Qserv performed flushing and pigging operations on the Gannet platform's flowlines. Pumping operations were carried out successfully without issues. A variety of pigs and chemicals were used to clean the lines, with reverse and forward circulation performed. Detailed records were kept of pressures, rates, volumes, equipment used, and personnel involved over multiple days of operations. Qserv welcomed the opportunity and offered to perform further work for Shell in the future.
Planetary Mixer, High Shear Mixer Granulator, Plough Shear MixerVM Sethi
Planetary Mixer is ideal for mixing of wet / dry materials. It has a homogeneous mixing action. Tapasya Engineering also offers high shear mixer granulator, plough shear mixer and cone mill.
The document lists various dental instruments and materials including their product codes, descriptions, prices in LEI and prices including VAT. It includes items such as pulpoextractors, files, spreaders, gutta percha cones, paper points and reciprocating files from manufacturers like VDW and Kendo with prices ranging from around 15 LEI to over 2000 LEI.
Eurasia Steel Services Stock List February 2018Mark Scott
Eurasia Steel Services are an Independent Steel Trading Company, specializing in the sourcing and supply of Special Engineering Steels and Forged Parts for the Oil and Gas, Marine, Petrochemical, Tool and Die and other high end and niche engineering markets. We also represent and are supported by some of the Industries most respected distributors and manufacturers, with whom we work in tandem with to get their products to the Market.
This document contains data and analysis on fabric scrap from a garment factory. It provides monthly scrap percentages from the previous fiscal year along with targets and reasons for scrap. It identifies key problem areas like square wrinkles, angle defects, and ply wrinkles. The document also lists proposed actions to address issues like bobbin repair, operator training, and machine adjustments. Overall it analyzes fabric scrap trends and outlines a plan to reduce waste.
This document contains information about various hydraulic hammer models produced by Jinan YZH Machinery Equipment Co.,Ltd. It provides specifications for multiple product lines including mute type, side type, top type, and banana type hammers. The specifications included are operating weight, required oil flow, working pressure, impact rate, chisel diameter, hose diameter, and suitable excavator tonnage for each hammer model.
JGB Eagle Mill® Discharge Hose (Single Jacket Mill Hose/Double Jacket Mill Hose) - is a water discharge hose for medium to heavy-duty service. It has a working pressure of 150 psi. This hose features an SBR tube with a white 100% polyester cover. It is available with male x female water shank or camlock couplings, in a single white jacket.
Single Jacket: 1.5" to 4" ID -25°F to 185°F
Planetary Mixer, High Shear Mixer Granulator, Plough Shear MixerVM Sethi
Planetary Mixer is ideal for mixing of wet / dry materials. It has a homogeneous mixing action. Tapasya Engineering also offers high shear mixer granulator, plough shear mixer and cone mill.
The document lists various dental instruments and materials including their product codes, descriptions, prices in LEI and prices including VAT. It includes items such as pulpoextractors, files, spreaders, gutta percha cones, paper points and reciprocating files from manufacturers like VDW and Kendo with prices ranging from around 15 LEI to over 2000 LEI.
Eurasia Steel Services Stock List February 2018Mark Scott
Eurasia Steel Services are an Independent Steel Trading Company, specializing in the sourcing and supply of Special Engineering Steels and Forged Parts for the Oil and Gas, Marine, Petrochemical, Tool and Die and other high end and niche engineering markets. We also represent and are supported by some of the Industries most respected distributors and manufacturers, with whom we work in tandem with to get their products to the Market.
This document contains data and analysis on fabric scrap from a garment factory. It provides monthly scrap percentages from the previous fiscal year along with targets and reasons for scrap. It identifies key problem areas like square wrinkles, angle defects, and ply wrinkles. The document also lists proposed actions to address issues like bobbin repair, operator training, and machine adjustments. Overall it analyzes fabric scrap trends and outlines a plan to reduce waste.
This document contains information about various hydraulic hammer models produced by Jinan YZH Machinery Equipment Co.,Ltd. It provides specifications for multiple product lines including mute type, side type, top type, and banana type hammers. The specifications included are operating weight, required oil flow, working pressure, impact rate, chisel diameter, hose diameter, and suitable excavator tonnage for each hammer model.
JGB Eagle Mill® Discharge Hose (Single Jacket Mill Hose/Double Jacket Mill Hose) - is a water discharge hose for medium to heavy-duty service. It has a working pressure of 150 psi. This hose features an SBR tube with a white 100% polyester cover. It is available with male x female water shank or camlock couplings, in a single white jacket.
Single Jacket: 1.5" to 4" ID -25°F to 185°F
This document provides specifications for several industrial lifting machines:
- The ISV-60 lifts loads from 50-100kg using a 1HP motor and travels 12m.
- The IW-140 lifts up to 450kg with motors from 0.5-1HP and reductions from 41:1-58:1.
- The IW-150 lifts up to 630kg with motors up to 1.6HP and reductions from 32:1-58:1.
- Additional models listed include the IW-315, IW-190N, SC-140, and IS-85H, each specifying load capacities, speeds, motors, pulleys, and dimensions.
This document provides specifications for various types of clamps, including vertical clamps, horizontal clamps, pipe clamps, screw clamps, and drum clamps. It lists technical details like load capacity, jaw opening sizes, dimensions, and weights for each clamp model. It warns that failure to read and comply with the instructions may result in injury or damage.
Kubota at70 s walk behind tiller parts catalogue manualfhsjekkdkem
The document provides instructions for parts books, including definitions of column headings in parts number pages such as Reference Number, Part Number, Description, Quantity, Serial Number range, Interchangeability, and Remarks. It notes country codes that may be included and their meanings. The remainder of the document is a sample parts book index and listing for an AT70S-AMERICA rotary tiller, with part numbers, descriptions, and other details for engine, transmission, rotary, and other systems components.
Kubota at70 s walk behind tiller parts catalogue manualidkkdmmdd
The document provides instructions for parts books, including definitions of column headings in parts number pages such as Reference Number, Part Number, Description, Quantity, Serial Number range, Interchangeability, and Remarks. It notes country codes that may be included and their meanings. The remainder of the document is a sample parts book index and listing for an AT70S-AMERICA rotary tiller, with part numbers, descriptions, and other details for engine, transmission, rotary, and other systems components.
Kubota at70 s walk behind tiller parts catalogue manualfhsejkdkmem
The document provides instructions for parts books, including definitions of column headings in parts number pages such as Reference Number, Part Number, Description, Quantity, Serial Number range, Interchangeability, and Remarks. It notes country codes that may be included and their meanings. The remainder of the document is a sample parts book index and listing for an AT70S-AMERICA rotary tiller, with part numbers, descriptions, and other details for engine, transmission, rotary, and other systems components.
Kubota at70 s walk behind tiller parts catalogue manualsoeldksejdksem
The document provides instructions and part numbers for a parts book. It defines the column headings used on part number pages including reference number, part number, description, quantity, serial number range and interchangeability. Country codes are also explained, with symbols indicating parts may be different in certain countries. An example page is then shown listing part numbers for the engine cylinder component parts.
This document provides information on the STAF and STAF-SG balancing valves including:
- They are flanged cast iron or ductile iron valves used for balancing, pre-setting, measuring, and shutting off flow in heating and cooling systems.
- Key features include an accurate handwheel with digital readout and self-sealing measuring points.
- They are available in sizes from DN 20-400 and pressure classes PN 16 and PN 25 with maximum working temperatures up to 120°C.
- Detailed specifications, diagrams, and technical descriptions are given to size the valves for different flow rates and pressure drops.
The document provides specifications for a PM 6013 130V DC motor with a 20:1 ratio gearbox. Key specifications include a no-load speed of 2450 rpm, rated speed of 122.3 rpm, torque of 17.0lb-in, current of 0.45 amps, and power output of 25 watts. The gearbox, motor, and system efficiencies are 70.6%, 57.3%, and 40.5% respectively. Start/stall conditions draw 2.05 amps and produce 129.57 lb-in of torque. Speed and efficiency curves are provided for torque levels from 15-135 lb-in. The motor is sold and serviced by Electromate.
This document provides specifications for ELP series aluminum electrolytic capacitors, including:
- Voltage and capacitance ranges from 16-100V and 470uF-47,000uF
- Temperature range of -40°C to +85°C
- Leakage current, dissipation factor, and impedance ratio specifications
- Requirements for capacitance change, dissipation factor, and leakage current after load life and shelf life testing.
This document provides specifications for ELP series aluminum electrolytic capacitors, including:
- Voltage and capacitance ranges from 16-100V and 470uF-47,000uF
- Temperature range of -40°C to +85°C
- Leakage current, dissipation factor, and impedance ratio specifications
- Requirements for capacitance change, dissipation factor, and leakage current after load life and shelf life testing.
This document provides specifications for ELP series aluminum electrolytic capacitors including:
- Voltage and capacitance ranges from 16-100V and 470uF-47,000uF
- Temperature range of -40°C to +85°C
- Leakage current and dissipation factor specifications
- Load life and shelf life test requirements
- Standard product dimensions and maximum ripple current for different capacitance sizes
This document provides specifications for ELP series aluminum electrolytic capacitors including:
- Voltage and capacitance ranges from 16-100V and 470uF-47,000uF
- Temperature range of -40°C to +85°C
- Leakage current and dissipation factor specifications
- Load life and shelf life test requirements
- Standard product dimensions and maximum ripple current for different capacitance sizes
42 MW vibration. You can download and practice by enter at any "letter blocks...Manorom Chiewpanich
This document summarizes vibration data collected from sensors on a steam turbine used for power generation. It provides details on sensor types and locations, machinery speeds, and the formats of various vibration analysis plots generated, including waterfall plots, trend plots, shaft centerline plots, and half-spectrum waterfall plots. The plots show vibration data from the steam turbine and associated gearbox from startup to full speed operation.
The document provides details of the proposed 100kWp solar PV system to be installed at Lady Andal School. It includes a site overview, system design, module layout, simulation results, cable and equipment layouts. Foundation designs are shown for 4 blocks. Installation steps and a timeline are outlined showing work started in April and was expected to be completed by May. Load details are provided in an appendix showing the existing electrical loads across school and residential sections totaling 223,250 Watts.
This document provides specifications for several industrial lifting machines:
- The ISV-60 lifts loads from 50-100kg using a 1HP motor and travels 12m.
- The IW-140 lifts up to 450kg with motors from 0.5-1HP and reductions from 41:1-58:1.
- The IW-150 lifts up to 630kg with motors up to 1.6HP and reductions from 32:1-58:1.
- Additional models listed include the IW-315, IW-190N, SC-140, and IS-85H, each specifying load capacities, speeds, motors, pulleys, and dimensions.
This document provides specifications for various types of clamps, including vertical clamps, horizontal clamps, pipe clamps, screw clamps, and drum clamps. It lists technical details like load capacity, jaw opening sizes, dimensions, and weights for each clamp model. It warns that failure to read and comply with the instructions may result in injury or damage.
Kubota at70 s walk behind tiller parts catalogue manualfhsjekkdkem
The document provides instructions for parts books, including definitions of column headings in parts number pages such as Reference Number, Part Number, Description, Quantity, Serial Number range, Interchangeability, and Remarks. It notes country codes that may be included and their meanings. The remainder of the document is a sample parts book index and listing for an AT70S-AMERICA rotary tiller, with part numbers, descriptions, and other details for engine, transmission, rotary, and other systems components.
Kubota at70 s walk behind tiller parts catalogue manualidkkdmmdd
The document provides instructions for parts books, including definitions of column headings in parts number pages such as Reference Number, Part Number, Description, Quantity, Serial Number range, Interchangeability, and Remarks. It notes country codes that may be included and their meanings. The remainder of the document is a sample parts book index and listing for an AT70S-AMERICA rotary tiller, with part numbers, descriptions, and other details for engine, transmission, rotary, and other systems components.
Kubota at70 s walk behind tiller parts catalogue manualfhsejkdkmem
The document provides instructions for parts books, including definitions of column headings in parts number pages such as Reference Number, Part Number, Description, Quantity, Serial Number range, Interchangeability, and Remarks. It notes country codes that may be included and their meanings. The remainder of the document is a sample parts book index and listing for an AT70S-AMERICA rotary tiller, with part numbers, descriptions, and other details for engine, transmission, rotary, and other systems components.
Kubota at70 s walk behind tiller parts catalogue manualsoeldksejdksem
The document provides instructions and part numbers for a parts book. It defines the column headings used on part number pages including reference number, part number, description, quantity, serial number range and interchangeability. Country codes are also explained, with symbols indicating parts may be different in certain countries. An example page is then shown listing part numbers for the engine cylinder component parts.
This document provides information on the STAF and STAF-SG balancing valves including:
- They are flanged cast iron or ductile iron valves used for balancing, pre-setting, measuring, and shutting off flow in heating and cooling systems.
- Key features include an accurate handwheel with digital readout and self-sealing measuring points.
- They are available in sizes from DN 20-400 and pressure classes PN 16 and PN 25 with maximum working temperatures up to 120°C.
- Detailed specifications, diagrams, and technical descriptions are given to size the valves for different flow rates and pressure drops.
The document provides specifications for a PM 6013 130V DC motor with a 20:1 ratio gearbox. Key specifications include a no-load speed of 2450 rpm, rated speed of 122.3 rpm, torque of 17.0lb-in, current of 0.45 amps, and power output of 25 watts. The gearbox, motor, and system efficiencies are 70.6%, 57.3%, and 40.5% respectively. Start/stall conditions draw 2.05 amps and produce 129.57 lb-in of torque. Speed and efficiency curves are provided for torque levels from 15-135 lb-in. The motor is sold and serviced by Electromate.
This document provides specifications for ELP series aluminum electrolytic capacitors, including:
- Voltage and capacitance ranges from 16-100V and 470uF-47,000uF
- Temperature range of -40°C to +85°C
- Leakage current, dissipation factor, and impedance ratio specifications
- Requirements for capacitance change, dissipation factor, and leakage current after load life and shelf life testing.
This document provides specifications for ELP series aluminum electrolytic capacitors, including:
- Voltage and capacitance ranges from 16-100V and 470uF-47,000uF
- Temperature range of -40°C to +85°C
- Leakage current, dissipation factor, and impedance ratio specifications
- Requirements for capacitance change, dissipation factor, and leakage current after load life and shelf life testing.
This document provides specifications for ELP series aluminum electrolytic capacitors including:
- Voltage and capacitance ranges from 16-100V and 470uF-47,000uF
- Temperature range of -40°C to +85°C
- Leakage current and dissipation factor specifications
- Load life and shelf life test requirements
- Standard product dimensions and maximum ripple current for different capacitance sizes
This document provides specifications for ELP series aluminum electrolytic capacitors including:
- Voltage and capacitance ranges from 16-100V and 470uF-47,000uF
- Temperature range of -40°C to +85°C
- Leakage current and dissipation factor specifications
- Load life and shelf life test requirements
- Standard product dimensions and maximum ripple current for different capacitance sizes
42 MW vibration. You can download and practice by enter at any "letter blocks...Manorom Chiewpanich
This document summarizes vibration data collected from sensors on a steam turbine used for power generation. It provides details on sensor types and locations, machinery speeds, and the formats of various vibration analysis plots generated, including waterfall plots, trend plots, shaft centerline plots, and half-spectrum waterfall plots. The plots show vibration data from the steam turbine and associated gearbox from startup to full speed operation.
The document provides details of the proposed 100kWp solar PV system to be installed at Lady Andal School. It includes a site overview, system design, module layout, simulation results, cable and equipment layouts. Foundation designs are shown for 4 blocks. Installation steps and a timeline are outlined showing work started in April and was expected to be completed by May. Load details are provided in an appendix showing the existing electrical loads across school and residential sections totaling 223,250 Watts.
2. Introduction
The following report has been drafted to provide SHELL with a clear and concise
record of Pumping Operations during Qserv”s campaign onboard the Gannet flushing
and pigging sub-sea lines
Pumping operations were carried out successfully without any accidents or incidents
and no equipment failures or downtime on the otter field
Qserv, have very much welcomed and enjoyed the opportunity to undertake such
services-operations for your organisation and to that end, we would welcome any
opportunities to undertake further operations.
Please review the document and relay any queries or comments to ourselves.
Qserv Contact: Mark Brown
Email: marc.brown@akersolutions.com
Tel: 01224-783707
Page 2
3. Equipment
Description Unit Number Date on
Hire
Date off
Hire
Test Cabin A3274 10/11/12
V8 pump 10603 10/11/12
V8 pump 10850 10/11/12
Kamat pump 10669 10/11/12
130 bbl tank TS028 10/11/12
16bbl tank TS018
Iron Cont 11764 10/11/12
20ft H/H 20361D 10/11/12
Personnel
Name Date Out Date Returned
Wayne Garland 08/11/12 08/11/12
Ed Pattinson 31/10/12 10/11/12
Dale Robertson 02/11/12 10/11/12
Paul Gorthy 02/11/12 10/11/12
Brian Cowe 08/11/12 10/11/12
Page 3
4. Operations Summery
01/11/12
Continue with pigging operations as per procedure. Use of chemical wax dissolver
when instructed.
Time/Date Pressure (psi)
(bar)
Rate(bpm)
(usg) (scf)
Vol. (bpm)
(usg) (scf)
Total bpm)
(usg) (scf)
Description/Comments and full job details
01/11/12
00.30 220 2.8 232 Cont reverse circ dummy pig line 1
01.00 220 2.8 316 Cont reverse circ dummy pig line 1
01.20 0 0 373 Stop , pig in launcher
01.45 45bar Load dummy/test launcher and receiver doors
01.55 240 2.7 0 Start reverse circ dummy pig line 1
02.30 210 2.7 94 Cont reverse circ dummy pig line 1
03.00 220 2.7 165 Cont reverse circ dummy pig line 1
03.30 205 2.7 251 Cont reverse circ dummy pig line 1
04.00 210 2.7 327 Cont reverse circ dummy pig line 1
04.20 0 0 382 Stop, pig in launcher
04.35 45bar Load dummy P/test launcher and receiver doors
04.43 220 2.8 0 Start reverse circ dummy pig line 1
05.00 220 2.8 32 Cont reverse circ dummy pig line 1
05.30 220 2.8 113 Cont reverse circ dummy pig line 1
06.00 197 Shift change, cont reverse circ line 1
06.30 281 Cont reverse circ dummy pig line 1
07.08 375 Stop pumping pig in launcher
07:30 Recover pig
08:00 500 0 Pressure test launcher and receiver doors
08:20 200 3 Launch first dummy pig
08:22 100 1 3 Start to pump in wax dissolver pill
08:54 29 Stop pumping chemical and flush lines
09:07 0 0 32 Lines flushed to water load second pig
09:40 500 0 Pressure test receiver
09:43 300 2 0 Launch 2nd
pig 50cm brush
09:45 100 0.8 4 Start to reverse circulate 2nd dissolver pill
Line 1
10:00 100 0.8 19 Continue to reverse circulate dissolver pill
10:30 100 0.8 38 Continue to reverse circulate dissolver pill
11:00 100 0.8 60 Continue to reverse circulate dissolver pill
11:30 100 0.8 85 Continue to reverse circulate dissolver pill
Page 4
5. 01/11/12
Time/Date
Pressure
(psi) (bar)
Rate(bpm)
(usg) (scf)
Vol. (bpm)
(usg) (scf)
Total bpm)
(usg) (scf)
Description/Comments and full job details
12:00 100 0.8 109 Continue to reverse circulate dissolver pill
12:30 100 0.8 132 Continue to reverse circulate dissolver pill
13:00 100 0.8 157 Continue to reverse circulate dissolver pill
13:30 100 0.8 182 Continue to reverse circulate dissolver pill
14:00 100 0.8 206 Continue to reverse circulate dissolver pill
14:30 80 0.8 230 Continue to reverse circulate dissolver pill
15:00 80 0.8 255 Continue to reverse circulate dissolver pill
15:30 80 0.8 279 Continue to reverse circulate dissolver pill
15:56 0 0 300 Stop reverse circulating and line up for forward
Circulation
16:12 100 0.8 0 Start forward circulation same dissolver pill
Line 1
16:30 100 0.8 18 Continue forward circulation line 1
17:00 100 0.8 40 Continue forward circulation line 1
17:30 120 0.8 65 Continue forward circulation line 1
18:00 100 0.8 88 Shift handover
18.30 110 0.8 112 Continue forward circulation line 1
19.00 110 0 137 Stop pumping, platform muster
19.50 100 0.8 137 Continue forward circulation line 1
20.00 260 0.8 146 Continue forward circulation line 1
20.30 100 0.8 171 Continue forward circulation line 1
21.00 100 0.8 195 Continue forward circulation line 1
21.30 90 0.8 219 Continue forward circulation line 1
22.00 90 0.8 244 Continue forward circulation line 1
22.30 80 0.8 268 Continue forward circulation line 1
22:45 0 0 280 Continue forward circulation line 1
Reverse circulation
22:51 70 0.8 0 Start to reverse circulate 2nd dissolver pill
Line 1
23:30 80 0.8 33 Continue reverse circulate Line 1
Page 5
6. 02/11/12
Continue with wax dissolver and pigging operations
Time/Date Pressure (psi)
(bar)
Rate(bpm)
(usg) (scf)
Vol. (bpm)
(usg) (scf)
Total bpm)
(usg) (scf)
Description/Comments and full job details
02/11/12 Wax pill no 2 Line 1
00:00 80 0.8 58 Continue reverse circulate dissolver pill Line 1
00:30 60 0.8 82 Continue reverse circulate dissolver pill Line 1
01:00 70 0.8 106 Continue reverse circulate dissolver pill Line 1
01:30 80 0.8 131 Continue reverse circulate dissolver pill Line 1
02:00 85 0.8 157 Continue reverse circulate dissolver pill Line 1
02:30 60 0.8 181 Continue reverse circulate dissolver pill Line 1
03:00 60 0.8 206 Continue reverse circulate dissolver pill Line 1
03:30 50 0.8 232 Continue reverse circulate dissolver pill Line 1
04:00 60 0.8 255 Continue reverse circulate dissolver pill Line 1
04.30 60 0.8 280 Continue reverse circulate dissolver pill Line 1
05.00 60 0.8 304 Continue reverse circulate dissolver pill Line 1
05.15 80 0.8 316 Press increase, cont circulating
05.30 40 0.8 329 Press drop, pig in launcher/tracker not working?
06:00 40 0.8 354 Cont pumping slow rate un till 2nd
pig is back
06:05 240 2.9 358 Increase rate to flush lines
06:40 20 0 460 Pumping complete
07:00 Isolate to recover pigs
07:20 Recovered dummy pig brush pig still in line
07:50 Load dummy pig
08:00 500 Pressure test pig doors
08:05 Test complete reconfigure for Rev Circ. Line 1
08:12 200 2.7 0 Start Rev Circ dummy pig Line 1
08:30 200 2.7 54 Continue Rev Circ dummy pig Line 1
09:00 200 2.7 139 Continue Rev Circ dummy pig Line 1
09:23 240 2.7 200 Continue Rev Circ dummy pig Line 1
09:30 220 2.7 217 Continue Rev Circ dummy pig Line 1
09:35 200 2.7 231 Continue Rev Circ dummy pig Line 1
10.:00 200 2.7 302 Continue Rev Circ dummy pig Line 1
10:32 200 0 384 Stop pumping isolate and recover pig
11:00 Load pig and Reconfigure valves for testing
11:05 500 P/Test pig catcher doors
Page 6
7. 02/11/12
Time/Date Pressure (psi)
(bar)
Rate(bpm)
(usg) (scf)
Vol. (bpm)
(usg) (scf)
Total bpm)
(usg) (scf)
Description/Comments and full job details
02/11/12
11:15 300 2.7 0 Launch bidi pig Rev Circ. Line 1
11:30 280 2.7 41 Continue rev circ Line 1
12:00 280 2.7 122 Continue rev circ Line 1
12:30 280 2.7 208 Continue rev circ Line 1
12:40 2.7 2.7 228 Continue rev circ Line 1
13:00 2.7 2.7 282 Continue rev circ Line 1
13:30 2.7 2.7 366 Continue rev circ Line 1
13:46 0 0 407 Stop pumping. Pig not recovered
14:05 500 P/Test pig catcher doors
14:10 20 Test complete
14:21 270 2.7 0 Restart Rev Circ Bidi pig line 1
14:30 340 3 32 Increase Rate
14:44 300 2.9 72 Continue Rev Circ Bidi pig line 1
14:50 20 0 86 Stop pumping
14:58 200 2.7 0 Start Forward Circ on Bidi pig Line 1
15:02 0 0 13 Bidi pig back in catcher
15:45 Remove Bidi pig and load Dummy pig
16:06 500 P/Test pig catcher door
16:11 20 Test complete
16:15 200 2.7 0 Start Rev Circ on Dummy pig Line 1
17:00 200 2.7 118 Continue Rev Circ Line 1
17:30 200 2.7 202 Continue Rev Circ Line 1
18:00 200 2.7 284 Continue Rev Circ Line 1
18:30 200 2.7 366 Continue Rev Circ Line 1
18:36 0 0 383 Stop pumping / Pig in receiver
19.25 600 P/Test pig catcher doors
19:35 200 2.7 0 Start Rev Circ on Dummy pig Line 1
20:00 200 2.7 71 Continue Rev Circ Line 1
20:30 200 2.7 147 Continue Rev Circ Line 1
21:00 200 2.7 227 Continue Rev Circ Line 1
21:30 190 2.7 316 Continue Rev Circ Line 1
21:55 0 0 382 Stop pumping / Pig in receiver
22:15 600 P/Test pig catcher doors
22:25 220 2.7 0 Start Rev Circ on Bidi dummy pig Line 1
23:00 220 2.7 97 Continue Rev Circ Line 1
23:30 220 2.7 180 Continue Rev Circ Line 1
Page 7
8. 03/11/12
Continue pigging operations. Use of chemical wax dissolver when instructed.
Time/Date Pressure (psi)
(bar)
Rate(bpm)
(usg) (scf)
Vol. (bpm)
(usg) (scf)
Total bpm)
(usg) (scf)
Description/Comments and full job details
03/11/12
00:00 220 2.7 260 Continue Rev Circ Line 1
00:30 210 2.7 349 Continue Rev Circ Line 1
00:42 0 0 383 Stop pumping / Pig in receiver
01:00 600 P/Test pig catcher doors
01:08 240 2.7 0 Start Rev Circ on Bidi dummy pig Line 1
01:30 230 2.7 63 Continue Rev Circ Line 1
02:00 220 2.7 146 Continue Rev Circ Line 1
02:30 220 2.7 221 Continue Rev Circ Line 1
03:00 210 2.7 313 Continue Rev Circ Line 1
03:30 0 0 386 Stop pumping / Pig in receiver
03:50 600 P/Test pig catcher doors
03:55 220 2.0 0 Start Rev Circ on Triple Bidi with brush pig
Line 1
04:30 240 2.0 65 Continue Rev Circ Line 1
05:00 220 2.0 126 Continue Rev Circ Line 1
05:30 220 2.0 195 Continue Rev Circ Line 1
06:00 200 2 255 Continue Rev Circ Line 1, Shift change
06:30 190 2 314 Continue Rev Circ Line 1
07:10 120 0 395 Stop pumping pig in catcher. Stand by
08:30 Remove bidi pig and load dummy pig
08:58 500 P/Test pig doors
09:05 20 Test complete
09:12 170 2.2 0 Start Rev Circ dummy pig Line 1
09:30 160 2.2 39 Continue Rev Circ Line 1
10:00 160 2.2 106 Continue Rev Circ Line 1
10:30 160 2.2 179 Continue Rev Circ Line 1
11.00 160 2.2 244 Continue Rev Circ Line 1
11.30 160 2.2 316 Continue Rev Circ Line 1
12.04 20 0 390 Stop pumping pig in catcher
12:30 Recover dummy pig. Load bidi and dummy pig
Page 8
9. 03/11/12
Time/Date Pressure (psi)
(bar)
Rate(bpm)
(usg) (scf)
Vol. (bpm)
(usg) (scf)
Total bpm)
(usg) (scf)
Description/Comments and full job details
03/11/12
12:48 500 P/Test pig catcher doors
12:54 0 Test complete
13:02 240 2.4 0 Start pumping Rev Circ bidi & dummy Line 1
13:33 190 2.4 79 Cont Rev Circ Line 1
14:00 200 2.4 140 Cont Rev Circ Line 1
14:30 220 2.4 214 Cont Rev Circ Line 1
15:00 220 2.4 290 Cont Rev Circ Line 1
15:30 200 2.4 359 Cont Rev Circ Line 1
15:43 20 0 386 Stop pumping pig in catcher
16:00 Recover bidi and dummy pigs, load brush pig
16:11 500 P/Test pig doors
16:16 20 Test complete
16:20 Load bumper in receiver door
16:38 Reconfigure valves
16:41 500 P/Test receiver door
16:46 20 Test complete
16:48 220 2 0 Start Rev Circ brush pig Line 1
16:49 300 3 2 Increase rate
16:51 220 2 8 Decrease rate
17:00 210 2 26 Cont Rev Circ brush pig Line 1
17:30 180 2 85 Cont Rev Circ brush pig Line 1
18:00 180 2 154 Cont Rev Circ brush pig Line 1
18:30 160 2 209 Cont Rev Circ brush pig Line 1
19:00 160 2 270 Cont Rev Circ brush pig Line 1
19:30 160 2 339 Cont Rev Circ brush pig Line 1
19:55 0 0 385 Stop pumping pig in catcher
20:20 600 P/Test pig doors
20:35 140 1.5 0 Start pumping water for dissolver pill
20:38 300 2.8 8 Increase rate to move bidi pig
20:41 200 0.8 12 Start pumping wax dissolver
21:00 200 0.8 29 Continue pumping wax dissolver
21:15 180 1 37 Pump water to displace wax dissolver
21:23 0 0 41 Stop pumping to place 2nd pig in receiver
21:40 600 P/Test receiver door
21:46 380 2.6 41 Pump to launch 2nd pig
21:54 280 0.8 61 Reduce rate for wax dissolver pill
22:30 210 0.8 88 Cont Rev Circ wax dissolver pill bidi pig Line 1
23:00 200 0.8 112 Cont Rev Circ wax dissolver pill bidi pig Line 1
23:30 200 0.8 136 Cont Rev Circ wax dissolver pill bidi pig Line 1
Page 9
14. 06/11/12
Time/Date Pressure (psi)
(bar)
Rate(bpm)
(usg) (scf)
Vol. (bpm)
(usg) (scf)
Total bpm)
(usg) (scf)
Description/Comments and full job details
06/11/12
00:00 140 2 120 Continue pumping
00:30 150 2 192 Continue pumping
01:00 140 2 254 Continue pumping
01:30 140 2 316 Continue pumping
02:06 0 0 384 Stop pumping / Pig in launcher
02:20 600 P/Test pig doors
02:27 200 2.7 0 Start rev circ to launch dummy pig Line 1
03:00 200 2.7 90 Continue pumping
03:30 200 2.7 180 Continue pumping
04:00 200 2.7 253 Continue pumping
04:30 200 2.7 341 Continue pumping
04:47 0 0 383 Stop pumping pig back in launcher
06:00 Shift change and hand over
06:50 Accept permits stand by for further instruction
07:30 Prepare hose for GA20 flush flow line
10:30 Fit spool pieces to pig catcher doors
11:40 300 P/Test spool piece
11:45 0 Test complete
13:44 300 P/Test spools on pig catcher
13:49 0 Test complete
14:00 Rigging up to GA 20, Wait on rig skidding
18:00 Shift change and hand over
20:40 300 P/Test against KWV on GA20
21:00 0 Test complete / Wait on production
22:48 30 0.5 0 Start pumping through flow line on GA20
22:57 40 1 5 Increase rate
23:10 0 0 19 Stop pumping
Page 14
15. 07/11/12
Complete flushing operations on GA20 & GA22. Return to pigging operations
Time/Date Pressure (psi)
(bar)
Rate(bpm)
(usg) (scf)
Vol. (bpm)
(usg) (scf)
Total bpm)
(usg) (scf)
Description/Comments and full job details
07/11/12
01:00 Rig off GA20 and rig on to GA22
01:45 300 P/Test against KWV on GA22
02:00 0 Test complete / Wait on production
02:47 30 0.5 0 Start pumping through flow line on GA22
02:51 100 1 2 Increase rate
03:10 0 0 22 Stop pumping
04:30 Rig down off GA-22
04:45 Rig up intelligent pig in receiver
06:00 Shift change and hand over
06:30 300 Test pig spools
06:36 40 0.1 0 Start intelligent pig run Line 1
06:38 60 0.2 0.2 Continue intelligent pig run Line 1
06:42 90 0.3 1 Continue intelligent pig run Line 1
06:55 80 0.35 5 Continue intelligent pig run Line 1
07:05 65 0.35 9 Continue intelligent pig run Line 1
09:15 60 0.35 56 Continue intelligent pig run Line 1
10:08 70 0.35 75 Continue intelligent pig run Line 1
11:10 0 100 Stop pumping Platform GPA status
11:42 30 0.35 100 Recommence pumping intelligent pig Line 1
13:09 40 0.35 132 Continue intelligent pig run Line 1
14:30 40 0.35 162 Continue intelligent pig run Line 1
15:00 40 0.35 173 Continue intelligent pig run Line 1
15:30 20 0.35 184 Continue intelligent pig run Line 1
16:00 50 0.35 194 Continue intelligent pig run Line 1
16.30 40 0.35 205 Continue intelligent pig run Line 1
17:00 40 0.35 217 Continue intelligent pig run Line 1
17:30 30 0.35 227 Continue intelligent pig run Line 1
18:00 40 0.35 238 Continue intelligent pig run Line 1
18:30 40 0.35 248 Continue intelligent pig run Line 1
19:00 40 0.35 259 Continue intelligent pig run Line 1
19:30 40 0.35 271 Continue intelligent pig run Line 1
20:00 30 0.35 281 Continue intelligent pig run Line 1
20:30 30 0.35 292 Continue intelligent pig run Line 1
21:00 30 0.35 303 Continue intelligent pig run Line 1
21:30 30 0.35 315 Continue intelligent pig run Line 1
22:00 30 0.35 326 Continue intelligent pig run Line 1
22:30 30 0.35 336 Continue intelligent pig run Line 1
23:00 30 0.35 348 Continue intelligent pig run Line 1
23:30 30 0.35 359 Continue intelligent pig run Line 1
Page 15
16. 08/11/12
Complete pigging operations
Time/Date Pressure (psi)
(bar)
Rate(bpm)
(usg) (scf)
Vol. (bpm)
(usg) (scf)
Total bpm)
(usg) (scf)
Description/Comments and full job details
08/11/12
00:00 30 0.35 370 Continue intelligent pig run Line 1
00:10 0 0 374 Stop pumping pig back in launcher
01:30 Drain water out of tank
02:00 Start rigging down 4” iron on pipe deck
03:00 Start rigging down surface lines on pipe deck
05:00 Rig down spike pumps and hoses
06:00 Shift change and handover
12:00 Awaiting lifts, cranes down due to maintenance
16:00 Lift hoses out of skid deck and cellar deck
18:00 Shift change and hand over
21:00 Rig down complete
09/11/12
Continue to rig down equipment
Time/Date Pressure (psi)
(bar)
Rate(bpm)
(usg) (scf)
Vol. (bpm)
(usg) (scf)
Total bpm)
(usg) (scf)
Description/Comments and full job details
09/11/12
06:00 Shift change and hand over
07:00 Prepare pressure cabin for backload
10/11/12
Down man all Aker Solutions Personnel
Page 16