resources in a very long time. 

            The Oregon Progress Board’s State of the Environment Report (2000) noted that one of the state’s major environmental challenges is inadequate water supply. That is the impetus for the Oasis and Tualatin projects described above. Surface waters in most of Oregon during non-winter months are fully appropriated by existing out-of-stream and instream uses. Ground water resources are showing signs of overuse and are becoming unstable in many areas. Conflicts between instream and out-of-stream needs, exacerbated by listings of aquatic species under the Endangered Species Act, have become increasingly divisive and expensive to resolve.  The Initiative consists of five key components:

(1)   Assessment of existing and future water needs in Oregon

(2)   Completion of a statewide inventory of potential storage sites;

(3)   Statewide analysis of conservation opportunities;

(4)   Completion of a statewide investigation of basin yield estimates;

Match funding for community-based and regional water supply planning.

Minimum Streamflow in Arkansas

Posted on November 30, 2007 by Brian Rosenthal

 With some exceptions and common law developed standards, Arkansas has traditionally followed the reasonable use theory of the riparian doctrine. A riparian user must use water in a manner that is reasonable compared to others’ rights  (including as to ground water). 

            As a mid-south state, Arkansas receives a moderate amount of rain per year (approximately 49.19 inches on average since 1895 compiled from the Arkansas Natural Resource Commission’s Arkansas Ground Water Protection and Management Report for 2006). Stress on the amount, use of and quality of its underground aquifers, primarily in east and southeast Arkansas, have  resulted in increased scrutiny and planning for alternate water sources, including from conservation, recovery and surface water.        

            Arkansas has no current active system in operation for regulating water usage.  The Arkansas Natural Resources Commission, however, is directed to monitor our state’s water resources and can set minimum streamflows by rulemaking (but this step requires consultation with other state agencies). Water needs to be considered are domestic and municipal water supplies; agricultural and industrial; navigation; recreational; fish and wildlife and other ecological needs. The regulations and laws describe preferences and priorities, but are untested in practice.

            Minimum streamflows are to be set on a case by case basis, defining such stream flows as the “quantity of water required to meet the largest of the following instream flow needs as determined on a case-by-case basis:” (1) interstate compacts, (2) navigation, (3) fish and wildlife, (4) water quality, and (5) aquifer recharge. 

            After minimum flows are established, non-riparian permits may be applied for from “excess surface water.” Excess surface water means twenty-five percent (25%) of the amount of water available on an average annual basis from any watershed basin above that amount required to satisfy all of the following:

                        1.         Existing riparian rights as of June 28, 1985

                        2.         The water needs of federal water projects existing on June 28, 1985

                        3.         The firm yield of all reservoirs in existence on June 28, 1985

                        4.         Maintenance of instream flows for wish and wildlife, water quality, aquifer recharge requirements, and navigation

                        5.         Future water needs of the basis of origin as projected in the State’s Water Plan

                        6.         Additionally, in the White River Basin, permitted transfers may not exceed on a monthly basis an amount that is 50% of the monthly average.

           

Minimum streamflow is important because of its relevance to the Commission’s planning in the case of a possible shortage. Separate and apart from its use in this way, minimum streamflows are also used to determine when excess surface water is available for transfers to nonriparians.

            These standards may be reviewed in the near future to begin establishing minimum streamflows and potentially, associated protected levels, which the Commission may attempt to implement by rule under shortage conditions. The White River is scheduled as the first river to be reviewed in conjunction with the Memphis District Corps of Engineers’ Grand Prairie Area Demonstration Project.  While such irrigation projects were unusual in eastern states, another such project is on the horizon with the Corps’ November 2007 Record of Decision issued for the Bayou Meto Basin of Arkansas.    

            Thus, Arkansas’s riparian rights doctrines are yielding to state systems of oversight based on depleted aquifers and increased demands. For more information on Arkansas’s water resources and rules, click here.

Wind Power Project Permitting: Demonstrating a Need for Clean Power and Evaluating the Economic and Wildlife Impacts of Wind Farms

Posted on November 30, 2007 by Jeff Thaler

Structure/Cause

Total Bird Fatalities

Vehicles

60-80 million

Buildings and windows

98-980 million

Power lines

10,000 – 174 million

Communications Towers

4-50 million

Agricultural Pesticides

67 million

Housecats

100 million

Wind Generation Facilities

10,000 – 40,000

There have been few studies on bat mortality. Most have focused on Virginia and West Virginia where there are more caves as well as largely deciduous forest habitats. Outside of a study at Searsburg, Vermont (P. Kerlinger 2002), which failed to document any bird or bat mortality, there are currently no published studies of bat mortality for wind power facilities in New England. For facilities located on temperate forest ridges in the Southeast and Mid-Atlantic, fatality rates range from 15.3 to 41.1 bats per megawatt (MW) of installed power, per year.[16]    Bat fatalities appeared to be greater at turbines nearer to wetlands (Jain et al 2007). Wind turbines on higher, more windy and sub-alpine ridgelines are expected to have far fewer bat fatalities.

The primary reason for very low rates of bird and bat mortality is that they migrate at altitudes wellabove the rotor-swept area. All post-2004, published (59) and unpublished (72) studies to date have consistently documented that birds and bats fly well above (i.e., 1000 to 2000 feet above) the turbine blades during migration periods.

Conclusions

Not only environmental lawyers, but all concerned decision-makers and citizens must confront the largest threat to our public’s environment, health, and property in decade: climate change from global warming due to greenhouse gas emissions. This century’s realities require prompt and decisive action on many fronts, only one of which is the expedited permitting and construction of clean, renewable, and indigenous sources of power for our homes and businesses. It is critical that we help advocate not only for individual projects, but also for modernized policy- and decision-making that balances traditional environmental wildlife concerns with the new threats to wildlife, forest,  coastal habitats, and our way of life. The need is urgent. The time is now.



[1] As of December 2007 there are three proposed wind farms that have received some regulatory review, totaling 243 MW. Studies suggest there is significantly more wind capacity developable in Maine, and of course many more times that across the United States.

[2]   The Task Force web site has a wealth of information, including a number of presentations, and is at: http://www.maine.gov/doc/mfs/windpower/summaries.shtml

[3] The October 30, 2007 presentation can be found at: http://www.maine.gov/doc/mfs/windpower/meeting_summaries/103007_summary_files/Grace_Wind_Task_Force_103007.pdf

[4] A recent presentation by Maine DEP Commissioner David Littell summarizing wind power and its

greenhouse gas and air quality benefits is at: ttp://www.maine.gov/doc/lurc/minutes/080107/Littellpresentation.pdf

[5] The general IPCC website is at:     http:www.ipcc.ch/   A summary of the Synthesis Report can be found at: http://www.ipcc.ch/pdf/assessment-report/ar4/syr/ar4_syr_spm.pdf     

[6]   For the NECIA report see:  

http://www.climatechoices.org/assets/documents/climatechoices/confronting-climate-change-in-the-u-s-northeast.pdf    For the NECIA link to specific reports in individual states, go to:   http://www.climatechoices.org/ne/resources_ne/nereport.html

[7] http://www.climatechoices.org/assets/documents/climatechoices/maine_necia.pdf   

[8] http://www.earthscape.org/r1/r1/epa06/MAINE.PDF

[9] “Analysis: Economic Impacts of Wind Applications in Rural Communities”, National Renewable Energy Laboratory and M. Pedden

[10] Poletti and Associates, Inc. Real Estate Study

[11] http://www.aceny.org/pdfs/misc/effects_windmill_vis_on_prop_values_hoen2006.pdf.

12http://www.crest.org/articles/static/1/binaries/wind_online_final.pdf)

 

[13] Erickson, W.P. et al, “Avian Collisions with Wind Turbines”, 2001.

[14] This study, by Jain et al., can be found at:

www.mapleridgewind.com/documents/06-25-07_MapleRidgeAnnualReport2006.pdf

[15] National Research Council, 2007, “Environmental Impacts of Wind Energy”, based upon Mid-Atlantic Highlands region, http://books.nap.edu/catalog.php?record_id=11935#toc; also see generally Erickson et al. 2001; Klem 1991; Pimental and Acquay 1992; Coleman and Temple 1993;

[16] Kunz et al. Frontiers in Ecology and the Environment Issue 6, Vol. 5: August 2007.

[15] National Research Council, 2007, “Environmental Impacts of Wind Energy”, based upon Mid-Atlantic Highlands region, http://books.nap.edu/catalog.php?record_id=11935#toc; also see generally Erickson et al. 2001; Klem 1991; Pimental and Acquay 1992; Coleman and Temple 1993;

[16] Kunz et al. Frontiers in Ecology and the Environment Issue 6, Vol. 5: August 2007.

Carbon Capture and Sequestration Issues and Debate

Posted on November 27, 2007 by Jeff Thaler

The proposed construction of a 700-megawatt coal-and-biomass-fuel power plant on the site of a former nuclear power plant in Maine has sparked a great deal of analysis into current issues and technologies associated with carbon sequestration, including but not limited to coal power plants. The Twin River Energy Center in Maine proposed an innovative technology to convert coal and wood biomass to a nearly sulfur-and particulate-free gas that would be burned to drive steam turbines, as well as to create a small amount of diesel fuel. 

            As in many parts of the country, the project proposal kindled debate about the use of America’s substantial coal resources in a time of climate change and greenhouse gas concerns.   Consequently, a large conference was recently held by the Chewonki Foundation with participation of experts from around the country, as well as Twin River representatives, to discuss carbon capture and storage technologies and opportunities. The Twin River project would have the technology to capture carbon, but no ready sequestration site nearby presently exists. 

            The general consensus from conference presentations was that (1) carbon capture and sequestration will need to play an important role in reducing carbon dioxide emissions, not only in the United States, but especially in China, India and other parts of the world; (2) at the present time, there is insufficient geological information -- both on land and below the ocean floor -- about the potential for carbon dioxide storage not only in Maine but in the Northeast in general; and (3) it is imperative that government, industry and environmental groups work together in exploring the viability of carbon sequestration. 

            Maine is a member of the Regional Greenhouse Gas Initiative (RGGI), the nation’s first carbon-and-trade program, which involves all Northeast states from Maine to Maryland, with the exception of Pennsylvania. Commencing January 1, 2009, it required reduction of pollution from the region’s largest power plants by 10% by 2019. However, while the region itself is not heavily dependent upon coal-fired generation, it is heavily dependent upon fossil-fuel generation, as well as being downwind of substantial coal-generated power to the west and south.

            During the Chewonki conference, findings were presented from the MIT Future of Coal Study; the U.S. Department of Energy presented on the priorities and challenges of carbon capture and storage; several speakers focused on technological issues of producing low-greenhouse gas liquid fuels, as well as the monitoring and site characterization for carbon storage; and a presentation was made by a Twin River consultant on the mine-to-wheels analysis of projected carbon dioxide emissions from the proposed plant. 

            A link to the carbon capture and storage presentations can be seen here.   After the presentation, local voters in Wiscasset rejected a change in the zoning ordinance concerning height of structures. The project developer is still intending to pursue the project following some refinements.

           In full disclosure, the author is lead environmental permitting attorney for the Twin River project, and his firm generally represents Twin River. For more information on the author, including contact information, please see firm website here.  

Regional Governors Sign On to Progressive Climate Change Agreement

Posted on November 27, 2007 by Linda Bochert

 On November 15, 2007 the Midwest Governors Association held the Energy Security and Climate Change Summit in Milwaukee, WI. The Summit provided Midwest leaders with the opportunity to come together on an issue of global importance and sign onto the Midwestern Greenhouse Gas Reduction Accord (the Accord). Full signatories to the Accord include Wisconsin, Minnesota, Illinois, Iowa, Michigan, Kansas, and the Canadian Province of Manitoba. Indiana, Ohio, South Dakota signed on as observer states, and although Nebraska and North Dakota did not sign onto the Accord, they did adopt the accompanying Energy Security and Climate Stewardship Platform (the Platform).  

          The Accord cites the lack of national leadership on climate change issues and asserts that Midwestern States are well positioned to take a leadership role in climate change policy. Several specific goals were put forth along with an aggressive timeframe within which to accomplish them. Of particular importance will be establishing targets for GHG emission reductions and implementing a regional cap and trade program.

          The Platform provides policy options and measurable goals to help facilitate the transition to a lower-carbon energy economy. Among its top priorities are the development of widespread energy efficiency programs, utilization of bio-based products and transportation, increased development of local renewable electricity, and increased support for advanced coal technologies. 

More information about the Midwestern Governors Association, the Accord and the Platform is available online here.

The IOGCC Issues Its Model Program For The Geologic Sequestration of CO2

Posted on November 27, 2007 by David Flannery

 On September 25, 2007, the Interstate Oil and Gas Compact Commission (IOGCC) issued its model program for the storage of carbon dioxide in geologic formations. The full text of the model program can be found here.

          OVERVIEW - Even though USEPA has announced that it will undertake the development of regulatory program for such activities under the Safe Drinking Water Act, the IOGCC model program is premised on the belief that the regulation of CO2 geological storage should be left to regulation by the states, rather than USEPA. Equally significant is the IOGCC view that the storage of CO2 in geological formations should be viewed as the storage of a commodity - not waste disposal. While the IOGCC proposes its CCS program in anticipation of a national program that would constrain the emission of CO2 to the atmosphere, the IOGCC avoids making recommendations about how CO2 should be constrained.

          PROPERTY RIGHTS - The model program provides that an applicant for any such project should acquire the property rights to use pore space in the geologic formation for storage. While much of the IOGCC’s model program addresses the need to acquire property rights through negotiation, eminent domain or unitization of oil and gas rights, the model program specifically states that the IOGCC is less concerned about what mechanism is used to acquire those rights and is more concerned that all necessary property rights be acquired by valid, subsisting and applicable state law. The IOGCC goes on to recognize that states might develop alternative mechanisms to acquire property rights, such as adapting the concept of the forced unitization of oil and gas industry rights to other property interests. An applicant must demonstrate that a good-faith effort has been made to obtain the consent of a major of owners "having property interest affected by the storage facility." The program provides for an applicant to have the power of eminent domain and provides that an applicant will be deemed to have necessary property rights to the extent that the applicant has initiated unitization or eminent domain proceedings and have thereby gained the right a of access to the property.

          COVERED FACILITIES - The definition of "storage facility", includes the reservoir, wells and related surface facilities but apparently not pipelines used to transport carbon dioxide from capture facilities to the storage and injection site. The IOGCC has stated its intent to consider over the next year, how its model program might best be expanded to include pipelines.

          LIABILITY RELEASE - Following completion of the project an operator would be obligated to monitor the project to assure its integrity. At the completion of that period, title to the facility would be transferred to the state and the operator and all generators of CO2 injected would be released for all regulatory liability and any posted performance bonds would also be released. Over the next year, the IOGCC has stated that it will consider the possibility of expanding the liability release to include common law tort liability. As part of the inducement for a state to allow liability transfer, the program establishes a trust fund which would assess a fee on each ton of CO2 injected. The trust fund provides the financial resources for the state to take title to project at the end of its operating life.

          COOPERATIVE AGREEMENTS - Cooperative agreements are authorized for use in connection with projects that extend beyond state boundaries.

          EOR PROJECTS - Enhanced Oil Recovery projects are not covered by the model program, although agencies are encouraged to develop rules on how enhanced recovery operations would be converted to carbon dioxide storage projects.

          PERMIT REQUIREMENTS - The program provides detailed requirements for completing an application for approval of a CCS project. Among other things maps accompanying a permit application would be required to identify existing oil and gas and coal mining operations. Public notice is completed upon mailing. The agency shall issue a permit to drill and operate once it has completed a review of the application. The permit would expire within twelve months from the date of issuance if the permitted well had not been drilled or converted. The program also sets forth detailed well operational standards, including requirements for safety plans, leak detection, and corrosion monitoring and prevention.

This article was authored by David M. Flannery, Jackson Kelly PLLC. For more information on the author see here.

Carbon Capture and Sequestration Issues and Debate

Posted on November 27, 2007 by Jeff Thaler

The proposed construction of a 700-megawatt coal-and-biomass-fuel power plant on the site of a former nuclear power plant in Maine has sparked a great deal of analysis into current issues and technologies associated with carbon sequestration, including but not limited to coal power plants. The Twin River Energy Center in Maine proposed an innovative technology to convert coal and wood biomass to a nearly sulfur-and particulate-free gas that would be burned to drive steam turbines, as well as to create a small amount of diesel fuel. 

            As in many parts of the country, the project proposal kindled debate about the use of America’s substantial coal resources in a time of climate change and greenhouse gas concerns.   Consequently, a large conference was recently held by the Chewonki Foundation with participation of experts from around the country, as well as Twin River representatives, to discuss carbon capture and storage technologies and opportunities. The Twin River project would have the technology to capture carbon, but no ready sequestration site nearby presently exists. 

            The general consensus from conference presentations was that (1) carbon capture and sequestration will need to play an important role in reducing carbon dioxide emissions, not only in the United States, but especially in China, India and other parts of the world; (2) at the present time, there is insufficient geological information -- both on land and below the ocean floor -- about the potential for carbon dioxide storage not only in Maine but in the Northeast in general; and (3) it is imperative that government, industry and environmental groups work together in exploring the viability of carbon sequestration. 

            Maine is a member of the Regional Greenhouse Gas Initiative (RGGI), the nation’s first carbon-and-trade program, which involves all Northeast states from Maine to Maryland, with the exception of Pennsylvania. Commencing January 1, 2009, it required reduction of pollution from the region’s largest power plants by 10% by 2019. However, while the region itself is not heavily dependent upon coal-fired generation, it is heavily dependent upon fossil-fuel generation, as well as being downwind of substantial coal-generated power to the west and south.

            During the Chewonki conference, findings were presented from the MIT Future of Coal Study; the U.S. Department of Energy presented on the priorities and challenges of carbon capture and storage; several speakers focused on technological issues of producing low-greenhouse gas liquid fuels, as well as the monitoring and site characterization for carbon storage; and a presentation was made by a Twin River consultant on the mine-to-wheels analysis of projected carbon dioxide emissions from the proposed plant. 

            A link to the carbon capture and storage presentations can be seen here.   After the presentation, local voters in Wiscasset rejected a change in the zoning ordinance concerning height of structures. The project developer is still intending to pursue the project following some refinements.

           In full disclosure, the author is lead environmental permitting attorney for the Twin River project, and his firm generally represents Twin River. For more information on the author, including contact information, please see firm website here.