Topic:"Generation Grid Resources" in M03632

2.3 Technologies The technologies available for wood fired combustion can be divided into three (3) main types: grate combustion, fluidized bed combustion, and gasification.

AI summary The text categorizes wood fired combustion technologies into three main types: grate combustion, fluidized bed combustion, and gasification.

2.3.1 Grate Combustion Grate combustion is the traditional technology used for burning solid fuels. Grates are widely used for large power boilers found in pulp and paper mills as well as smaller heating boiler applications. Grates are les...

AI summary Grate combustion is a traditional method for burning solid fuels, commonly used in large power boilers and smaller heating applications. It is less tolerant to fuel quality variations compared to fluidised bed systems and typically requires fuel moisture to be limited to 57% for stable combustion. The process involves blowing wood biomass into the furnace, introducing combustion air, and using heat exchangers to generate hot water or steam.

4 EVALUATION OF COGENERATION OPTIONS

AI summary This section evaluates cogeneration options, focusing on their potential benefits and considerations for implementation within the regulatory framework.

4.1 Introduction Cogeneration is the defined as the simultaneous production of two different sources of energy, in this case electrical energy and thermal energy. Cogeneration is a very efficient way to generate energy because of the natur...

AI summary Cogeneration is the simultaneous production of electrical and thermal energy, offering high efficiency. By utilizing waste heat from power plants, cogeneration can significantly improve overall plant efficiency, especially for nearby users like greenhouses or district heating systems. However, extracting higher temperature steam for district heating slightly reduces electrical output.

5.1 Existing Plant Summary The existing central heating plant (CHP) is located in the middle of the campus surrounded by university buildings. The CHP consists of one (1) 750 HP watertube, one (1) 600 HP firetube and two (2) 800 HP firetub...

AI summary The existing central heating plant (CHP) is located on a university campus and includes multiple boilers that provide steam to an underground distribution network serving most campus buildings.

5.2 Cogeneration Plant Summary The plant will consist of a wood fired boiler bubbling fluidized bed boiler, steam turbine generator, condenser, cooling tower, building, fuel and ash handling systems. The plant would be located on the south...

AI summary The cogeneration plant will include a wood-fired boiler, steam turbine, and associated systems. It will be located near NS Power's substation and will supply steam to campus buildings through underground piping, meeting the entire peak heating requirement.

2. Condenser price includes: - Shell and tube heat exchanger - Stainless steel tubes - Hotwell with one minute retention time - Twin condensate pumps - Two stage, twin element ejector package sized for 150 PSIG / 450 Deg F steam - Inter an...

AI summary The condenser price includes various components such as a shell and tube heat exchanger, stainless steel tubes, hotwell, twin condensate pumps, and other related equipment. It is sized for specific steam and cooling water conditions.

One (1) Babcock & Wilcox Bubbling Fluidized Bed Boiler, which includes the following: - Pressure parts including membrane furnace, boiler bank & drums - BFB combustor c/w hoppers - Air pipes and bubble caps - Air swept spouts c/w balanced...

AI summary The text details the components of a Babcock & Wilcox Bubbling Fluidized Bed Boiler, including pressure parts, combustion systems, valves, instrumentation, and installation components.

ESI, INC. OF TENNESSEE Qualifications Package Detailed design activities typically include: - Final equipment sizing. - Final equipment specifications. - Finalization of client design criteria and requirements. - Preparation of P&IDs. - Pr...

AI summary The document outlines the detailed design activities involved in steam and power generation projects, including equipment sizing, specifications, and preparation of various technical drawings and manuals. ESI, Inc. of Tennessee highlights its extensive experience in the field and its ability to identify crucial project specifications that affect performance and reliability.

37 MW Wood-Fired Power Generation Facility

AI summary The document introduces a proposal for a 37 MW wood-fired power generation facility. It outlines key details about the project and its potential impact on the energy sector in Nova Scotia.

Project Description: ESI was the engineer for this 37 MW woodfired power generation facility. The facility included a field-erected wood-fired boiler designed to provide 1200 psig/950°F superheated steam to a nominal 37 MW steam turbine ge...

AI summary ESI was the engineer for a 37 MW wood-fired power generation facility. The project included a boiler, steam turbine generator, material handling systems, and various support systems. The facility is housed in a new structural steel building and includes a new fuel oil tank.

Project Description: ESI was the EPC Contractor for this 7.5 MW natural gas-fired cogeneration facility. This facility included the installation of a new 7.5 MW Solar combustion turbine coupled to a new fully fired 170,000 pph heat recover...

AI summary ESI was the EPC Contractor for a 7.5 MW natural gas-fired cogeneration facility. The project involved installing a Solar combustion turbine, a heat recovery steam generator, and upgrading an existing steam turbine and control systems to a new ABB/ Bailey distributed control system.

Project Description: ESI is performing the engineering, procurement, and construction management (EPCM) for this 1,100,000 pph coal/pet coke/natural gas-fired facility. The facility will include a field-erected circulating fluid bed boiler...

AI summary ESI is managing the EPCM for a new 1,100,000 pph coal/pet coke/natural gas-fired facility, which includes a circulating fluid bed boiler, emission control systems, and a new structural steel building.

60,000 PPH Bubbling Fluidized Bed Boiler System

AI summary The document discusses a 60,000 PPH bubbling fluidized bed boiler system, which is a type of industrial boiler used for generating steam. It is likely part of a larger energy or power generation project, potentially involving engineering, procurement, and construction management.

Coal Boiler Conversion to Biomass Firing Boiler System - Owner: Detroit Edison Energy Systems (DTEES) - Project Location: Cassville, Wisconsin - Project Completion: June 2010 - Project Description: ESI was selected to provide complete engi...

AI summary This document outlines the conversion of two coal-fired boilers at the Cassville facility to a biomass-fired system, managed by ESI. The project aimed to upgrade the facility to a 47 MW biomass system, involving significant modifications to the furnace, fuel handling, and control systems.

300,000 PPH Wood-Fired Steam Facility

AI summary This section discusses the proposal for a 300,000 PPH wood-fired steam facility, which involves various engineering and construction components. It outlines the technologies and companies involved in the project.

Project Description: ESI was the EPC Contractor for this 300,000 pph steam facility. This facility included one 300,000 pph field-erected boiler designed to produce 800 psig, 850°F superheated steam firing wood and #6 fuel oil, along with...

AI summary ESI served as the EPC contractor for a 300,000 pph steam facility project, which included the installation of a new boiler, wood yard, and material handling system, as well as upgrades to existing boilers with new control systems and low NOx burners to meet local regulations.

(condensing / extracting facility) Marwood Biomass CHP Option 1 ‐ Backpressure Option 2 ‐ Condensing/Extracting BREAKDOWN EQUIP $ LABOR $ TOTAL $ EQUIP $ LABOR $ TOTAL $ 1 SITEWORK $25,392 $0 $25,392 $30,861 $0 $30,861 2 CONCRETE AND FOUND...

AI summary The document presents a cost breakdown for two options of the Marwood Biomass CHP facility, detailing equipment and labor costs for various construction and system components under Option 1 (Backpressure) and Option 2 (Condensing/Extracting).

OPTION 2 –CONDENSING STG FACILITY

AI summary This section introduces Option 2, which involves the implementation of a condensing STG facility. It outlines the key considerations and potential impacts of this option within the regulatory proceeding.

Plant Description The Option 2 plant is designed with a condensing turbine to generate power and deliver process steam to the host. This adds several pieces of auxiliary equipment to the project but it allows the ability to generate power...

AI summary The Option 2 plant is designed with a condensing turbine to generate power and deliver process steam to the host. This design adds auxiliary equipment but enables power generation when process steam is no longer needed, resulting in higher kW generation.

STG and Auxiliaries One (1) nominal 2.4 MW reaction multistage, multivalve condensing extraction turbine and water to air-cooled generator with the following auxiliaries: - Gland steam seal and exhaust system - Lube/control oil system(s) w...

AI summary The text describes the components of a 2.4 MW condensing extraction turbine and its associated auxiliaries, including systems for control, cooling, monitoring, and maintenance.

Fuel (Biomass) Unloading and Handling System: - One (1) biomass receiving fuel feed hopper with live-bottom reclaim hopper and enclosure. The fuel feed hopper will accommodate self-unloading trailers only. The reclaim hopper will convey th...

AI summary The document outlines the components of a biomass unloading and handling system, including hoppers, conveyors, screens, hogs, electromagnets, and bins, designed to transfer and process biomass fuel for a boiler system.

CHP PLANT FACILITY STUDY Prepared for MARWOOD LTD NOVA SCOTIA, CANADA Prepared by ESI INC. OF TENNESSEE Project #688002 rev D MARCH 21, 2011

AI summary This document is a facility study for a Combined Heat and Power (CHP) plant, prepared by ESI Inc. of Tennessee for Marwood Ltd in Nova Scotia, Canada, as of March 21, 2011.

Drawings Flow Sheets 688002F01 Fuel Handling Flow Sheet 688002F02 Air and Flue Gas Flow Sheet - Option 1 688002F03 Mass & Energy Balance Option 1 – Backpressure STG 688002F04 Air and Flue Gas Flow Sheet - Option 2 688002F05 Mass & Energy B...

AI summary The document includes flow sheets and general arrangements for a combined heat and power (CHP) plant, detailing two options for fuel handling, air and flue gas flow, and mass and energy balance. It also provides site plans and building layouts for the CHP plant.

Executive Summary Page II-1 PRELIMINARY DESIGN BASIS Capacity 12.2 12.2 tons Number of Days 11.0 8.8 Density 45 45 lb/ft3 Design temperature 200 200 °F FLY ASH COLLECTION SYSTEM Type Mechanical Mechanical Total Capacity 41 52 pph Density 2...

AI summary The text provides a preliminary design basis for a project, including details on capacity, density, temperature, and various system components such as fly ash collection, storage, and steam cycle design. It outlines two turbine options with differing power outputs and operational parameters.

STG and Auxiliaries One (1) nominal 1.06 MW single automatic extraction backpressure steam turbine and water to air-cooled generator with the following auxiliaries: - Gland steam seal and exhaust system - Lube/control oil system(s) with co...

AI summary The document outlines the components of a 1.06 MW single automatic extraction backpressure steam turbine and its associated auxiliaries, including systems like the lube/control oil system, electro-hydraulic control (EHC), and monitoring systems.

Boiler Island: - One (1) 20,000 pph vibrating water-cooled grate, stoker-fired boiler designed for 615 psia 750°F steam generation. The proposed boiler is a bottom supported design with one start-up burner with individual valve racks and f...

AI summary The text describes the components of a new boiler system at Boiler Island, including a vibrating water-cooled grate boiler, various fans, ductwork, and auxiliary systems for steam generation and heat recovery.

OPTION 2 –CONDENSING STG FACILITY

AI summary This section introduces Option 2, which involves the implementation of a condensing STG facility. It outlines the key considerations and potential impacts of this option within the regulatory proceeding.

Plant Description The Option 2 plant is designed with a condensing turbine to generate power and deliver process steam to the host. This adds several pieces of auxiliary equipment to the project but it allows the ability to generate power...

AI summary The Option 2 plant is designed with a condensing turbine to generate power and deliver process steam to the host. This design adds auxiliary equipment but enables power generation when process steam is no longer needed, resulting in higher kW generation.

Fuel (Biomass) Unloading and Handling System: - One (1) biomass receiving fuel feed hopper with live-bottom reclaim hopper and enclosure. The fuel feed hopper will accommodate self-unloading trailers only. The reclaim hopper will convey th...

AI summary The document outlines the components of a biomass unloading and handling system, including hoppers, conveyors, screens, hogs, electromagnets, and bins, designed to transfer and process biomass fuel for a boiler system.

Q. Is an 85% plant capacity factor a reasonable estimate for the operation of a CHP plant of this size? A. ESI has indicated that it believes a 90% plant capacity factor should be attainable.

AI summary The question asks whether an 85% plant capacity factor is reasonable for a CHP plant of this size. ESI believes a 90% plant capacity factor should be attainable.

Q. Has Synapse included an assessment of the power required to operate the CHP plant? - A. I do not see where Synapse has accounted for parasitic power losses associated with operating the power plant in their model. This is a significant...

AI summary Synapse has not accounted for parasitic power losses in the CHP plant model, which consume 14% of gross electricity production. Two options are presented: purchasing power at NSPI rates or self-consumption. Option 1 is deemed less costly for rate payers, but parasitic power losses must be included in the COMFIT rate calculation.

Q. At what pressure do current ANSS boilers operate? A. All boilers operated by members of the ANSS operate at a pressure of 15 psi or below. Based on the companies which shared their boiler details with the ANSS there are no boilers that...

AI summary The current ANSS boilers operate at a pressure of 15 psi or below. No member operates boilers with steam requirements exceeding 18,000 lbs/hr, with two members operating smaller facilities and the rest operating in the 18,000 lbs/hr range.

Biomass CHP (condensing turbine; new boiler in steam-only scenario in year 10) Assumptions Notes: , 13 14 15 16 17 18 19 20 764 14 4 14 4 14 4 14 4 14 4 14 4 14 14, ,76 ,76 ,76 ,76 ,76 ,76 ,76 4 320 .00 320 .00 320 .00 320 .00 320 .00 320...

AI summary This table presents assumptions and numerical data related to a biomass CHP project with a condensing turbine and a new boiler in a steam-only scenario in year 10. The data includes figures for various years, likely related to costs, revenues, or other financial metrics.

Scenarios in $2012 r S On Va lue fo ly tea m- Sh e S d V alu tea are m Gr CH s V alu e f P os or CH Ne t V alu e f P or Ins ura nc e $ 23 65 0 , $ 11 82 5 , $ 80 75 2 , $ 68 92 7 , Pro rty ta pe xe s $ 0 $ 3, 56 7 $ Ye 10 Tu rbi erh l ( )...

AI summary This section presents a table with various scenarios from 2012, including insurance values, property tax expenses, fuel use and costs, net present value of boilers, load and boiler capacity, and turbine details. The data highlights financial and operational metrics for different components of the energy system.

9.6 Overall Findings - Biomass CHP

AI summary The section titled 'Overall Findings - Biomass CHP' discusses the findings related to biomass combined heat and power (CHP) in the context of Nova Scotia's energy landscape. It highlights the potential benefits and challenges associated with biomass CHP as a resource for the region.

10.0 SMALL-SCALE IN-STREAM TIDAL

AI summary The section titled '10.0 SMALL-SCALE IN-STREAM TIDAL' introduces a topic related to small-scale in-stream tidal energy, though no detailed discussion or arguments are provided in the text.

Page 2 Large Wind 8-2-11 no tax Nov a S ia C OM FIT Mo del cot Ca sh Flo w W ork she Bot et: tom Syn e C aps lian om p ce Lar Win ge d n o ta x Occurrence 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1

AI summary This document appears to be a table from a regulatory proceeding related to a large wind project in Nova Scotia, with a note indicating 'no tax' and references to the COMFIT model. The table contains numerical data but lacks detailed explanations or discussion of the topics involved.

Biomass CHP Cost Scenarios Synapse Compliance 85% Availability No Fuel Capacity I act 013. Energy Production: 2.00 The time of the officers of the terms of the terms of the terms of the terms of the terms of the terms of the terms of the t...

AI summary The text presents a table titled 'Biomass CHP Cost Scenarios Synapse Compliance 85% Availability No Fuel' with a column labeled 'Capacity I act' and a row containing '013.' The rest of the text appears to be a repeated and possibly corrupted entry under 'Energy Production:'.

4/12/11 Exhibit K with corrected heat content of steam Nova Scotia COMFIT Model Biomass CHP (condensing turbine; new b Ope ratin g Ye ar 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Gen ion (MW h) erat 12,6 36 12,6 36 12,6 36 12,6...

AI summary The exhibit presents data from the Nova Scotia COMFIT Model related to a biomass CHP project, including generation output in megawatt-hours and revenue from standard offer prices per megawatt-hour over a 20-year period.

3.4 Materials Handling Depending on the range of particle sizes that the boiler is capable of accepting, the biomass material from the sawmill may require further sizing using a grinder. Sawdust from the sawmill should be sufficiently fine...

AI summary The text discusses the need for biomass material sizing in a boiler system, noting that sawdust from the sawmill may not require further sizing, while bark and purchased chipped biomass may need sizing. A diagram is referenced to illustrate the materials handling process.

International Content · 240/ Not of plant availability and other loss factors

AI summary The text appears to be a fragment from a regulatory proceeding document discussing technical aspects of a wind energy model, specifically the COMFIT Model for large wind turbines over 50 kW, with a mention of international content and plant availability factors.

Biomass CHP (condensing turbine; new boiler in steam-only scenario in year 10) Assumptions Notes: , 13 14 15 16 17 18 19 20 764 14 4 14 4 14 4 14 4 14 4 14 4 14 14, ,76 ,76 ,76 ,76 ,76 ,76 ,76 4 320 .00 320 .00 320 .00 320 .00 320 .00 320...

AI summary The text presents a table with assumptions and notes related to a biomass CHP (condensing turbine; new boiler in steam-only scenario in year 10) analysis. It includes numerical data and appears to be part of a technical or financial evaluation, likely in the context of energy planning or regulatory analysis.

Scenarios in $2012 r S On Va lue fo ly tea m- Sh e S d V alu tea are m Gr CH s V alu e f P os or CH Ne t V alu e f P or 68 7 00 0 32 6 22 5 $ 0 $ 0 90 6 18 3 65 1 48 4 15 3 $ 0 63 1 78 0 59 6 $ 0 62 8 50 0 65 7 02 7 68 7 Plant Operating Pa...

AI summary The text presents a table with various operational parameters for a plant in 2012, including capacity, steam production, pressure, heat rates, and capacity factors. These metrics provide insight into the plant's performance and efficiency during that year.

Interconnection 110,000 Net of steam-only scenario Net Output in MWhs 52,554

AI summary The document provides data on interconnection and net output in MWhs, with a value of 52,554 MWhs and a reference to a scenario net of steam-only, indicating a focus on energy generation and infrastructure planning.

Pr ov Pr j Na t o ec m e # Pr j ts o ec Ca i ty p ac ( M W ) Pr ov Pr j Na t o ec m e Pr j # ts o ec Ca i ty p ac ( M W ) Pu bn ico Po in W in d Fa t rm 2 0 7. Q C Pa éo l ien de Ba ie- de Sa b les rc s- 1 0 9. 5 N S To ta l 2 3 8. 5 Pa éo...

AI summary The text presents a table with information on various projects, including their locations, capacities in megawatts, and other associated details. The data appears to be related to wind farms and power projects in Nova Scotia and other regions.

CF by Quarter Maritime Provinces Very variable. Last two years have been poor even if expectations were high. 9 Projects: 288 MW

AI summary The document discusses the variability in CF (capacity factor) in the Maritime Provinces, noting that the last two years have been poor despite high expectations. It mentions 9 projects totaling 288 MW, with accompanying images that likely provide further details.

Wind Pricing Model Assumptions: Notes: Working Capital 14,749

AI summary The document presents a Wind Pricing Model with an assumption related to working capital, indicating a value of 14,749. The context and further details of the model are not provided in the text.

Community feed-in tariff qualifications - 20(1) For the purposes of clause 4A(8)(f) of the Act, in addition to the entities listed in clauses 4A(8)(a) to (e) of the Act, each of the following entities qualifies as a generator that may part...

AI summary The document outlines the qualifications for entities to participate in the community feed-in tariff program, including ownership requirements and eligibility criteria. It also notes that the Board sets the COMFIT tariffs, while the Minister approves applications. NSPI and other utilities recover costs through the fuel adjustment mechanism.

10.0 SMALL-SCALE IN-STREAM TIDAL

AI summary This section of the document introduces the topic of small-scale in-stream tidal energy generation, indicating it is part of a regulatory proceeding related to energy resources and generation in Nova Scotia.

11.0 RUN-OF-THE-RIVER HYDROELECTRICITY

AI summary This section of the document discusses run-of-the-river hydroelectricity, a type of renewable energy generation that utilizes the natural flow of rivers without the need for large dams. It is likely to cover the regulatory considerations, environmental impacts, and integration into the electricity grid.

Page 2 Large Wind 8-2-11 no tax Nov a S ia C OM FIT Mo del cot Ca sh Flo w W ork she Bot et: tom Syn e C aps lian om p ce Lar Win ge d n o ta x Replacement Occurs Every X Years 5

AI summary The document contains a table with a heading 'Page 2 Large Wind 8-2-11 no tax' and includes a row labeled 'Replacement Occurs Every X Years' with the value '5'. The context suggests it may be related to wind energy infrastructure replacement cycles.

Page 2 Large Wind 8-2-11 taxed Nov a S ia C OM FIT Mo del cot Ca sh Flo w W ork she Bot et: tom Syn e C aps lian om p ce Lar Win ge d, Tax abl e O wn er Maj or M aint Cos ts ena nce Occ 1 0 urre nce Occ 2 0 urre nce Occ 3 0 urre nce Occ 4...

AI summary The document appears to be a table from a regulatory proceeding related to a large wind project in Nova Scotia. It includes columns labeled with terms such as 'Major Maintenance Costs,' 'Occurrence,' and 'Taxable Owner,' but the data in the table is not provided, as all entries are zeros.

Nova Scotia COMFIT Model Depreciation Worksheet: Bottom Synapse Compliance Large Wind, Taxable Owner Ope ratin Yea g r 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Operating Inputs Net Generator Capacity (MW) 0.05 Energy Production...

AI summary The document presents a depreciation worksheet for a wind generation project under the Nova Scotia COMFIT model, focusing on the bottom synapse compliance for large wind turbines with a taxable owner. It includes operating inputs such as net generator capacity and energy production, along with a net capacity factor.

Page 2 Small Wind 8-2-11 taxed a S ia C Nov cot OM FIT Mo del Ca sh Flo w W ork she et: Bot tom Syn e C aps lian om p ce Sm Win all d T ble axa Ow ner Maj or M aint Cos ts ena nce Occ 1 urre nce Occ 2 urre nce Occ 3 urre nce Occ 4 urre nce...

AI summary This document appears to be a table from a regulatory proceeding related to small wind energy in Nova Scotia. It includes headings such as 'Major Maintenance Costs' and 'Occurrence,' but the data in the table is not provided, with all values set to zero.

NEWABLE ENERGY COMMUNITY-BASED FEED-IN TARIFF - RUN-OF-RIVER HYDRO PROJECTS

AI summary The document introduces the NEWABLE ENERGY COMMUNITY-BASED FEED-IN TARIFF for run-of-river hydro projects, focusing on community-based renewable energy initiatives.

Active COMFI T Related Distribution P ojects - Ja nuary 2 9, 2013 1 1 21 334 9/6/2011 Pictou 56N-414 56N Haliburton Rd Wind 1.6 0 n/a $0 GIA in Progress 22 312 8/8/2011 Pictou 50N-410 50N Trenton Wind 4.6 0 n/a $0 SIS in Progress 23 24 332...

AI summary The document presents a table listing various wind energy projects in Nova Scotia, including project numbers, dates, locations, capacities, and statuses such as 'GIA in Progress' and 'SIS in Progress'.

- DICTUM DIGITAL INC. CERTIFIED COURT REPORTERS service is generally comprised of the power to run pumps 1 NSUARB-BRD-E-R.10 Page 361 and fans. I don't believe that for 100 megawatt oil fired 2 I'm comfortable answering if 4 percent is the...

AI summary The text discusses a conversation between participants regarding the differences in station service requirements between oil-fired and coal-fired power plants, particularly focusing on the additional material handling equipment and parasitic losses associated with coal plants.

- DICTUM DIGITAL INC. CERTIFIED COURT REPORTERS So on the question of cost allocation; 1 NSUARB-BRD-E-R.10 Page 433 I mean, this is actually a nice example of the other 2 appropriate method of cost allocation. Yesterday I 3 described that...

AI summary The text discusses a method of cost allocation for combined heat and power (CHP) projects, emphasizing the need to ensure that projects meet the intent of the law by using the province's resources efficiently. It highlights the potential conflict of interest between steam hosts and electricity ratepayers.

NSUARB-BRD-E-R.10 problem then because you've got a power plant sitting idle

AI summary The text references a power plant sitting idle, indicating a potential issue related to underutilized generation capacity or operational challenges in the electricity sector.

- DICTUM DIGITAL INC. CERTIFIED COURT REPORTERS some cases you have to a million dollars on a system NSUARB-BRD-E-R.10 Page 615 impact study, you can identify these kinds of constraints 19 It's a factor. I think the specific 20 list that y...

AI summary The discussion focuses on the challenges and risks associated with grid connection in biomass rate analysis, with the speaker acknowledging the existence of such risks but stating that they did not lead to significant adjustments in the analysis. The conversation also touches on the distinction between equity and debt considerations in project financing.

- DICTUM DIGITAL INC. CERTIFIED COURT REPORTERS the wood fibre. NewPage, as an example, is going to 1 NSUARB-BRD-E-R.10 Page 735 construct a 60-megawatt power plant, and they're going to 16 value for steam only. So this is if you were 17 M...

AI summary The discussion centers on a 60-megawatt power plant and a CHP (Combined Heat and Power) scenario involving the construction of a boiler and the allocation of costs between steam generation and electricity production. Synapse argues that the ratepayer should not bear the cost of building a boiler for steam, while the opposing side claims that the incremental cost should only be associated with the CHP plant.

Nova Scotia Power. Page 930 NSUARB-BRD-E-R.10 18 I'm sorry; could you MR. DEVEAU: 19 explain why you make that statement, on what do you base 20 that assertion? 21 MR. CHERNICK: Well, just that the 22 capacity factors are quite lot. And I...

AI summary The discussion revolves around capacity factors for new power plants and their comparison to estimates from the Hatch Report. Concerns are raised about the accuracy of these factors and their relevance to specific regions of the province. The conversation also touches on the relationship between the distribution system and wind resource availability.

- DICTUM DIGITAL INC. CERTIFIED COURT REPORTERS get some hydro developments on are the ones that I'm 1 dealing with which are the heavily acid rain-impacted 18 really just looking at a few opportunities in the far west 19 of the province?...

AI summary The discussion focuses on hydro development opportunities in Nova Scotia, particularly in areas impacted by acid rain. Mr. Giroux highlights several rivers, such as the Tom Tigney and Sable, as potential sites for development, noting the lack of buffer rocks in these regions.