- •MODERN
- •POWER STATION PRACTICE
- •PERGAMON PRESS
- •Contents
- •Foreword
- •G. A. W. Blackman, CBE, FEng
- •Preface
- •Chapters 1 and 2
- •Chapter 3
- •Contents of All Volumes
- •CHAPTER 1
- •Power station siting and site layout
- •1 Planning for new power stations
- •1.1 Introduction
- •1.2 Capacity considerations
- •1.3 Economic considerations
- •1.4 Future requirement predictions
- •1.5 System planning studies
- •1.6 Authority to build a new power station
- •2 Site selection and investigation
- •2.1 Basic site requirements
- •2.3 Detailed site investigation
- •2.4 Environmental considerations
- •2.5 Site selection
- •3 Site layout — thermal power stations
- •3.1 General
- •3.2 Foundations
- •3.3 Site and station levels
- •3.4 Main buildings and orientation
- •3.5 Ancillary buildings
- •3.6 Main access and on-site roads
- •3.7 Station operation considerations
- •3.8 Cooling water system
- •3.9 Fuel supplies and storage
- •3.10 Ash and dust disposal
- •3.11 Flue gas desulphurisation plant materials
- •3.12 Transmission requirements
- •3.13 Construction requirements
- •3.14 Amenity considerations
- •3.15 Typical site layouts
- •4 Pumped storage
- •4.1 Introduction.
- •4.2 Suitable topology
- •4.3 Ground conditions
- •4.4 Site capacity
- •4.5 System and transmission requirements
- •4.7 Heavy load access
- •4.9 Environmental impact
- •5 Gas turbines
- •5.1 Introduction
- •5.2 The role of gas turbines
- •4.7 Heavy load access
- •Station design and layout
- •1 Introduction
- •2.1 Fossil-fired stations
- •2.2 Nuclear stations
- •2.3 Hydro-electric and pumped storage stations
- •2.4 Gas turbine stations
- •3 Future development options
- •3.1 Fossil-fired plant
- •3.2 Nuclear stations
- •3.3 Combined cycle gas turbines
- •3.4 Wind power
- •3.5 Tidal power
- •3.6 Geothermal energy
- •3.7 Combined heat and power
- •4 Station design concepts
- •4.1 Basic considerations
- •4.2 Design objectives
- •5 Plant operation
- •6 Station layout
- •6.1 General
- •6.2 Main plant orientation
- •6.3 Layout conventions
- •.7 Turbine-generator systems
- •7.1 Feedheating plant
- •7.2 Condenser and auxiliary plant
- •7.3 Erection and maintenance
- •8 Boiler systems
- •8.1 Pulverised fuel system
- •8.2 Draught system
- •8.3 Oil firing system
- •8.4 Boiler fittings
- •8.5 Dust extraction plant
- •8.6 Flue gas desulphurisation plant
- •9 Main steam pipework
- •10 Low pressure pipework and valves
- •11 Water storage tanks
- •12 Cranes
- •13 Fire protection
- •13.1 Introduction
- •13.2 Prevention of fires
- •13.3 Limiting the consequences of a fire
- •13.4 Reducing the severity of fires
- •14 Electrical plant layout
- •14.1 Introduction
- •14.2 Auxiliary switchgear
- •14.3 Turbine-generator auxiliaries
- •14.4 Main connections
- •14.5 Transformers
- •14.6 Cables
- •14.7 Batteries and charging equipment
- •14.8 Control rooms
- •15 Heating, ventilation and air conditioning
- •15.1 Introduction
- •15.2 Ventilation of nuclear stations
- •15.3 Smoke and fire control
- •15.4 General layout of HVAC plant
- •16 Air services
- •17 Water treatment plant
- •18 Cooling water plant
- •18.1 General design considerations
- •18.2 Cooling water pumphouse
- •18.3 Main cooling water pumps
- •18.4 Screening plant
- •18.5 Pump discharge valves
- •18.6 Section valves
- •18.7 Discharge pipework
- •18.8 Auxiliary systems
- •19 Chlorination plant
- •20 Coal handling plant
- •20.2 Water-borne reception and discharging
- •20.3 Road-borne reception and discharging
- •20.4 Coal storage
- •20.5 Conveyance from unloading point to station bunkers or coal store
- •20.6 Plant control
- •21 Ash and dust handling plant
- •21.1 Ash handling plant
- •21.2 Dust handling plant
- •21.3 Ash and dust disposal
- •22 Auxiliary boilers
- •23 Gas generation and storage
- •23.1 Hydrogen
- •23.2 Carbon dioxide
- •23.3 Nitrogen
- •23.4 Miscellaneous gases
- •24 Pumped storage plant
- •24.1 Hydraulic machines
- •24.2 Generator-motors
- •24.3 Main inlet valves
- •24.4 Draft tube valves
- •24.5 Gates
- •24.6 High integrity pipework
- •25 Gas turbine plant
- •25.1 Introduction
- •25.2 Operational requirements
- •25.3 Aero-engine-derivative gas turbines
- •25.4 Industrial gas turbines
- •25.5 Gas turbine power station layout
- •26 References
- •CHAPTER 3
- •Civil engineering and building works
- •Introduction
- •2 Geotechnical investigations
- •2.1 General and desk studies
- •2.2 Geophysical investigations
- •2.3 Trial excavations and boreholes
- •2.3 Trial excavations and boreholes
- •2.4 In-situ tests
- •2.5 Groundwater investigations
- •2.6 Ground description and classification
- •2.7 Laboratory tests
- •2.8 Factual reports
- •2.9 Interpretation of site investigations
- •3 Seismic hazard assessment
- •3.1 Geology
- •3.2 Earthquakes
- •3.3 Crustal dynamics
- •3.4 Ground motion hazard
- •3.5 Ground rupture hazard
- •4 Types of foundations
- •4.1 Isolated column foundations
- •4.2 Strip foundations
- •4.5 Piled foundations
- •4.5 Piled foundations
- •4.6 Caisson foundations
- •4.7 Anti-seismic foundations
- •5 Foundations design and construction
- •5.1 Concrete
- •5.2 Bearing pressures and settlement
- •5.3 Test piling
- •6 Foundations for main and secondary structures
- •6.1 Boiler house foundations
- •6.2 Turbine hall foundations
- •6.3 Turbine-generator blocks
- •6.4 Basement of ground floor
- •6.5 Track hoppers
- •6.6 Chimney foundations
- •6.7 Cooling tower foundations
- •6.8 Reactor foundations
- •7 General site works
- •7.1 Flood embankments
- •7.2 Roads
- •7.3 Drainage
- •7.4 Railways
- •7.5 Coal storage
- •7.3 Oil tank compounds
- •7.7 Ash disposal areas
- •8 Methods of construction
- •8.1 Site clearance, access roads and construction offices
- •8.2 Underground construction
- •8.3 Groundwater lowering
- •8.4 Excavating machinery
- •8.6 Formwork and reinforcement
- •8.7 Mixing and placing of concrete
- •9 Direct cooled circulating water systems
- •9.1 Civil engineering structures in direct cooling systems
- •9.2 Culverts
- •3.3 Pumphouse and screen chamber intake
- •9.4 Cooling water tunnels
- •9.5 Submersible cooling water structures
- •9.6' Maintenance considerations
- •10 Harbours and jetties
- •10.1 General
- •10.2 Types of harbours and jetties
- •10.3 Construction of harbours and jetties
- •11 Loadings
- •11.1 Definitions
- •11.2 Imposed loads due <o plant
- •11.3 Distributed imposed loads
- •II. 6 Reduced loadings in main beams and columns
- •11.4 Cranes
- •11.5 Wind and snow loads
- •12 Steel frames
- •12.1 Steelwork
- •13 Reinforced concrete
- •13.1 General
- •13.2 Formwork
- •13.3 Reinforcement
- •1^.4 Design of reinforced concrete
- •12.2 Design of members
- •12.3 Connections
- •12.4 Protection of steelwork
- •13.5 Movement joints
- •13.6 Curing
- •13.7 Precast concrete
- •14 Prestressed concrete
- •14.1 Prestressing
- •14.2 Prestressed piling
- •14.2 Prestressed piling
- •14.3 Prestressed concrete pressure vessels and containments
- •15 Brickwork and blockwork
- •15.1 General
- •15.2 Bricks
- •15.3 Mortar
- •15.4 Brickwork
- •15.5 Blocks
- •15.8 Openings
- •15.6 Blockwork
- •16 Lightweight walling systems
- •16.1 Sheeting
- •16.2 Insulation
- •16.3 Fixings
- •16.4 Durability
- •17 Roofing
- •17.1 Structural elements
- •17.2 Insulation and weatherproofing layers
- •17.3 Application to power stations
- •17.4 Durability
- •17.5 Rainwater disposal
- •18 Finishes
- •18.1 Floor finish considerations
- •18.2 Types of floor finish
- •18.3 Finishes to walls and ceilings
- •18.4 Wall tiling and other special finishes
- •18.5 Internal painting
- •18^6 External painting
- •19 Turbine hall and boiler house construction
- •19.1 General
- •19.2 Structural considerations
- •19.3 Erection of steelwork
- •19.4 ''Cladding
- •19.5 Ventilation
- •19.6 Floor and wall finishes
- •20 Reactor construction
- •20.1 Reactors
- •20.2 Reactor buildings
- •21.2 Control room building
- •21.3 Gas turbine house
- •21.4 CW pumphouse
- •21.6 Workshops and stores
- •21.7 Offices, welfare blocks, laboratories and similar buildings
- •22 Chimneys, cooling towers and precipitators
- •22.1 Chimneys
- •22.2 Cooling towers
- •22.3 Precipitators
- •23 Architecture and landscape
- •23.1 General power station architecture
- •23.2 Landscape considerations
- •23.3 Preparatory works
- •23.4 Landscape layout
- •24 Regulations
- •24.1 Government instruments
- •24.2 Factories Act
- •24.4 Building regulations
- •24.5 Nuclear station licensing
- •25 Civil engineering contracts
- •25.2 Forms of contract
- •25.3 Contract strategy
- •25.4 Contract placing
- •25.5 Contract administration
- •25.6 Budgetary approval and control
- •26 References
- •Appendix A
- •SUBJECT INDEX
SUBJECT INDEX
|
Abrasion |
|
furnace bottom ash, 154 |
|
Access |
|
power stations |
|
planning, 15.35 |
|
to place of work |
|
safe means. 2<>4 |
|
Access toads |
|
construction, 221 |
|
Accommodation |
|
labour |
|
power stations, site selection, 24 |
|
Acid rain |
|
cause. 20 |
|
Acoustic panelling |
|
turbine halls, 273 |
|
Adits |
|
site evaluation. 183 |
|
geology, 181 |
|
Administration buildings |
|
planning, 35 |
|
Advanced gas cooled reactors |
|
design. 63 |
|
foundations, 215 |
|
Aerial surveillance |
|
site evaluation, 180 |
|
Aero-engines |
|
gas turbines |
|
design, 171 |
|
power stations |
|
design, 68 |
|
Aggregates |
|
grading |
|
concrete, 200 |
|
Air conditioning |
|
control rooms, 283 |
|
design, 128-131 |
|
layout, 129 |
|
Air cooling |
|
generator-motors |
|
pumped storage power stations. 167 |
|
main connections, 111 |
|
Air cushion equipment |
|
deliveries |
|
power stations, site selection, 15 |
|
Air extraction |
|
condensers |
|
layout, 88 |
|
Air heaters |
|
location, 94 |
|
Air locks |
|
tunnels |
|
construction, 237 |
|
Air release valves |
|
boilers |
|
layout, 95 |
|
Air services |
|
design, 132 |
|
Aircraft |
|
crashes |
|
loadings, nuclear power stations, 244 |
|
nuclear power stations, site selection, 19 |
|
Airfields |
|
nuclear power stations |
|
site selection, 19 |
|
Alarms — see Drum level alarms |
|
Alkali-silica reaction |
j |
concrete, 200 |
| |
Aluminium |
: |
walling systems, 262 |
|
Amenity |
j |
power stations |
site selection, 22 Ancillary buildings
construction, 276-285 planning, 30
Anti-seismic foundations. 198 Architecture, 293-294
power stations
site selection, 22 Artificial stone
wall panels. 253 Ash
buildings construction, 283
disposal, 153-157,22 i planning. 42
power stations, site selection, 17 removal points
layout. 95 sluicing
pipework, 99 Ash/slurry pumphouse
ventilation. 131 Asphalt
floor finish. 266 Automatic voltage regulators
turbine-generators layout. 109
Auxiliary boilers design. 157
Auxiliary power generation gas turbines, 55
Auxiliary transformers layout, 114
Average cold spell capacity requirements. 2
Avon
acro-cngines * design, 172
Backacters excavation. 226
Barges
coal handling, 148 Barlow land
Drax
ash disposal, 155 Barring gear
turbine hall, 108 Basements
ground floor level, 210
Batteries layout, 118 rooms
siting, 118
Beams loadings, 244
Bearing pressures foundations. 202
Bentonite trench wall cofferdams
construction, 222
Birds
power stations
site selection, 19 Bitumen
foundations
reactor pressure vessels, 199 Black start
gas turbines, 57 Bleeding
concrete
Blocks (see also Cellular blocks; Hollow blocks; Lightweight blocks; Solid blocks; Wood fibre blocks)
types. 261 Blockwork. 260-261
construction, 261 Blowdown valves
boilers layout, 95
Blowdown water recovery
pipework, 99 Boilerhouses
construction. 267-273 enclosed
heat losses, 93 enclosure, 88 foundations, 205 HVAC plant
layout, 129 planning, 30
Boiler plant layout, 81
Boiler systems layout. 93-97
Boilers (see also Oil-fired boilers) coal-fired
oil supply, 95 fittings
layout. 95 intakes, 273 make-up water
treatment, 132 weight, 268
Boreholes exploratory, 15 foundations
site selection, 27 geophysics
site evaluation, 181 site evalation, 181
Boundary fences t construction, 221
Braced frame construction. 246
Bricks (see also Common bricks; Engineering bricks; Extruded bricks; Facing bricks; Lightweight bricks; Sand-lime bricks)
pressed frogs, 260
types, 260 Brickwork, 260-261 bonding, 260
construction, 260 Bridges
strengthening
power stations, site selection, 15
Bucket wheels
coal stockpile working, 149 Budgets
approval, 301 control, 301
Building
power stations authority, 4
Building regulations, 296 Building works, 178-303 Buildings
planning, 30
Burner flame performance control rooms, 120
Burners boilers
. layout, 95 By-products disposal
power station, site selection, 5
Cable tools
Cables
control rooms access. 120 terminations, 120
layout, 106. 115 segregation, 115 tunnels
layout. 115 Caisson foundations, 197 Caissons
compressed air construction, 224
pneumatic construction, 224
California bearing ratio test site evaluation, 186
Capacity requirements
power stations, 1 Car parks
construction workers, 221 Carbon dioxide
fire control, 103 storage, 161
Carbon monoxide oxidation
nuclear advanced cooled reactors, 158 Catchpits
construction, 219 Cavity construction. 261 CEGB
power stations design, 60-70
Ceilings finishes, 266
Cellular blocks. 261
Cement (see also Portland cement; Sulphate resistant cement) types, 200
Central control rooms cabies, 120 design, 120 location. 106 position, 77
Central Electricity Generating Board - - see CEGB Certification Authority for Reinforcing Steels, 248 Chargers
batteries, 118 layout, 118
Chemical admixtures concrete foundations, 201
Chemical injection equipment boilers
layout, 95 Chemicals
storage, 133 Chimneys
aircraft warning lights, 289 brick linings, 285 construction, 267,285-292 foundations, 211
heights pollution, 20
lightning protection, 290 piulti-flue
windshields, 289 planning, 30
single flue construction, 285 shafts, 289
Chlorination design. 146
Chlorine
solution dosing pipework, 99
Civil engineering, 178-303 contracts, 297-301
306
extent of work, 298 Cladding
construction, 272 wind loads, 243
Clay soils groundwater
site evaluation, 181 Climate -
groundwater
site evaluation, 185 Clinker
disposal, 153 Coal
buildings construction, 283
conveyancers, 152 gasification, 70 handling plant
design, 147-153 power stations
site selection, 5 storage
construction, 220 design, 149
trains
unloading. 220 unloading. 39
water-borne, 148 water-borne handling
design, 148 Coal bunkers
positioning. 81 ventilation
layout, 129 Coal feeders
positioning, 81 Coal mining
foundations
site selection, 27 Coal plant
planning, 39 Goal pulverising mills
layout, 93 Coal-fired stations construction
land requirements, 8 design. 60
future developments, 70 reference design, 30
Coastal waters thermal images
power stations, site selection. 12 Coefficient of permeability *
groundwater
site evaluation, 185 Cofferdams
construction, 222 Cold pull-up
pipework prestressing, 97
Column foundations isolated, 194
Columns loadings, 244
Combined heat and power schemes future developments, 71
Common bricks, 260 Communication
local people
power stations, site selection, 25 Composition floors
floor, finish, 266 Compressed air
caissons
construction, 224 pipework, 99
Subject Index
Compressor houses ventilation, 129
Concrete (see also Trowelled concrete) bricks, 260
designed mix foundations, 201
foundations, 199 hardening, 252 mixing, 231 pipelines, 231 placing, 231 precast, 253 prescribed mix
foundations, 201 prestressed, 253-259 containments, 256
pressure vessels, 256 production, 231 proportions
foundations, 201 reinforced, 248-253
design. 248 non-seismic-resistant design, 249 seismic-resistant design, 250 serviceability limit state, 249 ultimate limit state, 249
workability foundations, 201
Condensation turbine halls
ventilation, 273 Condensers
air extraction turbine hall, 108
design
turbine halls, 273 layout, 88
Conductors
connection to generators, 111 Consolidation
settlement foundations, 202
Construction
diaphragm walling techniques, 228 labour
availability, 55 methods, 221-231 power stations
contractors' areas, 44 underground, 222
Construction offices, 221 Construction traffic
roads, 216 Containments
prestressed concrete, 256 Contraction joints
reinforced concrete, 252 Contractors' storage areas
reclamation, 294
Contracts (see also Cost reimbursement contracts; Lump sum contracts; Remeasurcment contracts; Target/cost contracts; Turnkey contracts)
administration, 299
civil engineering, 297-301 extent, 299
placing. 299 strategy, 298 types, 298
Control and instrumentation air supplies, 132 sensors
layout, 95 transmitters
layout, 9.5 Control desks
design, 120
oai nanoung, ioz esign, 120, 121 quipment
layout. 106 'eyancers
oal handling. 152 ing
rdirect systems, 232 circulation, 232 ing compressors jrced-air
turbine hall, 108 ing systems
irect
planning, 35.37 ing towers menity
site selection, 22 losed systems
planning, 35
losed water systems, 39 onstruction, 267,285-292 istribution culvert
foundations, 215 aundations, 211
acking support structure foundations, 211
ond floor foundations, 211
recast concrete, 253 umphouses
design, 139 hell
foundations, 211 hell support columns foundations, 211
rater supply, 10 ing waler uxiliary
turbine halls. 108 lischarge
controls, 20 pipework, 144
ntake/outfall separation, 11 lipework
layout, 88 ilanning, 35 lumphouses
construction, 283 design, 136 layout, 139 location, 39 planning, 37 ventilation, 129
rumps design, 140
running costs, 29 requirements
power stations, 9 submersible structures, 237 temperature
pollution controls, 20 treatment, 132
tunnels construction, 235
ling water plant design, 133-146 bels
chimneys, 285 rosion
steel reinforcement, 248 walling systems, 263
t reimbursable contracts, 298 ts
additional
budget control, 301
,H>wer stations, site selection, tv Countryside Commission
site selection
power stations, 8
Cowes design, 68
gas turbine power station layout. 174
Cranes (see also Floating cranes) layout. 101
loadings, 243 steylwork
erection. 270 turbine-generators assembly, 93 Cross-tunnel jacking tests site evaluation, 183
Crustal dynamics
site evaluation, 193 Culverts
concrete reinforced, 233
cooling water tunnels, 235
design, 233
glass reinforced plastics, 233 metal, 233
routing. 39 Curing
reinforced concrete, 252
Damp-proof courses construction, 261
Decommissioning power stations, 73
Decompression tunneling, 235
Deep-well system groundwater
lowering. 226 Delft sampler
boreholes
site evaluation. 183 Demolition
power stations. 73 Density
in-situ tests
site evaluation, 186 Depth to rock
site evaluation, 181 Design
budget control, 301 concepts, 71-76 development
/budget control, 301 power stations, 59-177
future developments, 70-71 Design loadings. 244 Desulphurisation
fluegas
acid rain, 20 design, 70 layout, 95
material supply, 44 planning, 30
power stations, site selection, 17 waste water treatment, 132
Diaphragm walls cofferdams
construction, 222 construction, 228
Dilatometers
site evaluation, 188 Dinorwig
environment, 27 multiple caverns, 163
Subject Index
pumped storage schemes. 51.53 Direct cooled circulating water systems
civil engineering, 232-238 Displacement piles
foundations. 196 Distillate fuel oil
gas turbines. 68, 173 Domes
wind loads, 243 Double glazing
turbine halls ventilation, 273
Draft lube valves
pumped storage power stations, 168 Draglines
excavation, 226 Drain valves
boilers layout, 95
Drainage construction, 217 gradients, 217 installation, 221
Draught systems layout, 93
Drax
Barlow land
ash disposal, 155 construction, 29 cooling lowers. 22, 39 design. (> I
Dredgers cooling water
submersible structures. 237 Drinking water
pipework. 99 Drum level alarms
boilers layout, 95
Drum level gauges boilers
layout, 95
Dust buildings
construction, 283
disposal, 153-157 planning, 42
power stations, site selection, 17
extraction plant |
|
layout, 95 |
|
removal points |
|
layout, 95 |
|
Dynamic probing tests |
|
site evaluation, 187 |
* |
Earthquakes loadings
nuclear power stations. 244 nuclear power stations, 192
site selection, 17 reinforced concrete
design, 248 site evaluation, 193
Ecology landscaping, 293 |x>wcr stations
site .selection. 19 Effluents
boiler washing
acidic, drainage, 217 disposal
power station, site selection, 5 radioactive
collection, 219 Electrical distribution cubicles
turbine hall, 109 Electrical equipment
ventilation, 129 Electrical plant
layout, 104-127 Electrochlorination
housing design, 146
Electrostatic precipitators dust extraction, 95 planning. 30
EM610
gas turbines design, 172
Employment power stations
site selection, 22 Engineering bricks, 260 English bond
brickwork, 260 Environment
amenity construction, 44
landscaping, 293 power stations
assessment. 26 site selection, 19
pumped storage schemes, 55 Epoxy resins
floor finish. 266 Erection
turbine-generators, 92 Estuaries
thermal images
power stations, site selection, 12 Excavation
machinery. 226 Excavators, 228 Excitation equipment
turbine-generators layout, 109
Exhaust spray turbine hall, 109
Expansion joints reinforced concrete, 252
Extruded bricks, 260
Face shovels excavation, 227
Facing bricks, 260 Factories Act. 294 Factual reports
site evaluation. 191 Far field plume
cooling water outfall. 12
Farming
power stations
site selection, 19 Faulting
geophysics
site evaluation. 181
Faults foundations
site selection, 27 nuclear power stations, 192
pumped storage power stations. 163 site cvalation
trenches, 181
Fawley construction, 269
Feedheating turbine hall, 109
Feedheating plant layout, 88
Feedwater boilers
layout, 95 reserve
landscaping, 294 Ferrybridge C
construction, 269 Ffestiniog
design, 66 Field vane test
site evaluation, 186 Fire barriers
nuclear power stations, 103 Fire control
ventilation, 129 Fire detection
station design, 103 Fire fighting
pumphouses ventilation, 131
water
power stations, site selection. 17 Fire hazards
pumped storage power stai ions, 163 Fire hydrants
pipework, 99 Fire prevention
station design, 101 Fire protection
generator transformers, 111 pumphouses
gas turbines, 174 station design, 101—104 tanks
gas turbines, 174 water storage tanks
gas turbine power stations, 173 Fire risk
electrical plant, 106 Fires
cables, 115 consequences
limiting, 103 means of escajte, 294 oil tank compounds
construction, 221 severity
reduction, 103 ventilation, 273
Flat bottom running rail coal handling, 220
Flemish bond brickwork, 260
Flexibility pipework
main steam, 97 Floating cranes
cooling water
submersible structures, 237 Flooding
power stations levels, 29
pumped storage power stations, 163 Floods
embankments construction, 216
loadings
nuclear power stations, 244 nuclear power stations
site selection, 17
Floors (see also Composition floors) control rooms, 283
finish, 265
tuibine halls, 273 types, 265
gas tuibine houses, 283 precast concrete, 253
Flow
cooling water measurement, 145
Flue gas chimneys
peneiraiion, 289 desulphurisation
acid rain, 20 design, 70 layout, 95
material supply, 44 planning, 30
power stations, site selection, 17 waste water treatment, 132
Foam systems
fire control, 103 Formwork
construction, 229 reinforced concrete, 248
Fossil-fired stations design, 60
future developments, 70 Foul water
drainage, 217 * Foul water systems
How, 219
Foundations (see also Caisson foundations; Column foundations; Pad foundations; Piled foundations; Raft foundations; Strip foundations), 179 242
boilerhouses, 205 chimneys, 211 construction, 199 204, 221 cooling towcis. 211 design, 199 204
main structures, 205-216 nuclear reactors, 215 piled
site selection, 27
raft
site selection, 27 secondary structures, 205-216
.settlement, 202 site .selection, 27 track hoppers, 211
turbine-generator blocks, 205 turbine halls, 205
types, 194 Fuel
gas turbines handling, 173 storage, 173
storage planning, 39
supply, 39 Fuel oil
pumphouses
gas turbines. 174 supply
planning, 42 tanks
construction, 221 gas turbines, 174
Furnace bottom ash disposal, 153'
planning, 42
Gale Common
ash disposal, 156 Gas cloud explosions
loadings
nuclear power stations, 244 Gas ducting dampers
layout, 95 Gas turbine plant
design, 171-177 Gas turbine stations
design, 68 Gas turbines
aero-engines
310
design, 171 combined cycle, 71
power stations, 74 heavy duty
power stations. 68 houses
construction, 283 industrial
design, 172 site layout, 174
layout. 173 power stations
layout, 173 planning, 55-57 site services, 173
role, 55
Oases (see also Carbon dioxide; Hydrogen; Liquid petroleum gas; Methane; Natural gas; Nitrogen; Oxygen; Propane)
generation, 157-163 storage, 157-163
Gates
cooling water design, 145
pumped storage power stations. 169
General site works, 216-221
Generator stators
delivery
power stations, site selection, I 5 Generator transformers
layout. 111 Generator-motors
pumped storage power stations, IM (icoiletie levelling surveys
site evaluation, 193
Geological faults — see Faults Geology
power stations planning, 14
site evaluation, 193 Geophysics
site evaluation, 180 Geotechnical investigations
in-situ
site evaluation, 183 Geotechnology
civil engineering, 180-192 desk studies
civil engineering, 180 walk over surveys, 180
Geothennal energy power stations
future developments. 71 Gland scaling steam
turbine halls, 109 Grabs
excavation, 227 Granolithic finish
floors, 265 Ground
classification
site evaluation, 186 description
site evaluation. 186 Ground conditions
pumped storage schemes, 53 Ground motion
site evaluation. 193 Ground rupture
site evaluation, 194 Groundwater
geophysical investigations site evaluation, 181
lowering. 225 sitccvaluation, 184
underground construction, 222 Gypsum
Subject Index
Halon
fire control, 103 fire protection
control rooms, 126 Hams Hall
redevelopment, 73 Harbours
construction, 224,238-242 types, 240
Hazardous materials storage
nuclear power stations, site selection, 19 transport
nuclear power stations, site selection, 19 Headworks
fisheries, 21 Health
regulations, 296
Health and Safety at Work Act 1974, 296 Heat losses
recovery
enclosed boiler houses. 93 Heating
control rooms, 120 design, 123
design, 128-131 layout, 129
Heysham 2 design. 65
foundations, 199 reinforced concrete
seismic-resistant design, 250 Hollow blocks. 261
Hollow steel piles foundations, 197
Hopper wagons
coal handling, 147 Housing
labour
power stations, site selection, 24 Hovercraft
deliveries
power stations, site selection, 15 Humidity
electrical equipment, 129 turbine halls
ventilation, 273 Hydraulic control fluid PVC insulation, H'7
turbine hall, 108 Hydraulic machines
design
pumped storage power stations, 164 Hydraulic systems
requirements, 53 Hydroelectric power stations
control rooms, 120 design, 66
Hydrogen cooling
turbine hall, 108 electrolytic generation. 158 production, 158
Hydrographical information power stations
site selection, 12
Igneous intrusions geophysics
site evaluation, 181 Imposed loads, 242
distributed, 242 Induced draught fans planning, 30
Industrial hazards
injection grouting cofferdams
construction, 224 Instrumentation
cubicles
turbine hall, 109 Insulation
roofing, 263 walling systems, 262
Insulation boards walling, 266
Invitation to lender, 299 Isotope injection
cooling water
flow measurement. 146
Jacking synchronous, 101
Jacking oil
turbine halls, 108 Jet engines
auxiliary power generation. 57 Jetties
construction, 238-242 types, 240
Joints (see also Contraction joints; Expansion joints; Movement joints)
pipework
low pressure, 100
Kiclder
design, 66
Kingsnorth
design, 63
Laboratories construction, 284
Laboratory tests
site evaluation, 191 Labour
construction availability, 55
power stations site selection, 5
Land
power stations requirements. 8
Land reclamation Peterborough
ash disposal. 156 Land use
previous
power stations, site selection. 15 Landscaping, 293-294
Lavatories
construction workers construction, 221
Laydown areas turbine-generators
assembly, 93
Layout
power stations, 59-177 Leicester
design, 69 Lifting equipment
safety
regulations, 296 Lighting
control rooms, 123 landscaping, 294
Lightning
* chimneys protection, 290
cooling towers protection, 290
Lightweight blocks, 260
delivery. 44 Linoleum
floor finish, 265 Lintels
concrete construction, 261
Liquid petroleum gas transport
nuclear power stations, site selection, 19
Littlebrook D design. 62
gu$ turbine power station layout, 177
Loadings (see also Imposed loads), 242-245 extreme
nuclear power stations, 244 Lump sum contracts, 297
Magnesium oxychloride floor finish. 266
Magnetic effects phase isolation
layout, 110
Magnox nuclear power stations reinforced concrete
seismic-resistant design, 250 Magnox reactions
design, 63 Main gas flue
planning, 30 Main inlet valves
pumped storage power stations, 168 Main steam stop valves
boilers, 95
Main switching stations construction, 285
Maintenance
cooling water systems, 237 turbine-generators. 92
Manholes
drainage pipes, 217 Mathematical modelling
cooling water outfall, 14
Mechanical annexes layout, 88
Merry-go-round systems coal handling, 147
Metal surfaces maintenance
cooling water systems, 237 Methane
production, 162 Methanol
hydrpgen generation, 161 Midfield plume
cooling water outfall, 11
Mill scale steelwork
paint, 248 Mirror imaging
power station layout, 83
Modelling (see also Mathematical modelling) cooling water
pumphouse. 139 Modified Mercalli Scale site evaluation, 193
Moment connections steel frames. 247
Monoliths
underground construction, 224 Mortar. 260
constituents; 260 Movement joints
reinforced concrete. 252
312
Multi-beam time-of-flight ultrasonic method cooling waler
flow measurement. 146
Natural gas
gas turbines. 68 power stations
site selection, 5 Nature Conservancy Council
site selection
power stations, 8 Net avoidable cost
planning
power stations. 2 Net effective cost
planning
power stations, 2 Nitrogen
storage. 162 supply
pipework. 99 Nitrogen oxide
burners
pollution control, 20
Noise
power stations controls. 20
sue selection. 22 unit tiansfonners, 1 14
Nuclear Installations Act 1965, 296
Nuclear power stations
batteries, 1 18 breathing air, 132 cables. H5
construction
land requirements, 8 control rooms, 120 cranage, 243
design, 63
future developments, 71 earthquakes, 192
extreme loadings, 244 fires
containment, 103 irradiated fuel
deliveries, 15 licensing. 296 reference design, 30 ventilation
design, 128 Nuclear reactors
foundations, 215 Nuclear safety
power stations
site selection, 17
Offices construction, 284
Offices, Shops and Railway Premises Act, 297 Oil
auxiliary
turbine hall, 108 leakage
drainage, 217 power stations
site selection, 5 pumphouses
ventilation, 131 tanks
construction, 220 Oil firing systems
layout, 94 Oil refineries
fuel oil supply, 4'2
Oil-filled transformers
Subject Index
layout, 81 Oldbury
design, 64
magnox power station reactor building, 280
Olympus aero-engines
design, 172 Operating floor
turbine-generators, 86 Oxygen
production, 158,162 Oysters
cooling water, 20
Pad foundations, 194 Paint
steelwork, 248 Painting
external, 266 internal, 266
Peak load power generation gas turbines, 57
Peak lopping
gas turbines, 57 Penetration vane tests
site evaluation, 187 Perlite
insulation roofing, 263
Permeability
site evaluation. 186 Personnel
assembly points, 76 movement
power stations. 76 Peterborough
land reclamation ash disposal, 156
Phase isolated busbars layout, 110
Photographs
site evaluation, 186 Pile drivers
foundations, 197 Pile driving
cofferdams construction, 222
File hammers foundations, 197
Piled foundations, 196
Piles (see also Displacement piles; Hollow steel piles; Raking piles) bored
cohesive soils, carrying capacity, 303 carrying capacity, 303
driven
cohesive soils, carrying capacity, 303 non-cohesive soils, carrying capacity, 303
in-situ
foundations, 196 precast
foundations, 196 preformed
foundations, 196 replacement
foundations, 197
Pilings prestressed, 256 test
foundations, 203 Pillar of support
foundations
site selection, 27
Pipes
nulling, .19 Pipework
Iayoul,99-I00 main steam
layout, 97-99
pumped storage power stations, 170 Piston sarnplers
boreholes
site evaluation. 182 Planning
power stations. 1 Planning margins
capacity requirements, 2 Plant water
drainage,217 Plastering
walls, 266 Plastic tiles
floor finish, 266 Plate bearing test
site evaluation, 186 Pollution
controls, 20 Polyvinyl chloride
floor finish, 265 insulation
hydraulic control fluid, 107 Population
distribution
nuclear power stations, site selection, 19 Portal frame construction. 246
Portland cement foundations, 200
Post-tensioning
. concrete, 256
Power stations (see also Coal-fired stations; Fossil-fired stations; Nuclear power stations; Geothermal energy; Hydroelectric power stations; Magnox nuclear power stations; Pumped storage power stations)
CEGB
design, 60-70 design, 59-177 layout, 59-177
conventions. 82 design, 78-88
turbine-gcnerator/boiler, 79 levels
planning, 15,29 plant operation, 76-78 plant orientation, 79
Power transmission from station to grid
planning, 14
Precipitators (see also Electrostatic precipitators) construction. 285-292
Pressure vessels concrete
advantages, 274 preslressed concrete, 256
Pressuremeters
site evaluation, 188 Pressurised water reactors
design
future developments, 71 reinforced concrete
seismic-resistant design, 250 Prestressed concrete containments. 256 Prestressed concrete pressure vessels, 256 Prestressing
concrete, 253-259 Pre-tensioning
concrete, 256 Propane
storage, 162 Protected land
England and Wales site selection, 7 Public announcements
MIL htlLVlIUH, Z.J Pulverised fuel ash
concrete foundations, 201 disposal, 153
Pulverised fuel mills positioning, 81 Pulverised fuel system
layout, 93
Pump discharge valves uxding waler
design, 144 Pumped storage
ptfwer stations. 51-55 design, 66. 163-171 multiple caverns, 163
site capacity, 53 Pumphouses
circular
cooling water, 283 circulating water systems, 235 cooling water
tunnels. 235
underground construction. 224 Pumping plant
fuel oil
gas turbines. 173
Pumps (sec also Suction pumps) compacting, 231
concrete, 231 cooling water plant
design, 133
foul waler systems, 219 transport, 231
Quarry tiles
floor finish, 265 Quays
construction, 240 walls
construction. 224
Radioactive discharges nuclear power stations, 20
Radioactive particles containment
nuclear power stations, ventilation, 128
Radley
ash disposal, 157 Raft foundations, 195
cellular, 195 Railways
coal handling design, 147
construction, 220 power stations
planning, 15 tracks
drainage, 220 Rainwater
roofing disposal, 264
Raking piles foundations, 197
Range stations layout, 83 Raw materials
power stations site selection, 5
Reactor pressure vessels foundations, 199 Reactor seawater pumps
design, 145 Reactors
buildings construction, 275
construction, 273-276 Reconstructed stone
314
wall panels. 253 Recreation
power stations
site selection. 25 Regulations, 294-297 Reheaters
boilers layout, 95
Reinforcement concrete, 248 construction, 229
Rcmcasuremcnt contracts, 297 Rendering
walls. 266 Reservoirs Act
ash disposal. 221 Residual f uel oil
gas turbines, 173 River Mersey
tidal power
future developments. 71 River Severn
tidal power
future developments. 71
Rivers water
abstraction. 10 pipework, layout, 99
water levels
site selection, 180 water supply
cooling lowers. 10
Roads
coal handling, 148 construction, 216 flexible
construction, 217 landscaping, 294 on-site
power stations, 35 power stations
planning. 15 rigid
construction, 217 width
construction traffic. 216 Rock faults — see Faults Rolls Royce
aero engines design, 172
Roll-on and roll-off vessels deliveries
power stations, site selection. 15 Roofing, 263-265
beams
boiler houses, 270 durability, 264
wind loads, 243 Roofs
flat
loads, 244 Rotary drilling
boreholes
site evaluation, 182 Rubber
floor finish, 265
Safety cables
segregation, 118 Safety valves
boilers layout, 95
Salmon
cooling water, 20
Subject Index
Sand-lime bricks, 260 Satellite imagery
site evaluation, 180 Scrapers
excavation. 228 Screen chamber intake
circulating water systems, 235 Screening
cooling water pumphouses, 141
Screens
cooling water plant mesh sizes, 134
Sea access
power stations planning, 15
Seal oil
turbine hall, 108 Seal pit
planning. 39 Seasons
groundwater
site evaluation, 185 Sea-going colliers
coal handling, 148 Section valves
cooling water design. 144
Segregation concrete
foundations. 201 Seismic hazards
assessment
site evaluation, 192-194 Seismic reflection
subsoil studies
power stations, site selection. 15 Seismicity
nuclear power stations site selection, 17
Self boring pressuremeter tests site evaluation. 187
Settlement condition change
foundations, 203 consolidation
foundations, 202 foundations, 202 plastic
foundations, 203 Sewage treatment plant
construction, 217 Shear
site evaluation, 186 Sheet floorings
floor finish, 265 Sheeting
walling systems, 262 Shell and auger methods
boreholes
site evaluation, 182 Silencers
boilers layout, 95
Site capacity
pumped storage schemes, 53 Site clearance, 221
Site instructions budget control, 301
Site investigations interpretation, 192 power stations. 5
Site layouts
power stations, 1-58
thermal power stations, 27 51
otic ottices |
|
site evaluation. IK3 |
construction, 221 |
|
Stress analysis |
Site selection |
|
reinforced concrete |
power stations, 5,27 |
|
global, 250 |
area of search,6 |
|
local, 250 |
Sites |
|
Stretcher bond |
power stations |
|
brickwork, 260 |
requirements, 5 |
|
Strip foundations, 194 |
Siting |
|
Structural design language |
power stations, 1-58 |
|
stress analysis |
Sizewell B |
|
reinforced concrete, 250 |
design, 71 |
|
Subsoil |
reinforced concrete |
|
power stations |
seismic-resistant design, 250 |
|
site selection, 15 |
Smoke |
|
Suction pumps |
ventilation, 129 |
|
groundwater |
Snow |
|
lowering, 225 |
loads, 243 |
|
Sulfur hexafluoride |
Socioeconomic effects |
|
insulated isolators |
power stations |
|
transformer connections, 112 |
site selection, 22 |
|
Sulphate resisting cement |
Sodium hypochlorite |
|
foundations, 200 |
chlorination. 146 |
|
Supercritical steam cycles |
Soils —- see Clay soils; Top'soil |
|
studies, 70 |
Solid blocks, 261 |
|
Sujicrstructure, 242 303 |
Sootblowers |
|
Switchgear |
boilers |
|
3.3 kV |
layout, 95 |
|
layout, 107 |
control rooms, 120 |
|
11 kV |
Sootblowing |
|
layout. 107 |
air supplies, 132 |
|
415 V |
Sports facilities, 294 |
|
layout. 107 |
Standard penetration tests |
|
auxiliary |
site evaluation, 186 |
|
layout. 106 |
Static cone penetrometers |
|
charging equipment. 118 |
site evaluation. 187 |
|
Switchrooms |
Station layout |
|
layout, 107 |
preliminary, 8 |
|
Syphonic weir |
unit principle, 83 |
|
planning, 39 |
Station transformers |
|
System planning |
layout, 113 |
, |
power stations, 4 |
Stator winding water |
|
|
turbine hall, 108 |
|
Tanks |
Steam |
|
water |
auxiliary boilers |
|
storage, 100 |
design, 157 |
|
Target/cost contracts, 298 |
pipework |
|
Temperature |
layout, 97-99 |
|
batteries. 118 |
Steel |
|
settlement |
quenched and tempered |
|
foundations, 203 |
pipework, 170 |
|
turbine halls |
walling systems, 262 |
|
ventilation, 273 |
Steel frames, 245-248 |
|
Tenders |
connections, 247 |
|
acceptance, 299 |
design, 247 |
|
appraisal, 299 |
Steelwork, 245 |
|
documentation. 299 |
erection, 270 |
|
return. 299 |
protection, 247 |
|
Terrazzo |
structural |
|
floor finish. 265 |
weight, 268 |
|
Thorpe Marsh |
Steeplejacks |
|
boiler houses |
access sockets, 290 |
|
construction. 268 |
Stockpiles |
|
ventilation, 273 |
coal |
|
Thrusts |
working, 149 |
|
pipework |
Stockpiling |
|
main steam, 99 |
coal, 149 |
|
Tidal power |
Storage |
|
power stations |
tanks |
|
future developments, 71 |
water, 100 |
|
Tidal water |
Stores |
|
construction in |
construction, 284 |
|
cooling water structures. 237 |
Stormwater |
|
Tide gauges |
drainage, 217 |
|
site evaluation, 193 |
Stress |
|
Tides |
boreholes |
|
groundwater |
316
site evaluation, 185 Top soil
landscaping. 293
stock-piling, 221 Topology
pumped storage schemes, 51 Tomcss
foundations, 199 reinforced concrete
seismic-resistant design. 250 Tourism
power stations
site selection, 25 'Town waler
pipework layout, (>9
storage tanks, 100 Track hoppers
foundations, 211 Tractor loaders
excavation. 228 Tractor shovels
excavation. 228
Traffic (see also Construction traffic) power stations
site selection, 22
Transformers (see also Auxiliary transformers; Generator transformers; Oil-filled transformers; Station transformers; Unit transformers; Voltage transformers)
3.UV/415 V layout. 107
delivery
power stations, site selection, 15 layout, 106. Ill
oil-filled location. 106
Transmission requirements
planning, 44
Travel labour
power stations, site selection. 24 Trawsfynydd
nature trail, 21 Trees
landscaping, 294 maintenance. 294
'Trenches
site evaluation faults, 181 Trial excavations
sitccvaluation, 181 Trowelled concrete
floor finish. 265 Tugs
cooling water
submersible structures, 237 Tunnels
cooling water, 15 Dinorwig, 54 rock
construction, 235 soft ground
construction, 237 Turbine halls
construction, 267-273 dimensions, 80 foundations, 205 HVAC plant
layout, 129 planning, 30
Turbines
forced-air cooling, 132 Turbine-generator blocks
Subject Index
assembly, 93 auxiliaries
layout, 107 erection, 92 island concept, 86 longitudinal
layout. 99
longitudinal arrangement. 79. 80 maintenance. 92
systems layout. 88
transverse arrangement. 79.80 layout. 99
Turning moments pipework
main steam, 99 Turnkey contracts. 297
Unit transformers layout. 114
Uranium
power stations site selection. 5
Valves (see also Blowdown valves; Draft tube valves; Drain valves; Main inlet valves; Main steam stop valves; Pump discharge valves; Safety valves; Section valves; Voluvalves)
low pressure layout, 99-100
Ventilation
control rooms. 120 design, 123 design, 128-131
gas turbine houses, 283 layout, 129
offices, 285 stores, 284 turbine halls
construction, 273 workshops, 284
Vermiculite sprays walling finishes. 266
Vibrators concrete
compacting, 231 Visual display units
control rooms, 123 Voltage transformers
layout, 111 Voluvalves
auxiliary boilers, 157
Wall panels
precast concrete, 253 Walling systems
durability. 263 fixings, 262 lightweight
construction, 262-263
Walls
control rooms, 283 finishes. 266
turbine halls, 273 tiling, 266
Water (see also Drinking water. Feedwater, Foul water, Groundwater, Plant water, Rainwater, Stator winding water; Tidal water; Town water)
concrete foundations standards, 201
consumption
power stations, construction, 17 demineralised
pipework, 99 distilled
opi ay >y SICIDS fire control, 103
storage tanks layout, 100
Watercooling generator-motors
pumped storage power stations. 167 Water level
variations calculations. 134
Water quality
cooling water plant. 134 site evaluation, 186
Water table settlement
foundations, 203
underground construction, 222 Water temperature
survey
power stations, site selection, 12 Water treatment plant
design, 132-133 ventilation, 131
Water vapour plume
cooling towers,I Weather
nuclear power stations site selection, 1",
Weathering tests walling systems. 26'
Weatherproofing roofing, 263
Welding
steel frames. 247 Welfare amenities, 285 Welfare blocks
Wharves
construction. 240 Wildlife
landscaping, 293 Wind
loads. 243, 269
nuclear power stations. 244 Wind power
power stations
future developments, 71 Wind tunnel tests
wind loads, 243 Wind turbines
Carmarthen Bay, 75 Windows
lightweight walling systems, 262 Windshields,
chimneys pressure, 289
floors, 289 - multi-flue chimneys
construction, 285 Winter peak demand
capacity requirements. 2 Wix>d
floor finish, 265 Wood fibre blocks floor finish. 265
Woodlands
landscaping, 293. 294 preservation
power stations, site selection, 22
Work in Compressed Air Regulations, 235 Workshops
construction, 2X4 planning. 35
318