Governance in Times of Crisis: the Muskrat Falls Case
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IR# JRP.166 Downstream Effects Below Muskrat Falls INFORMATION REQUESTS RESPONSES| LOWER CHURCHILL HYDROELECTRIC GENERATION PROJECT
IR# JRP.166 Downstream Effects below Muskrat Falls INFORMATION REQUESTS RESPONSES| LOWER CHURCHILL HYDROELECTRIC GENERATION PROJECT Requesting Organization – Joint Review Panel Information Request No.: JRP.166 Subject – Downstream Effects below Muskrat Falls References: EIS Guidelines, Section 4.5.1 (Environmental Effects General) Related Comments / Information Requests: IR # JRP.43, IR # JRP.149, IR # JRP.153 Information Requested: a. Nalcor hydrology studies indicate the Churchill River exerts a strong influence on the estuarine regime in Goose Bay and concerns have been expressed by a number of participants regarding the downstream effects of the Project. Explain the specific criteria used in Nalcor's response to Information Request (IR) JRP.43 to predict no measurable effect on downstream total phosphorus and total suspended solids, transport distances, fish productivity, salinity, velocity and thermal profiles from Goose Bay to Lake Melville, ice dynamics, ringed and harbour seal use of Lake Melville, bank stability, fish habitat utilization and fish migration. Identify whether and how these predictions apply to the period of reservoir impoundment, and the post‐impoundment transitional period before water quality stabilizes. Response: The influence of the lower Churchill River freshwater hydrology on Goose Bay and Lake Melville is recognized by Nalcor Energy (Nalcor) and has been central to limiting downstream effects to the extent possible. The minimal change in flow regime below Muskrat Falls as a result of the Project as described in IR# JRP.43, IR# JRP.149 and IR# JRP.153 mitigates most potential effects in terms of changes in salinity, circulation/current influenced by freshwater flows of the Churchill River, shoreline erosion (due to changes in water levels), tributary access, fish movements, habitat utilization and transportation distances. -
In Collaboration with CSTM/SCTM
FEREN CON CE PROGRAM laboration with CSTM/ In col SCTM IC TM 2011 WE’RE PROUD TO WELCOME THE 41ST WORLD CONFERENCE OF ICTM to Memorial University and to St. John’s, Newfoundland and Labrador. This is a unique corner of Canada, the only part that was once an independent country and then the newest Canadian province (since 1949) but one of the oldest meeting points for natives and new- comers in North America. With four Aboriginal cultures (Inuit, Innu, Mi’kmaq, Métis); deep French, English, Irish, and Scottish roots; and a rapidly diversifying contemporary society, our citizens have shared a dramatic history, including a tsunami, an occupation during WWII, a fragile dependence on the sea including a cod moratorium in recent decades, a key role in the events of 9/11, and more recently, an oil boom. Its nickname – The Rock – tells a lot about its spectacular geography but also about its resilient culture. Traditional music and dance are key ingredients in life here, as we hope you will learn in the week ahead. Our meetings will take place at Memorial University, shown in the foreground of the photo below, and in the Arts & Culture Centre just to the west of the campus. To celebrate the conference themes in music itself, and to bring the public in contact with the remarkable range of scholars and musicians in our midst, we have organized the SOUNDshift Festival to run concurrently with the World Conference of ICTM. Five concerts, open to delegates and the general public, workshops by ICTM members and musicians featured on the concerts, and films are available as part of this festival. -
Overcoming Challenges to Secure a Renewable Future a Report to the World Energy Congress
Overcoming Challenges to Secure a Renewable Future A Report to the World Energy Congress July 2010 Table of Contents EXECUTIVE SUMMARY .......................................................................................................3 INTRODUCTION ...................................................................................................................4 ENERGY PLAN .....................................................................................................................5 WEALTH OF RENEWABLE ENERGY RESOURCES ..............................................................5 CURRENT PRODUCTION ...........................................................................................................5 Future Potential ..............................................................................................................6 Hydroelectricity ...........................................................................................................6 Wind ............................................................................................................................7 Other Renewable Energy Sources .............................................................................7 ENSURING A RENEWABLE FUTURE – OVERCOMING OBSTACLES ..................................8 GEOGRAPHY .........................................................................................................................8 Labrador-Island Transmission Link ...........................................................................8 MARKET -
P-00352 Page 1
CIMFP Exhibit P-00352 Page 1 Paper of Grand Riverkeeper Labrador, Inc. and Labrador Land Protectors for the Commission of Inquiry Respecting the Muskrat Falls Project October 1st, 2018 Muskrat Falls, Labrador 2014 "many have touched these rocks and felt its power, when the dam is finished, it will be felt no more" – Denise Cole CIMFP Exhibit P-00352 Page 2 (PAGE LEFT INTENTIONALLY BLANK) CIMFP Exhibit P-00352 Page 3 Commissioner Justice Richard LeBlanc Beothuk Building, Suite 502, 20 Crosbie Place St. John’s, NL A1B 3Y8 October 1st, 2018 Dear Commissioner LeBlanc, RE: Paper for the Commission of Inquiry Respecting the Muskrat Falls Project We enclose the paper of Grand Riverkeeper prepared pursuant to the request of the Commissioner by his letter of May 20, 2018 with respect to the pre-sanction phase of the Muskrat Falls Project. The request set out the scope as follows: We are interested in having GRL/LLP prepare a paper describing its involvement with the Muskrat Falls Project pre-sanction. Specifically, we would like the paper to: • Describe GRL/LLP involvement with the Project prior to its sanction on December 17, 2012. This would include, without limitation, their involvement in the Joint Review Panel process and any involvement they had with Government or Nalcor officials. • Describe the key issues that GRL/LLP raised in relation to the Project prior to sanction. • Describe Nalcor’s and/or the Government’s response to GRL/LLP’s efforts We have endeavoured to include as much information as possible in relation to key issues raised regarding the project prior to December 17, 2012. -
Nalcor Energy Energizing Atlantic Canada GE Helps Nalcor Energy Build an Energy Corridor Moving More Power from Labrador to Newfoundland and Nova Scotia
GE Grid Solutions Nalcor Energy Energizing Atlantic Canada GE Helps Nalcor Energy Build An Energy Corridor Moving More Power From Labrador to Newfoundland and Nova Scotia . Imagination at work The Challenge Nalcor Energy will build a High Voltage Direct Current (HVDC) transmission line engineered to both preserve the fragile ecosystem and withstand the harsh weather experienced in Canada to replace thermal power generation in the provinces of Newfoundland and Nova Scotia. The Solution Move More Power, More Efficiently The 350 kV Line Commutated Converter (LCC) HVDC transmission link will provide 900 MW of bulk hydro power over 1100 km of forests and frozen grounds, 34 km of which will be The HVDC Link From Muskrat Falls to Soldiers Pond underwater cables crossing the Strait of Belle Isle, avoiding frozen sea, high current, blizzards and icebergs. HVDC solutions can: ' transmit up to three times more power in the same transmission right of way as Alternating Current (AC) ' precisely control power transmission exchanges ' reduce overall transmission losses ' control the network efficiency GE’s full turnkey project scope includes converter stations at Muskrat Falls (Labrador) and at Soldiers Pond (Newfoundland) with the following main components: ' valves ' converter transformers ' control system Lower Churchill River, Labrador, North East of Canada ' 2 transition compounds at the strait to join maritime lines to overhead ones TRANSITION TRANSITION WATER DAM CONVERTER COMPOUND COMPOUND CONVERTER ±350 kV, 900 MW HVDC Link LABRADOR STRAIT OF BELLE ISLE NEWFOUNDLAND Nalcor Energy's ±350 kV, 900 MW HVDC Power Line at Muskrat Falls, Labrador, Canada 2 GEGridSolutions.com The Benefits Canadian transmission network operator Nalcor Energy will carry electricity from central Labrador to the 475,000 customers, residents and industries, on the Newfoundland island. -
2016 Business and Financial REPORT 2016 Business and Financial REPORT
2016 Business and Financial REPORT 2016 Business and Financial REPORT TABLE OF CONTENTS 02 2016 ACHIEVEMENTS 04 CORPORATE PROFILE 07 MESSAGE FROM THE CHAIR 08 MESSAGE FROM THE CEO 10 SAFETY 12 ENVIRONMENT BUSINESS EXCELLENCE 14 MUSKRAT FALLS PROJECT 18 HYDRO 22 OIL AND GAS 24 BULL ARM 25 ENERGY MARKETING 26 CHURCHILL FALLS 28 PEOPLE 29 COMMUNITY 30 OPERATING STATISTICS 31 FINANCIAL STATISTICS 32 EXECUTIVE, DIRECTORS AND OFFICERS 34 CORPORATE GOVERNANCE APPENDIX 1 MANAGEMENT’S DISCUSSION & ANALYSIS APPENDIX 2 CONSOLIDATED FINANCIAL STATEMENTS – DECEMBER 31, 2016 Nalcor Energy is a proud, diverse energy company focused on the sustainable development of Newfoundland and Labrador’s energy resources. 2016 ACHIEVEMENTS FINANCIAL HIGHLIGHTS DEBT-TO-CAPITAL TOTAL ASSETS ($) 2016 60.7% 2016 14.1B 2015 64.5% 2015 12.3B 2014 69.2% 2014 10.6B 3.2B 136.3M 810.5M 824.1M 2.8B 798M 115.6M 2.0B 45.7M 2014 2015 2016 2014 2015 2016 2014 2015 2016 CAPITAL EXPENDITURE ($) REVENUE ($) OPERATING PROFIT ($) SAFETY ENVIRONMENT Achieved all corporate safety metrics of environmental targets achieved • All-injury frequency rate • Lost-time injury frequency rate • Lead / lag ratio Hydro’s activities in the takeCHARGE 15% ZERO programs helped its customers 1,976 MWh reduction in lost-time injuries reduce electricity use by recordable injuries maintained in over previous year several areas COMMUNITY Nalcor supported more than 40 organizations throughout Newfoundland and Labrador. 2 Nalcor Energy Business and Financial Report 2016 HYDRO OIL & GAS 25.5 BILLION BARRELS COMPLETED of OIL and 20.6 TRILLION MORE THAN CUBIC FEET of GAS Since 2011, over potential identified in an 145,000 line kilometres independent study covering PROJECTS of NEW 2-D multi-client blocks on offer in the AND data acquired. -
Exhibit 30: Lower Churchill Project Design Progression 1998-2011
Muskrat Falls Project - Exhibit 30 Page 1 of 24 LOWER CHURCHILL PROJECT DESIGN PROGRESSION 1998 TO 2011 Technical Note Date: 29‐July‐2011 Rec. No. 200‐120141‐00018 Muskrat Falls Project - Exhibit 30 Page 2 of 24 Lower Churchill Project Design Progression 1998 – 2011 Date: 10‐July‐2011 1. Purpose The purpose of this technical note is to explain the changes that have been made by Nalcor Energy (Nalcor) to the development plans for the Lower Churchill Project from 1998 to 2011. This note addresses the following: • Muskrat Falls Hydroelectric Development • HVac Interconnecting Transmission Lines • Labrador‐Island Transmission Link 2. Muskrat Falls In 1998, Newfoundland and Labrador Hydro (NL Hydro) conducted a Final Feasibility Study for the hydroelectric generation facility at Muskrat Falls. The Study concluded with a short list of three development scenarios known as Variant 7, Variant 10 and Variant 11. Following an analysis of comparative costs, schedule and risk; Variant 7 was selected as the layout of choice for further development. The conceptual development for Variant 7 was described in the Final Feasibility Report by SNC‐AGRA in January 1999. Variant 7 is an 824 MW hydroelectric development. It includes two tunnels through the rock knoll on the north side eof th Churchill River for diversion of the river during construction, a four unit powerhouse with Kaplan/propeller turbines, a gated spillway constructed in the river channel, a north overflow dam with a partial fixed crest and an inflatable rubber dam, and a south closure dam. Permanent access to the powerhouse is from the north side of the river, around the rock knoll of the North Spur and across the top of the dams, spillway and intake structures. -
Assessment of HQ Purchase Delivery
An Assessment of the Costs and Issues Associated with the Delivery of a Purchase from Hydro Quebec Prepared By WKM Energy Consultants Inc December 2012 Prepared by WKM Energy Consultants Inc 0 An Assessment of the Costs and Issues Associated with the Delivery of a Purchase from Hydro Quebec Table of Contents Report 1. Background ……………………………………………………..…………….…...2 2. Executive Summary…..…………………………………………………….……...2 3. Future Nova Scotia Electricity Needs ...………………………………..………...4 4. Available Transmission Access Through New Brunswick For a HQ Purchase ............................................................….……….………...6 5. Potential Transmission Upgrades ………………………...………….……...…...8 6. Potential Transmission Supply Alternatives For Nova Scotia………………...11 7. Transmission Cost Allocation .…………………………………………………..12 8. Transmission Cost Recovery…………………………………………………….14 9. Other Considerations........………………………………………………….…....16 10. Conclusions...………………………………………………………………….…..17 APPENDIX A – NB Transmission Tariff Model .…………………………………..19 List of Figures Figure 1 – Summary Results of Transmission Upgrades and Cost Allocation.........3 Figure 2 - NBSO Transmission Capabilities in MW .…………………….….……...7 Figure 3 - Map of Potential Transmission Upgrades .................................................9 Figure 4 - Transmission Upgrade Costs and Capabilities……….………………....11 Figure 5 – Nova Scotia Supply Alternatives - Costs and Capabilities…….…........ .12 Figure 6 – Cost Allocation of Supply Alternatives ...................................................14 -
Newfoundland and Labrador Hydro
people. passion. pride. Q1 Financial Report 2020 CONTENTS 1 APPENDIX 1 NALCOR ENERGY CONDENSED CONSOLIDATED INTERIM FINANCIAL STATEMENTS March 31, 2020 (Unaudited) NALCOR ENERGY CONSOLIDATED STATEMENT OF FINANCIAL POSITION (Unaudited) March 31 December 31 As at (millions of Canadian dollars) Notes 2020 2019 ASSETS Current assets Cash and cash equivalents 248 174 Restricted cash 1,381 1,460 Trade and other receivables 5 200 240 Inventories 117 134 Other current assets 6 96 33 Total current assets before distribution to shareholder 2,042 2,041 Assets for distribution to shareholder 4 - 1 Total current assets 2,042 2,042 Non-current assets Property, plant and equipment 7 16,695 16,798 Intangible assets 35 36 Investments 340 334 Other long-term assets 8 8 Total assets 19,120 19,218 Regulatory deferrals 8 121 123 Total assets and regulatory deferrals 19,241 19,341 LIABILITIES AND EQUITY Current liabilities Short-term borrowings 9 223 233 Trade and other payables 429 435 Other current liabilities 48 50 Total current liabilities 700 718 Non-current liabilities Long-term debt 9 9,648 9,649 Class B limited partnership units 590 578 Deferred credits 1,812 1,812 Decommissioning liabilities 112 102 Employee future benefits 146 144 Other long-term liabilities 70 70 Total liabilities 13,078 13,073 equity Share capital 123 123 Shareholder contributions 4,609 4,608 Reserves (42) (101) Retained earnings 1,454 1,625 Total equity 6,144 6,255 Total liabilities and equity 19,222 19,328 Regulatory deferrals 8 19 13 Total liabilities, equity and regulatory -
Minutes of Meeting
Minutes of Meeting Project: Lower Churchill Project Contract # N/A if applicable Purpose: Community Liaison Committee Meeting Rec. No: N/A Venue: LATP Office Date / Time: June 19/2014 – 18:00 Attendees: Rosanne Williams – Co-Chair, Nalcor Energy, Leander Baikie – Member at Large, Wanda Lyall - Member at Large, Matthew Pike – Nalcor Energy and Lorie O’Halloran – Nalcor Energy, Peter Madden - Nalcor Energy Regrets – Art Williams, North West River, Darren Wells – Co-Chair, Shelley Broomfield - Member at Large, Melissa Best – Mud Lake Distribution: All attendees, posted on website after approval of minutes Recorded by: Lorie O’Halloran Signature: NOTES Item Description No. 1 Meeting called to order by Rosanne Williams at 18:22 2 Safety Moment - Rosanne spoke about the importance of ensuring you apply sunscreen before going out in the sun. She spoke about the skin cancer rates in the province. 3 Meeting minutes dated March 25, 2014 were reviewed and approved 4 Rosanne noted that there were not enough members present for a quorum, but they would continue and give the presentation to the members present. Rosanne gave an overview of the 2014 Key Activities at Muskrat Falls • Astaldi mobilized to site o Workforce is ramping up o Increase in use of accommodations camp • Foundation preparation at spillway o Two tower crane bases complete and ready for foundation • Permanent batch plant delivered and installation commenced • Foundation preparation for the ICS at powerhouse and intake is ongoing • Camp construction is almost complete Minutes of Meeting -
Outlet Winter 2013
Winter 2013 6 Keeping the public safe around dams 10 Churchill Falls prepares 16 President’s Awards for its next generation celebrates five-years of employee recognition 20 Employees join the Red Shoe Crew to support Ronald McDonald House Newfoundland and Labrador Outlet - Summer 2012 1 Plugged In 2 Leadership Message Safety 3 Safety 7 Environment 9 Business Excellence 14 People 20 Community 23 Highlights Environment Please visit us at: Excellence Facebook: facebook.com/nalcorenergy facebook.com/nlhydro Twitter: twitter.com/nalcorenergy twitter.com/nlhydro Business YouTube: youtube.com/nalcorenergy youtube.com/nlhydro Outlet is Nalcor Energy’s corporate magazine, published semi-annually by Corporate Communication & Shareholder Relations. People For more information, to provide feedback or to submit articles or ideas, contact us at 709.737.1446 or [email protected] Front Cover The 2012 President’s Award Winners. Community Nalcor Energy Plugged In – July to December 2012 • In November, a power outage safety contest on Hydro’s Facebook page saw users participate with more than 1,480 tips, “likes” and shares of information on the page. Users shared their own tips and advice on how to prepare for an unplanned power outage. • By the end of November 2012, Nalcor EnergySafety employees submitted more 6,800 safety-related SWOPs in the database. • Nalcor’s Environmental Services department completed a waste audit study in Bay d’Espoir in September. The type and quantity of waste leaving the site was examined. The report will look at opportunities to enhance reduction of non-hazardous waste being sent to the landfill. • In November, takeCHARGEEnvironment gave away 500 block heater timers in Labrador City and Happy Valley-Goose Bay. -
CE 54 (R1) (Public)
Muskrat Falls Project - CE-54 Rev. 1 (Public) Page 1 of 66 Muskrat Falls Project - CE-54 Rev. 1 (Public) Page 2 of 66 Nalcor Energy - Lower Churchill Project GI1141 - Upper Churchill PMF and Flood Handling Procedures Update Final Report - August 28, 2009 Table of Contents List of Tables List of Figures Executive Summary 1. Introduction ......................................................................................................................................... 1-1 1.1 Background................................................................................................................................. 1-1 1.1.1 Project Location ................................................................................................................1-1 1.1.2 Summary of GI1140 Study ................................................................................................ 1-1 1.1.3 Rationale for Smaller PMF Estimate ................................................................................... 1-2 1.2 Probable Maximum Flood Definition .......................................................................................... 1-2 1.3 Approach .................................................................................................................................... 1-3 1.3.1 Review of Previous Studies................................................................................................ 1-3 1.3.2 Update of PMF Estimate ...................................................................................................