TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

GEOPLEX DRILLTEQ LTD

TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

SUBMITTED

TO

WELLBERG ENERGY SERVICES JAN 2020

Geoplex Geoplex Drillteq Limited 8A Goriola Street, Off Adeola Odeku St. V.I. Lagos 2, Chief Nwuke Street Tel: (234-1) 873 6370, (234-1) 295 6151; Fax: (234-1) 269 3324 Trans Amadi Ind. Layout, Port Harcourt Nigeria E-mail:[email protected] Tel: (234-84)302 853, Fax: (234-84)238394

17th January , 2020.

Wellberg Energy Services, Km 2 Eku-Osubi Road, Warri. Delta State, Nigeria

Attention: Mr. Chinedu

Dear Sir,

TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

We are pleased to submit our technical proposal for Coiled Tubing and Pressure Pumping Service as contained in the attached.

Having considered the operations requirements and we are confident that Geoplex’s relatively new coiled tubing unit and pressure pumping spread can deliver to your client's expectation if deployed.

We hope that this meets your expectations. Please let us know if you require some clarifications or additional information at your earliest convenience.

Yours Faithfully, For: Geoplex Drillteq Limited

Joshua Akanle Business Development [email protected] TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

TABLE OF CONTENTS

SECTION 1: DETAILS OF COILED TUBING TECHNICAL SPECIFICATION 4

SECTION 2: ADDITIONAL PICTURES OF COILD TUBING 36

SECTION 3: CERTIFICATE OF CONFORMANCE 47

SECTION 4: CERTIFICATE OF INSPECTION 61

SECTION 5: COILED TUBING WORK EXPERIENCE 65

SECTION 6: CURRICULUM VITAE OF KEY PERSONNEL 67

Geoplex Geoplex TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

SECTION 1: DETAILS OF COILED TUBING TECHNICAL SPECIFICATION

Geoplex Geoplex 1.0 INTRODUCTION

This specification covers a ZONE II Four (4) Skids Mounted Coiled Tubing Unit with trailers which have the capability of working with 17,000 ft (5,180 m) of 1- 1/2″ diameter Coiled

Tubing Strings .

This Unit consist of the following assemblies/components: • One (1) Power Pack Assembly • One (1) Tubing Reel Assembly • One (1) Control Cabin Assembly • One (1) Injector/Stripper/BOP Transport Assembly • Two (2) Transport Trailer Assembly

This unit is suitable for both offshore use in hazardous area and onshore requirements. This Coiled Tubing Unit is designed to meet the requirements of the potentially explosive hazardous areas often found in offshore applications. The diesel engine is suitable for use in

1 / 31 atmospheres classed as Zone II. The diesel engine is equipped with engine gas coolers to ensure that the diesel engine meets hazardous area requirements. The diesel engine also meet the most current offshore emissions requirements. To ensure that this CTU meets hazardous standard where required, the following are incorporated onto this CTU:

• All Junction Boxes are as Zone II approved. • All measurement sensors are ZoneII approved and intrinsically safe (i.e. operate at such low voltage and current so as to meet Zone II). • Short circuit Zone II protection for all downstream powered sensor circuits are installed

• All solenoid valve controls are ZoneII approved. • All connectors, glands, seals, and penetrations through any electrical box are sealed. • All the wiring is professionally installed and is properly marked and identified. This unit is fully unitized and completed and is suitable for operation ambient temperature ranges of - 10 Deg C to +55 Deg C (14 Deg F to +113 Deg F). The unit includes the following main components: ITEM QTY DESCRIPTION QUAD (4) and Tridem (3) Axle fixed gooseneck, Carrier 2 “single drop” trailer Power Transmission 1 Hydraulic Power Pack Diesel Engine 1 DDC S60 ATEX, rated 500 BHP @ 2,100 RPM Carrier 4 Heavy duty skid/protection frame ZoneIIControl Cabin with Pressure Purged Control System 1 Console, Local Controls Reel Assembly 1 LGGT 130-72-62 Hose Carriers and Hoses 3 Hose Reels c/w 131 feet (40 m) Hoses Cooling System 1 Vertical radiator with Mechanical Fan Drive Injector 1 Model ZRT-80K with 72 inch gooseneck Stripper Assembly 1 J&N 4.06″ Side Door Stripper Packer, 10,000 psi; Blow Out Preventer (BOP) 1 J&N 4.06″ Quad BOP, 10,000 psi Unitization and Completion 1 - Geoplex Data Acquisition Software 1 GDAS

2 / 31 Geoplex Simulation Analysis System 1 -

2.0 UNIT DIMENSIONS

The physical dimensions and weights of the power pack skid are as follows: • Length: 4.8 m (15′ 9″) • Width: 2.6 m (8′ 6″) • Height: 2.6 m (8′ 6″) • Weight(withoutTractorandTubing): 9,500kg(20,900lbs) The physical dimensions and weights of the control cabin skid are as follows: • Length: 3.6 m (15′ 9″) • Width: 2.6 m (8′ 6″) • Height: 2.6 m (8′ 6″) • Weight(withoutTractorandTubing): 6,000kg(13,200lbs) The physical dimensions and weights of the tubing reel skid are as follows: • Length: 4.1 m (13′ 6″) • Width: 2.6 m (8′ 6″) • Height: 3.4 m (11′ 3″) • Weight(withoutTractorandTubing): 8,500kg(18,700lbs) The physical dimensions and weights of the injector/gooseneck skid are as follows: • Length: 3.94 m (12′ 11″) • Width: 2.6 m (8′ 6″) • Height: 3.4 m (11′ 3″) • Weight(withoutTractorandTubing): 9,000kg(19,800lbs) Trailer 1: Transporting Control Cabin Skid & Tubing Reel Skid & Injector Skid • Length (without Tractor ): 12.20 m (40′ 0″) • Width: 2.60 m (8′ 6″) • Height: 4.50 m (14′ 9″) • Weight(withoutTractorandTubing): 40,000kg(88,200lbs) Trailer 2: Transporting Power Pack Skid & BOP • Length (without Tractor): 12.20 m (40′ 0″)

3 / 31 • Width: 2.60 m (8′ 6″) • Height: 4.20 m (13′ 9″) • Weight(without Tractor): 35,000 kg (55,115 lbs)

3.0 CARRIER This is a Tridem, (three axles) fixed, single drop trailer used to transport the Control Cabin Skid & Tubing Reel Skid & Injector Skid and a double axles fixed, single drop trailer used to transport the Power Pack Skid & BOP with fifth wheel towing attachment for use with a suitable Tractor with the following features: • Heavy duty type with steel “I” section (outer) beam main rails and cross member construction.

• Semi-elliptic leaf spring type suspension • Air brakes with parking brake (mounted above the axles) and WABCO (or equivalent) ABS system

• 275/70 R22.5 radial tires • Two (2) hydraulic operated landing gears at the front of the trailer with locally mounted hand pump operated hydraulic power system. • 88.9 mm (3 1/2″) King Pin assembly (the height of the King Pin is 1.29 m (50.8″) from the ground)

• 24 VDC electrical system • Air/electric QD tractor/trailer connections • Fenders rear with mud flaps with centrally mounted towing loop

4.0 POWER PACK ASSEMBLY This Assembly is skid mounted include a heavy duty, skid base/protection frame, a diesel engine, hydraulic system, a Tubing Injector Drive Hose Reel and all related components; details of this Assembly are as follows:

4 / 31 The physical dimensions of this Power Pack Assembly are as follows: • Length: 4.80 m (15′ 9″) • Width: 2.60 m (8′ 6″) • Height: 2.60 m (8′ 6″) • Weight: 9,500 kg (20,900 lb)

4.1 CARRIER This is a heavy duty steel oilfield skid and protection frame that has the following features: • Structural Steel longitudinal main beams and cross beams • A structural Steel protection/crash frame • Forklift tubes are incorporated into the skid base • ISO corner blocks are installed on the top of the unit • Fluid containment sump drains and flush drain plugs • Recessed lift eyes are below the top of the skid assembly at each corner (to allow a

5 / 31 4-point lift with slings) • Top side access ladder with non-slip rungs • Access walkways on top of the protection frame • All required component mounts. • Installed on this skid and connected to the assembly hydraulic/pneumatic/electrical systems is a Bulkhead Panel with quick coupling type connectors (with clearly identified tag numbers) for required hose connections to the Tubing Reel and Control Cabin Assemblies and the Injector. Installed on the unit is a 400 liter (105 gallons) total capacity fuel system/fuel circuit. The fuel tank is equipped with a breather system. The unit fuel circuit includes a fuel water separator, fuel suction and return lines are of adequate size to minimize restriction. This fuel system provides diesel fuel to the Unit mounted Diesel Engine. Installed on the unit is a dedicated battery system. This system is installed in a fabricated battery and include an increased safety deep discharge battery pack with integral junction box and isolator switch configured in 24 volts, pre wired battery cables to the deck mounted diesel engine 24 VDC electric power systems.

4.2 DIESEL ENGINE MTU/DDC series 60, turbocharged, 4-cycle, 6-cylinder in line configuration, high speed, water cooled, direct fuel injection, electronic type diesel engine operating at up to 500 HP@2,100 RPM. The diesel engine is equipped with a “Zone II” kit to ensure that both them meet Group II Category 3G T3 hazardous environments (ZoneII) and is equipped as per the following:

• ATEX 95 certificates for PYRONBAN “ZONE II” kit • Heavy duty dry type air filters with replaceable cartridges • A Ex d 24V alternator for use in hazardous areas • Air start system with air operated pilot type start valve. • Exhaust flexible pipe • Spark arrestor • Crankcase breather flame arrestor

6 / 31 • Positive emergency kill air shut off device activated on engine over speed or emergency stop. • Shutdown system for low oil pressure, high water temp, high exhaust gas temperature and engine over speed. • Installed on the flywheel housing of this diesel engine is a multi-output drive gearbox to provide power to the unit hydraulic system • Unit cooling is accomplished by a vertically mounted radiator with a coolant expansion tank and the following features:

• Marine rated radiator including two cores for engine and heat exchanger cooling • Engine driven anti-static fan • Coolant expansion tank • Coolant piping interconnections • Anti-static fan belts • All rotating parts is covered by protective guard • Exhaust gas cooler, plenum and outlet box assembly. Designed to limit the exhaust gas and cooler surface temperature to T3 (200℃). • Flanged dry exhaust flexible for fitting between spark arrestor and exhaust gas cooler, installed to absorb heat expansion of the cooler and associated components. • Water-cooled exhaust pipe from engine or turbocharger exhaust outlet to the exhaust gas cooler.

• A spark arrestor, sound attenuated • The engine radiator is capable of cooling the engine at up to 55˚ C (131˚ F) ambient under pumping applications. The Cooling System cools the diesel engine jacket water and charge cooling system. The diesel engine fuel is cooled by an air to fuel heat exchanger mounted in the vertical cooling package but the hydraulic oil circuit is cooled by an air to oil independent heat exchanger mounted on the Power Pack.

4.3 PNEUMATIC SYSTEM The pneumatic system consists of an air compressor mounted on the diesel engine, an air reservoir, an air dryer, relief valves and required pneumatically operated devices. The compressed air reservoir is of adequate size fitted with drains to drain condensed water

7 / 31 and is a carbon steel cylindrical construction. The tank is fitted with safety valve, tank drain, connectors and other components.

4.4 HYDRAULIC SYSTEM The hydraulic drive system for this Unit is powered from the above detailed diesel engine mounted multi-output drive gearbox consists of hydraulic pumps and control valves with system with control function connections to the Unit Control system.

4.4.1 MAIN HYDRAULIC SYSTEM The hydraulic system has three (3) hydraulic pump, driven from the outputs of the Multi Output Drive Gearbox. The first one is a bi-directional axial piston, variable displacement, swash plate type, closed loop hydraulic pump. The second one is an axial piston, variable displacement, swash plate type pressure compensated, open loop hydraulic pump. The third one is a vane hydraulic pump. These three (3) hydraulic pumps provide hydraulic power to the following:

• Injector drive • Tubing reel drive • Reel level wind override hydraulic motor • Reel level wind height control hydraulic cylinders • Hose reel hydraulic motors • Control cabin lift cylinders • BOP cylinders (in conjunction with an accumulator) • Stripper/packer • Injector chain traction system • Injector chain tension system

4.4.2 HAND PUMP SYSTEM A high pressure hand pumps provides back-up power to the following: • BOP Rams • Stripper/Packer • Injector chain traction system A pneumatically driven hydraulic pump is installed inside the Control Cabin. This pump delivers up to 5,000 psi to power the Stripper Packer. This pump is also equipped

8 / 31 with a handle to allow it to be used as a second manual back-up pump in the case of a pneumatic system failure.

4.4.3 ACCUMULATOR SYSTEM Supplied and installed on the hydraulic system as part of this hydraulic package is a “four pack” high pressure N2 charged, accumulator system with a total minimum capacity of 40 gallons (151 L) and rated a minimum of 2,800 psi (19.3 MPa) to provide back-up power to the BOP control system.

4.4.4 GENERAL HYDRAULIC Also supplied are the other main components of hydraulic system i.e.: • Required (intrinsically safe) controls for the above hydraulic functions • Required hydraulic filters • Carbon steel hydraulic tank with sight level gauge, strainer, breather cap and return filter • All necessary hydraulic valves, gauges, hoses and piping • Provision for yard spooling using hydraulic hoses with suitable pressure regulator.

4.5 TUBING INJECTOR POWER HOSE REEL Installed on this skid is a two section hydraulically powered through a chain drive speed reducing arrangement with locally operated direction and speed control valve Tubing Injector Drive Hose Reel. This Tubing Injector Drive Hose Reel is used to hold the two injector power hoses and is equipped with high pressure hydraulic hose swivels and Quick Disconnect couplings. Installed on this Tubing Injector Drive Hose Reel is one (1) set of 131 ft. (40m) long 5,000 psi rated injector drive hoses with quick coupler assemblies.

5.0 TUBING REEL ASSEMBLY This Assembly is skid mounted includes a heavy duty skid base/protection frame, Tubing Reel support frame and a removable “Quick-In Drum” Type Tubing Reel and all related components. The overall design of this Tubing Reel Assembly incorporates modular design features, including quick stab swivels, modular bearing assemblies, quick connection type external and internal reel piping assemblies that allow for easy change out of the removable “Quick-In Drum” Type Tubing Reel.

9 / 31 The physical dimensions of this Tubing Reel Assembly (including the removable “Quick-In Drum” Type Tubing Reel) is as per the following:

• Length: 4.1 m (13′ 9″) • Width: 2.6 m (8′ 6″) • Height: 3.4 m (11′ 3″) • Weight (without tubing) 8,500 kg (18,700 lbs)

5.1 CARRIER

This is a heavy duty steel oilfield skid and protection frame has the following features:

• Structural Steel longitudinal main beams and cross beams • A structural Steel protection/crash frame • The protection/crash frame is pin connected for removal from the skid base.

10 / 31 • Forklift tubes is incorporated into the skid base • Lifting points either side of the assembly (to allow a 2-point lift with slings on the off- shore with the coiled tubing string) • Fluid containment sump c/w drains and flush drain plugs • Top side access ladder with non-slip rungs • All required component mounts. • Installed on this skid and connected to the assembly hydraulic/pneumatic/electrical systems is a Bulkhead Panel with quick coupling type connectors (with clearly identified tag numbers) for required hose connections to the Power Pack and Control Cabin Assemblies.

5.2 TUBING REEL SUPPORT FRAME Installed on to the Tubing Reel Assembly master skid base main frame members is a Tubing Reel Support Frame with the following basic specifications:

• Heavy Duty steel construction. • Recessed lift eyes are below the top of the skid assembly at each corner (to allow a 4-point lift with slings on the shore without the coiled tubing string) • Installed on the heavy-duty steel Tubing Reel Support Frame is a heavy-duty “Quick- In Drum” Reel shaft/bearing carriers to support the removable “Quick-In Drum” Type Tubing Reel main shaft.

• Mounted on the Tubing Reel Support Frame is a mechanically driven level wind system that utilizes a “floating pogo stick” with a 4-roller pivoting guide assembly. This level wind assembly allows a tubing angle to vary from a minimum of 10° up to a maximum of 80° elevation (from horizontal) and is raised and lowered via hydraulic cylinders with integral counterbalance valves. Installed on this level wind mechanism is mechanical depthometer assembly with a five digit, re-settable mechanical type (feet) readout and a system accuracy of 0.15% (based on an error difference between running in and pulling out on the same well) that incorporates a “V” roller fully adjustable design to accommodate tubing sizes from 1 1/2″ to 2 7/8″ O.D. Tubing (NOTE! level wind is set up for use with 1 1/2″diameter tubing). Installed on this depthometer is a Zone II compliant electronic

11 / 31 encoder sensor for use with a Data Acquisition System. This automatically controlled level wind system includes a hydraulic override control. An over-center valve is installed in the circuit to prevent the level wind assembly from collapsing in the case of a hydraulic failure. This level wind mechanism incorporates a diamond lead screw that is driven in synchronization to the removable “Quick-In Drum” Type Tubing Reel drum speed and rotation by a chain and sprocket and friction clutch arrangement. A hydraulic motor for level wind override purposes is connected to the diamond lead screw. • Installed on the Tubing Reel Assembly skid base is a remote controlled (from the Control Cabin Assembly mounted Control Console) external 26 gallon (100 liter) capacity tubing air powered lube storage tank. This tank is connected to a tubing oiler that is installed on the level wind system. • Mounted on the heavy-duty reel support frame is an external piping assembly that includes a 2” circulating swivel rated 15,000 psi Working Pressure, one end of this swivel has a quick stab connection that allows for quick and easy connection to the removable “Quick-In Drum” Type Tubing Reel Internal piping assembly and the other end of the swivel is connected to the external piping assembly via a chicksan swivel with FIG. 1502 unions. • The external manifold arrangement consists of 2″ FIG 1502 fittings and on which a 2″ turbine type flowmeter with Zone II compliant transducer for connection to a Data Acquisition System, two (2) 2″ x 2″ inlet plug valves with 2″ FIG. 1502 connections and a 2″, FIG 1502, electronic type circulation pressure transducer for connection to a Control Console mounted Pressure Gauge (Zone II electronic gauge and transducer) and a Data Acquisition System are installed. This external manifold assembly is secured to the reel support frame by heavy duty clamps and includes two (2) 2″ FIG 1502 connections. These external piping/fittings/sensors is rated to 15,000 psi Working Pressure. • Mounted on the skid base, is a Tubing Reel hydraulic motor drive system consisting of two hydraulic motors (with internal hydraulic brake) with installing two driving gears separately and a heavy-duty following gear. This hydraulic motor drive system drives

12 / 31 the Tubing Reel via two sets of gear drives concurrently. • Where required, removable guards are installed over all exposed drive systems. • This Tubing Reel Support Frame is supplied with a chain and boomer transport locking system for use with the Tubing Reel.

5.3 REMOVABLE “QUICK-IN DRUM” TUBING REEL These reels are removable “Quick-In Drum” Type Tubing Reel type and each is capable of holding a maximum of 6,000 m (20,000 ft) length of 1 1/2″ Diameter Coil Tubing String and is easily and quickly installed / removed from the above detailed Tubing Reel Assembly. The physical dimensions of this removable “Quick-In Drum” Type Tubing Reel are as follows:

• Outer Flange Diameter: 130″ • Inner Core Diameter: 72″ • Inner Flange Width: 62″ • Maximum Reel capacity: 6,000 m (20,000 ft) of 1 1/2″ diameter tubing This removable “Quick-In Drum” Type Tubing Reel has the following features: • There are heavy duty steel oilfield lifting eyes (to allow a 2-point lift with slings on the off-shore with the coiled tubing string) • The outer and inner circumference of the outer reel and the spokes are constructed from structural steel. • The reel drum main shaft is a non-pressurized high tensile alloy steel tubing. Both ends are equipped with hardened steel sleeves and heavy-duty bearing assemblies and bearing carrier assemblies for “Quick-In Drum” installation on to the heavy-duty steel Tubing Reel Support Frame. This main shaft is set up for quick and easy installation of the Reel Internal Piping Assembly.

• Installed on the main shaft are reel follower gear and a level-wind drive sprocket. • Installed in this removable “Quick-In Drum” Type tubing reel and connected to the (quick stab) connection on the externally mounted circulating swivel is a Reel internal piping assembly. This internal piping assembly consists of FIG 1502 fittings that includes a 2″ FIG 1502 tubing connection (to connect the Tubing Reel internal piping assembly to the Coil Tubing String that is mounted on removable “Quick-In Drum”

13 / 31 Tubing Reel), an internal 2″ plug valve and 2″ FIG 1502 (Ball and Pig inlet) with a blanking 2″ 1502 union half. All internal piping are rated at 15,000 psi Working Pressure.

5.4 TUBING STRING • Type: TS-80 • Outside Diameter: 1.5” • Wall Thickness: 0.134” • Minimum Internal Yield Strength: 13,440 psi

6.0 CONTROL CABIN ASSEMBLY

This Assembly is skid mounted and includes a Zone II , Control Cabin and Injector/Stripper- Packer/BOP Control Hose reels and all related components. This CTU is controlled from the Pressure Purged, ZoneII, Control Console; This Control Cabin Assembly also has a Data Acquisition capability. Details of this Assembly are as follows:

The physical dimensions of this Control Cabin Assembly is: • Length: 3.60 m (13′ 5″)

14 / 31 • Width: 2.60 m (8′ 6″) • Height: 2.60 m (8′ 6″) • Weight: 6,000 kg (13,200 lbs)

6.1 CARRIER This is a heavy duty steel oilfield skid and protection frame that has the following features: • Structural Steel longitudinal main beams and cross beams • A structural Steel protection/crash frame • Forklift tubes are incorporated into the skid base • ISO corner blocks are installed on the bottom of the unit • Fluid containment sump c/w drains and flush drain plugs • Recessed lift eyes are below the top of the skid assembly at each corner. • All required component mounts. • Installed on this skid and connected to the assembly hydraulic/pneumatic/electrical systems is a Bulkhead Panel with quick coupling type connectors (with clearly identified tag numbers) for required hose connections to the Power Pack and the Tubing Reel.

6.2 CONTROL CABIN A fabricated Zone II, Control Cabin is on the Skid base, this Control Cabin is hydraulically elevated into its operating position to a suitable height from the transport position to provide the CTU operator with a clear view of the wellhead and operations over the tubing reel. Once in the elevated position a mechanical lock is activated ensuring that the cab cannot creep, also the counterbalance valve in the hydraulic circuit ensures that the cab only comes down under hydraulic power. The unit is fully operational from this control cabin via a Control Console equipped with all required mechanical, hydraulic, electrical, electronic and pneumatic controls and instrumentation. The only exceptions to this is the cabin lift system and hose reel

15 / 31 controls which are operated from locally sited controls. This Control Cabin has the following specifications and features: • Zone II, Control Cabin to allow the safe use of conventional electronics/electrical systems inside the Control Cabin during CT operations.

• Two (2) external explosion proof exterior lights installed on the front of the Cabin • One side access door with window and rain gutter and steel hardware. Front window with protective attack-proof glass, removable expanded metal guard, rain gutter and air wind shield wiper. • Ladders and its suitable attachment with the side door of the control console for both normal and extended position.

• A hydraulic air conditioner • Internal lighting safe area rated • Operator’s “Captain Style” chair and fold down seat. • Air horn. • 24 VDC safe area rated Power Outlet for a Data Acquisition System

6.3 CONTROL CONSOLE Installed in the Control Cabin is a Pressure Purged type Control Console with a Control Panel which is fully labeled in English and complete with all gauges and control information. This Control Console is an engineered fabricated housing that also incorporates the back-up pump, hydraulic valves, interface, etc.

Installed at the side of this Control Console and connected to the CTU mounted sensors

16 / 31 digital outputs inside the Control Console are communication connector and 24VDC power connector for connection to a Data Acquisition System. The output signals from those connectors are as follows:

• Coiled tubing depth and speed • Tubing weight (electric) • Circulating pressure(electric) • Wellhead pressure(electric) Installed in this Control Console are the following controls and instrumentation: • Multi-Bank valve for BOP control having ON/OFF option • BOP hydraulic system pressure gauge • BOP accumulator pressure gauge. • Supply valve, bleed valve and gauges to operate dual acting stripper. • Separate supply valve, control valve, bleed valve and separate gauges for injector traction system.

• Hand pump for BOP back up, stripper rubbers and traction circuit. • Control valve for injector speed and direction. • Valve for injector brake control. • Regulating/control (relief) valve for injector tension control. • Valve for injector chain lubrication. • Hydraulic pressure gauge for injector drives 5,000 psi. • Hydraulic valve for reel control i.e. tubing reel direction control (reel pay off or take up), level wind raise and lower, manual reel override control/reel position valves (level wind override).

• Regulating/control (relief) valve for reel tension control. • Reel brake control valve. • Control for Tubing Reel mounted stuffing box inhibitor or diesel injection system • Pressure gauge for reel tension 3,000 psi • Weight indicator. • Two (2) hydraulic type pressure gauges for wellhead pressure and circulating pressure • Controls for the Diesel Engine speed, kill and emergency kill

17 / 31 • Diesel Engine EDM Display Module to provide the following information: • tachometer/hour-meter readout • oil pressure readouts • water (coolant) temperature readouts • engine diagnostic fault indication and information • Required mechanical gauges for all operating parameters (i.e. Injector, BOP, Stripper Packer etc)

• Air horn button • Panel mounted controls for lights and wind screen wiper 6.4 CONTROL HOSE REEL This is a two section hose reel hydraulically powered through a chain drive speed reducing arrangement with locally operated direction and speed control valve. This reel is supplied with bearing and shaft retainers. This reel is used to hold the injector control hoses, BOP control hoses, and stripper packer control hoses. Connection from the Power Pack assembly is made via a hydraulic bulkhead equipped with hydraulic quick disconnects. Installed on this Control Hose reel is the following control hose bundles. (Note! these hose bundles are covered with protective sheathing and each hose is tagged numerically with SS washers and equipped with dust caps): • One (1) only set of 131 ft. (40m) long injector control hoses complete with quick coupler assemblies. • One (1) only set of 131ft. (40m) long stripper packer control hoses complete with quick coupler assemblies. • Four (4) only sets of 131 ft. (40m) long BOP actuator hoses, one for each BOP ram assembly (i.e. pipe& slip ram, shear & blind ram) complete with quick coupler assemblies.

• One (1) only set of 131ft. (40m) long injector load cell and wellhead pressure signal hoses / lines complete with quick coupler assemblies. 6.5 POWER PACK/TUBING REEL JUMPER HOSES Supplied hoses mounted on the Control Cabin Assembly are two (2) sets of long jumper

18 / 31 hoses. One (1) set of 33 ft (10 m) long jumper hoses is used as inter connection between the Control Cabin Assembly and the Power Pack Assembly. Another set of 49 ft (15 m) long jumper hoses is used as inter connection between the Control Cabin Assembly and Tubing Reel Assembly.

7.0 INJECTOR TRANSPORT ASSEMBLY This is a heavy duty Injector/gooseneck Transport Assembly that is used to store and transport the Injector /Injector Gooseneck/Injector Support Legs etc.

The physical dimensions of this Injector/Injector Gooseneck/Stripper/BOP Transport Assembly is:

• Length: 3.94 m (13′ 111″) • Width: 2.60 m (8′ 6″) • Height: 3.40 m (11′ 3″) • Weight: 9,000 kg (19,800 lbs)

19 / 31 7.1 CARRIER This is a heavy duty steel oilfield skid and protection frame that has the following features: • Structural Steel longitudinal main beams and cross beams • A structural Steel protection/crash frame • The protection/crash frame is pin connected for removal from the skid base. • Forklift tubes are incorporated into the skid base • Recessed lift eyes are below the top of the skid assembly at each corner (to allow a 4-point lift with slings) • Fluid containment sump c/w drains and flush drain plugs • This Injector/BOP Transport Skid Assembly is equipped with mounting brackets for use in transporting the Injector/Injector Gooseneck/Injector Support Legs /Stripper.

7.2 INJECTOR This is a Model ZRT-80K Injector that is capable of handling 1-1/2" OD Coil Tubing. This Injector has the following performance parameters and technical specifications and features:

PERFORMANCE: Model ZRT-80K Intermittent Lifting Capacity 41 t(90,000 lb)

20 / 31 Continuous Lifting Capacity 36 t(80,000 lb) Continuous Snubbing Capacity 18 t(40,000 lb) Max. Speed @Min. Displacement 58 m/min(190 ft/min) Max. Speed @Max. Displacement 23 m/min(75 ft/min) Tubing Size 32 mm~89 mm(1 1/4″~3 1/2″) Superior Slow Speed Control 0.2 m/min(7.9 in/min)

SPECIFICATIONS AND FEATURES:

• 80,000 lbs. continuous pulling capacity • 40,000 lbs. continuous snubbing capacity. • Suitable for coiled tubing sizes of 1 1/4″O.D. through 3 1/2″ O.D. • Equipped for 1 1/2″ OD tubing. • Fold down roller type Tubing Gooseneck with a detachable 72″ radius that has wider flared shape at the entry point for smoother entry of tubing from the tubing reel to the gooseneck. The gooseneck is a fold down type to facilitate easy transportation. The gooseneck is equipped with a steel roller tubing straightener lower section and steel rollers on upper section a gooseneck stiffener and gooseneck support arms. • Installed on the Injector is a Combination hydraulic dual cating loadcell to provide direct pipe heavy and light weight indicator. Pipe heavy and pipe light weight data is indicated on to Control Panel mounted electronic type single weight indicator (with a zero setting capability), the same information may also be displayed digitally and recorded in real time on to a Data Acquisition System. The weight indicator has the following range:

• Weight indication (pipe heavy): 80,000 lbs. • Weight indication (pipe light): 40,000 lbs. • Supplied with the Injector is a one set of four (4) aluminum telescopic support legs that is a minimum of 20 feet long when in the open condition and each equipped with a screw adjustment to stabilize the Injector during CTU operations when it is mounted on the well head. Also supplied with the Injector is one set of four (4) short fixed steel legs for supporting of the Injector (on the ground) when the stripper is

21 / 31 installed on the Injector for both storage and maintenance functions. • Access steps are installed on the Injector frame. • All hydraulic connection on the Injector are piped to a quick disconnect coupling using bulkhead fittings installed at the bottom front side of the Injector. All hoses are numbered properly for quick identification and fitting. • The Injector is equipped with a chain lubrication system activated by the control in the cabin;

• Injector Gripper Blocks is equipped with elastomeric pads • Injector chain bearings is sealed for life. • The Injector is equipped with removable Gripper Blocks with a size range of 1 1/4″ – 3 1/2″ (Patent Pending). This Injector is equipped with 1 1/2″ gripper blocks. • The Injector is equipped with Double Planetary Reduction Boxes Designed Specifically for Coiled Tubing Applications

• The Injector is equipped with two Axial Piston Variable Displacement Hydraulic Motors • The Injector is equipped with High Flow Counterbalance Valves • The Injector is equipped with modular brakes that are mounted between the motors and the gearboxes and are spring applied/pressure released.

• The Injector is equipped with Induction Hardened Teeth on all Sprockets • The Injector is equipped with Bladder Type Accumulators Installed on the Traction Circuit • Counterbalance safety valves are installed in the hydraulic motor circuit.

8.0 SIDE DOOR STRIPPER-4.06” Installed on to the Injector Head is a J&N Side Door Stripper Packer (hydraulic stuffing box) with the following specifications:

22 / 31 • 4.06″ ID/through bore • Hydraulically operated • -20°F to 250°F Working Temperature • 10,000 psi Working Pressure

psi, • H2S Service(EE-0.5: pH2S≤0.5 pCO2 7~30 psi) • Sized for 1 1/2" Coiled Tubing • All alloy components in contact with well fluids is per NACE MR-01-75 for H2S Service. • Hydraulically pack-off/retract pressure activated for packer extrusion and easy packer change.

• CB44 Union Nut and Pin down. This Stripper Packer has the following features: • Side loading split packing design which allows quick packer changing out with tubing in the well.

• Thermoplastic Polyurethanes type material packer and bronze bushing • Pin on mount type injector base and set at minimum distance away from the injector drive chains.

• Main and back up function controlled from the control cabin. • This Stripper assembly remains mounted to the Tubing Injector while the CTU is in transportation or operation.

• Manufactured in accordance with API 16A, NACE MR-01-75.

9.0 SOLID BLOCK QUAD BOP-4.06”

This is a J&N solid block blowout preventer: 4.06″ bore, quad BOP with the following

23 / 31 specifications:

• Hydraulically operated • -20°F to 250°F Woring Temperature • 10,000 psi Working Pressure

• H2S service (EE-0.5: pH2S≤0.5psi, pCO2 7~30psi) • All metals in contact with pressured well fluids is per NACE Spec MR-01-75 • 4.06″ 10K, BX-155 studded flange up by 4.06″ 10K BX-155 open flange down • Adapter flange: 4.06” 10K, BX -155 open flange x CB44 union female box up (to match with Stripper Packer connection). • Blanking nut and pin; 10,000 psi working pressure, H2S service, 15,000 psi test, with 0.500 NPTF port and CB44 union nut and blanking pin. • Adapter flange: 4.06, 10K BX -155 open flange x CB44 union nut and pin down. • 2.06 10K BX-152 studded side outlet between 2nd and 3rd rams equipped with a 2” FIG 1502 union female sub with seal, H2S service complete with ring gasket and seal ring. • Complete with integral hydraulics to open and close rams to full rated well pressure and manual ram locks. • Equalizing valves at #1 and #4 rams. • Ram position indicators • Sized for use with 1 1/2” diameter Tubing • BOP is dressed with following rams: • Blind ram assembly; • Shear ram assembly; • Slip ram assembly 1 1/2” coiled tubing.

24 / 31 • Pipe ram assembly 1 1/2” coiled tubing. • Lifting hooks/arrangements for lifting BOP separately. • Manufactured in accordance with API 16A, NACE MR-0175.

10.0 LUBRICATORS-4.06″ This is J&N Lubricators: 4.06" bore, with the following specifications: • 10,000 PSI Working Pressure

• H2S service(EE-0.5 pH2S≤0.5psi, pCO2 7~30psi) • All metals in contact with any well fluids is per NACE Spec MR-01-75 • CB44 Union Nut and Pin down. • Length and quantity:5ft (2); 8ft (2) 11.0 UNITIZATION & COMPLETION

Unitization and completion includes the following miscellaneous items: • All gauges and instruments read in either Imperial and Metric standards or in Metric only and be labeled in Imperial.

• All instrumentation is weatherproof, dust proof and vibration protected. • All equipment is built under the Quality Standards of ISO 9001 and all latest relevant/applicable manufacturing standards.

25 / 31 12.0 DOCUMENTATION

Each Unit has (1) one document copy per unit of the operation and maintenance manuals (in English) containing the following:

• Qualified inspection certificate of equipment. • Operating/Maintenance/Parts/Service manuals. • Packing list

13.0 Geoplex DATA ACQUISITON SYSTEM Geoplex Data Acquisition System (GDAS) supplied with one copy of Geoplex Data Acquisition Software Program c/w portable computer. GDAS is used for local Data Acquisition Purposes via the required Data/Power Cables that are supplied with the Unit and it is stored in the Control Cabin during transportation. GDAS has the following specifications: a) Model: GDAS-U/T(U: Usual Business Laptop;T: Rugged Laptop) b) Data Acquisition System

(Usual Business Laptop)

26 / 31 (Rugged Laptop)

1) Basic Configuration:

• Reinforced laptop box which has overall water-proof, crush-resistant, shock-proof, corrosion-resistant and salt mist-resistant performance.

• Two power supply modes: 110'240VAC/50'60Hz, 24VDC • Communication modes: LAN/WLAN

• Extended working temperature range: -20~55℃ 2) Configuration of Ports: • Power Port: standard 4-pin connector (14S threaded connector) • Network Port: standard 6-pin connector (14S threaded connector) c) Data Acquisition Software

27 / 31 1) Basic Functions: • Simple installation and convenient operation. • Based on operating systems of Windows XP, Windows Server 2003, Windows 7 and Windows 8.

• Collect signals from multiple channels through the contacts of the industrial Ethernet. 2) Data Collection and Saving: • Free configuration of signals and formula computing. • Real-time editing of the curves(insert, modify and delete). • Real-time calibration of the data from sensors. • Filtering of collected data and manual fine adjustment. • Shift between metric unit and imperial unit in real time. • Save data in several formats, such as *.txt, *.xls, *.csv and *.fpa. • MS Access database storage, convenient maintenance and storage. 3) Display: • Set the curves in real time, such as its color, range and line width; • Display data and curves in split screens clearly; • Curves at any time can be displayed flexibly. The display range of the curves can be adjusted freely during real-time acquisition and historical playback.

• Customize display: display of figures, data, instrument and curves can be set freely.

28 / 31 14.0 COILED TUBING SIMULATION ANALYSIS SYSTEM Installed on the Geoplex Data Acquisition System (GDAS) is a copy of the Geoplex Windows based Coiled Tubing Job Design, Analysis and Modeling Software Suite (GTAS), including Coiled Tubing Fatigue Life Prediction Model (CTlife), Tubing Force and Stress Analysis Model (CTforce), Hydraulics Calculation Model (CThydra), and the configuration and management module of coiled strings, wells, fluids, tools strings and reels. GTAS can accurately analyze and predict the accumulative force, fatigue life consumption and pressure gradient as the coiled tubing and downhole tools either running into the hole (RIH) or being pulled out of the hole (POOH), and help the engineer to design CT job and risk assessment. Details of the components of this software suite are as follows:

14.1 COILED TUBING FATIGUE LIFE PREDICTION MODEL (CTLIFE)

CTlife, the Coiled Tubing Fatigue Life Prediction Model, is a management tool that can be used to maximize the safe use of coiled tubing strings. The software module tracks life consumption of individual coiled tubing strings and parts of the strings subject to jobs carried out in wells or in the yard, and showing life consumption per job. A database of the most common coiled tubing sizes and materials currently produced by the manufacturers is included. In addition, a database of most common corrosion factors and stress concentrations due to welds are also included. The user is also able to add new records to the supplied databases. • Model repeated bending of coiled tubing on the reel and gooseneck and the effect of coiled-tubing internal pressure on coiled-tubing life. • Model coiled-tubing life reduction due to acid corrosion and stress concentration in butt-welded sections.

• Predict the total number of strokes to failure. • Perform sensitivity analyses on coiled-tubing diameter, material, wall thickness, weld types, and fluid corrosion.

• Import data form Data Acquisition System (e.g. GDAS), or input manually. • Real-time Job or History Job.

29 / 31 14.2 TUBING FORCE AND STRESS ANALYSIS MODEL (CTFORCE)

CTforce is a Tubing Force and Stress Analysis Model written specifically for coiled tubing, used to calculate the forces along the length of a Ct string a specific depth in a well, as the string is being either run into the hole (RIH) or being pulled out of the hole (POOH). CTforce predicts the mechanical performance of the proposed CT string and BHA. Identify the locations of potential trouble spots for RIH and POOH, and generate mechanical performance curves for the operations personnel.

• Determine the forces & stresses along the length of the CT • Determine how much weight on bit can be applied • Calculate how far CT can be pushed in a horizontal well before lockup • Determine how much force can be applied to a fish • Determine the safe working limits for a string within the well

30 / 31 14.3 HYDRAULICS CALCULATION MODEL (CTHYDRA)

The hydraulics calculation model, CThydra, performs hydraulics calculations for coiled tubing, and determine the system pressure losses for liquids, gases, and multiphase fluids. Both CT and annulus flow are considered. CThydra calculate the relationship between pump pressure and fluid flow rate at the target depth.

• Calculate the pressure drop through CT and the well completion • Equivalent Circulating Density (ECD) • Surge and swab pressure • Fluid velocity in CT and annulus • Particle settling velocity • Hydraulics sensitivity analysis

31 / 31 TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

SECTION 2: ADDITIONAL PICTURES OF COILED TUBING UNIT

Geoplex Geoplex TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

COILED TUBING POWER PACK TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

COILED TUBING BHA TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

COILED TUBING BOP TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

COILED TUBING CONSOLE TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

COILED TUBING NOZZLE TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

COILED TUBING UNIT WITH SPOOLED 1.5 INCH ON WORK REEL TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

INJECTOR HEAD TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

SPOOLED PIPE

TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

ONGOING COILED TUBING OPERATIONS

Geoplex Geoplex

TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

RIGGING UP COILED TUBING UNIT

Geoplex Geoplex

TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

SECTION 3: CERTIFICATE OF CONFORMNACE

Geoplex Geoplex

TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

SECTION 4: CERTIFICATE OF EQUIPMENT INSPECTION

Geoplex Geoplex ENGINEERING & NDT DIVISION DK 7 SWEEZ CLOSE, OFF EBONY ROAD, RUMUOLA PORT HARCOURT NIGERIA ODEKOLE INTERNATIONAL SERVICES LTD TEL: +234-84-775244, +234-80-36407868, +234-80-66330573, +234-8054521456 [email protected] www.odkint.com CERTIFICATE OF THOROUGH EXAMINATION VISUAL & NDT STATUTORY INSTRUMENTS 1998 No. 2307 LIFTING OPERATION AND LIFITING EQUIPMENT REGULATION 1998 STATUTORY INSTRUMENTS 1992 No. 3073 THE SUPPLY OF MACHINERY (SAFETY) REGULATION 1992 STATUTORY INSTRUMENTS 1998 No. 2306 THE PROVISION AND USE OF WORK REGULATION 1998

CLIENT: GEOPLEX DRILLTEQ LIMITED

CERTIFICATE NO. LOCATION OF INSPECTION DATE OF EXAMINATION DUE DATE ODK/GEO/1219/9031 0PERATIONAL BASE, PHC. 05/12/2019 04/06/2020

UNIT ID NUMBER DESCRIPTION OF UNIT TARE WEIGHT SWL GROSS PROOF LOAD (PAYLOAD) WEIGHT APPLIED . CARGO CARRYING UNIT . . . . GPLX/CT/NP/002 NITROGEN PUMP 12,700 KG - 12,700 KG N/A (619) FULLY WELDED STEEL CONSTRUCTION FITTED WITH 4 LIFTING POINTS LENGTH = 3.94M WIDTH = 2.24M HEIGHT = 2.72M

. WIRE ROPE SLING . . 131184 SLING ATTACHED 18.2 TONNES FOUR LEG WIRE ROPE SLINGS. @ PICTURE ON 16MM DIAMETER X 4.0MTRS LENGTH 0-45° (GRADE 1960)

. SHACKLES BK1 SAFETY PIN BOW SHACKLE 8.5 TONS BK2 SAFETY PIN BOW SHACKLE 8.5 TONS BK3 SAFETY PIN BOW SHACKLE 8.5 TONS BK4 SAFETY PIN BOW SHACKLE 8.5 TONS LOAD TEST DETAILS DETAILS DATE NAME OF COMPANY PROOF LOAD APPLIED CERTIFICATE NUMBER UNIT 08-2011 LLOYDS 31,750 KG 1044USA10 SLING 08-2011 ORSLING N/A NOT SEEN SHACKLES 08-2011 ORSLING N/A NOT SEEN PREVIOUS INSPECTION DATE 08/2018 NAME OF COMPANY NOV HYDRA LAST VN 05/12/2019

INSPECTION DETAILS TYPE OF TEST TEST PROCEDURE UNIT STANDARD SLING STANDARD SHACKLE STANDARD REMARK VISUAL & MPI ODK/QMS/VN/022 DNV 2.7-3 BS EN 13414-2 BS EN 13889:2003 FIT FOR USE COMMENT

On behalf of ODEKOLE International Services Limited, I hereby certify that the equipment described on this certificate has been tested, visually examined and found to be free from flaws or defects as at the time of examination

NAME OF INSPECTOR SIGNATURE AND DATE: ______LAVENDER IDOKO QUALIFICATION: - LEEA I, II, ASNT (MT, PT & UT LEVEL I & II), NIG FACTORY ACT

ENGINEERING & NDT DIVISION DK 7 SWEEZ CLOSE, OFF EBONY ROAD, RUMUOLA PORT HARCOURT NIGERIA ODEKOLE INTERNATIONAL SERVICES LTD TEL: +234-84-775244, +234-80-36407868, +234-80-66330573, +234-8054521456 [email protected] www.odkint.com

CERTIFICATE OF THOROUGH EXAMINATION VISUAL & NDT STATUTORY INSTRUMENTS 1998 No. 2307 LIFTING OPERATION AND LIFITING EQUIPMENT REGULATION 1998 STATUTORY INSTRUMENTS 1992 No. 3073 THE SUPPLY OF MACHINERY (SAFETY) REGULATION 1992 STATUTORY INSTRUMENTS 1998 No. 2306 THE PROVISION AND USE OF WORK REGULATION 1998

CLIENT: GEOPLEX DRILLTEQ LIMITED

CERTIFICATE NO. LOCATION OF INSPECTION DATE OF EXAMINATION DUE DATE ODK/GEO/1219/9033 0PERATIONAL BASE, PHC. 05/12/2019 04/06/2020

UNIT ID NUMBER DESCRIPTION OF UNIT TARE WEIGHT SWL GROSS PROOF LOAD (PAYLOAD) WEIGHT APPLIED . CARGO CARRYING UNIT . . . . GPLX/CT/NT/004 NITROGEN TANK 5,370 KG 6065 KG 11,435 KG N/A (30047) FULLY WELDED STEEL CONSTRUCTION FITTED WITH 4 LIFTING POINTS LENGTH = 2.98M

WIDTH = 2.43M

HEIGHT = 2.57M

. WIRE ROPE SLING . . GPLX-NT-005 SLING ATTACHED 16.5 TONNES FOUR LEG WIRE ROPE SLINGS. @ PICTURE ON 26MM DIAMETER X 2.8MTRS LENGTH 0-45°

(GRADE 1770)

. SHACKLES C1 SAFETY PIN BOW SHACKLE 8.5 TONS C2 SAFETY PIN BOW SHACKLE 8.5 TONS C3 SAFETY PIN BOW SHACKLE 8.5 TONS C4 SAFETY PIN BOW SHACKLE 8.5 TONS LOAD TEST DETAILS DETAILS DATE NAME OF COMPANY PROOF LOAD APPLIED CERTIFICATE NUMBER UNIT 09-2012 LLOYDS 31,750 KG GB/IMO/LR/6256 SLING 12-2019 AFRIROPES - 0322526 SHACKLES 12-2019 AFRIROPES - 0322526 PREVIOUS INSPECTION DATE 09/2012 NAME OF COMPANY NOV HYDRA LAST VN 05/12/2019

INSPECTION DETAILS TYPE OF TEST TEST PROCEDURE UNIT STANDARD SLING STANDARD SHACKLE STANDARD REMARK VISUAL & MPI ODK/QMS/VN/022 DNV 2.7-1 BS EN 13414-2 BS EN 13889:2003 FIT FOR USE COMMENT

On behalf of ODEKOLE International Services Limited, I hereby certify that the equipment described on this certificate has been tested, visually examined and found to be free from flaws or defects as at the time of examination

NAME OF INSPECTOR SIGNATURE AND DATE: ______LAVENDER IDOKO QUALIFICATION: - LEEA I, II, ASNT (MT, PT & UT LEVEL I & II), NIG FACTORY ACT

ENGINEERING & NDT DIVISION DK 7 SWEEZ CLOSE, OFF EBONY ROAD, RUMUOLA PORT HARCOURT NIGERIA ODEKOLE INTERNATIONAL SERVICES LTD TEL: +234-84-775244, +234-80-36407868, +234-80-66330573, +234-8054521456 [email protected] www.odkint.com CERTIFICATE OF THOROUGH EXAMINATION VISUAL & NDT STATUTORY INSTRUMENTS 1998 No. 2307 LIFTING OPERATION AND LIFITING EQUIPMENT REGULATION 1998 STATUTORY INSTRUMENTS 1992 No. 3073 THE SUPPLY OF MACHINERY (SAFETY) REGULATION 1992 STATUTORY INSTRUMENTS 1998 No. 2306 THE PROVISION AND USE OF WORK REGULATION 1998

CLIENT: GEOPLEX DRILLTEQ LIMITED

CERTIFICATE NO. LOCATION OF INSPECTION DATE OF EXAMINATION DUE DATE ODK/GEO/1219/9032 0PERATIONAL BASE, PHC. 05/12/2019 04/06/2020

UNIT ID NUMBER DESCRIPTION OF UNIT TARE WEIGHT SWL GROSS PROOF LOAD (PAYLOAD) WEIGHT APPLIED . CARGO CARRYING UNIT . . . . GPLX/CT/NP/003 NITROGEN PUMP 12,700 KG - 12,700 KG N/A (720) FULLY WELDED STEEL CONSTRUCTION FITTED WITH 4 LIFTING POINTS LENGTH = 3.94M WIDTH = 2.24M HEIGHT = 2.72M

. WIRE ROPE SLING . . GPLX-NCT-007 SLING ATTACHED 16.5 TONNES FOUR LEG WIRE ROPE SLINGS. @ PICTURE ON 26MM DIAMETER X 4.5MTRS LENGTH 0-45° (GRADE 1770)

. SHACKLES 58/1D SAFETY PIN BOW SHACKLE 6.5 TONS 58/1A SAFETY PIN BOW SHACKLE 6.5 TONS 58/1C SAFETY PIN BOW SHACKLE 6.5 TONS 58/1B SAFETY PIN BOW SHACKLE 6.5 TONS LOAD TEST DETAILS DETAILS DATE NAME OF COMPANY PROOF LOAD APPLIED CERTIFICATE NUMBER UNIT 07-2012 LLOYDS 31,750 KG 1044USA11 SLING 12-2019 AFRIROPES - 0322528 SHACKLES 12-2019 AFRIROPES - 0322528 PREVIOUS INSPECTION DATE 07/2012 NAME OF COMPANY NOV HYDRA LAST VN 05/12/2019

INSPECTION DETAILS TYPE OF TEST TEST PROCEDURE UNIT STANDARD SLING STANDARD SHACKLE STANDARD REMARK VISUAL & MPI ODK/QMS/VN/022 DNV 2.7-3 BS EN 13414-2 BS EN 13889:2003 FIT FOR USE COMMENT

On behalf of ODEKOLE International Services Limited, I hereby certify that the equipment described on this certificate has been tested, visually examined and found to be free from flaws or defects as at the time of examination

NAME OF INSPECTOR SIGNATURE AND DATE: ______LAVENDER IDOKO QUALIFICATION: - LEEA I, II, ASNT (MT, PT & UT LEVEL I & II), NIG FACTORY ACT TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

SECTION 5: COILED TUBING WORK EXPERIENCE

Geoplex Geoplex TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

GEOPLEX COILDED TUBING EXPERIENCE

S/N JOB DATE CLIENT JOB TYPE FIELD/WELL DETAILS LOCATION 1 9-Nov-19 NEWCROSS CT SAND CLEAN OUT EKULAMA 21 SWAMP 2 25-Oct-19 NEWCROSS CT WAX SOLVENT SOAK EKULAMA 40T SWAMP 3 16-Sep-19 AVIAM OFFSHORE COILED TUBING/ N2 LIFT NEMBE 75/7LS SWAMP 4 20-Aug-19 AGIP COIED TUBING - NITROGEN LIFT IRRI 4 SWAMP 5 9-Aug-19 AGIP COILED TUBING - SAND CLEANOUT IDU 14 SWAMP 6 1-Aug-19 AGIP COILED TUBING - CHEMICALS OLEH 5 SWAMP COILED TUBING - ACID SIMULATION & 7 4-Jul-19 NEWCROSS NITROGEN LIFT EKULAMA 27L SWAMP 8 1-Jul-19 AGIP COILED TUBING - WELL KILL OPERATIONS IDU 8 SWAMP COILED TUBING -ACID SIMULATION & 9 8-May-19 NEWCROSS NITROGEN LIFT AWOBA NW2 SWAMP TECHNICAL PROPOSAL FOR COILED TUBING AND PRESSURE PUMPING SERVICES

WELLBERG ENERGY SERVICES

SECTION 6: CURRICULUM VITAE OF KEY PERSONNEL

Geoplex Geoplex BAHAGO JOHN MESHACK

Position: N2/Pumping Supervisor

Nationality Nigeria Country of Residence Nigeria Date of Birth(DD/MM/YY) 16th December 1987

EDUCATION Academic Institution Degree or Highest Year Location Grade Scholars universal secondary WAEC 2013 Sango-Ota school, sango-Ota University of port-Harcourt B.sc Economics 2018 Port-Harcourt (in view)

LANGUAGE CAPABILITY Language Fluent Basic English Yes French Portuguese

Resume1 EMPLOYMENT HISTORY From To Company Position Location

05-1-2008 11-01-17 Hydroserve oil Pump operator/field Port-Harcourt services supervisor 03-1-2018 Till date Netcore integrated Operator 1I Port-Harcourt services

KEY PROJECT EXPERIENCE Customer Project Name Year Position Location

Eroton Acid treatment/N2 lifting 2019 CT assistance/N2 Cwc (13,12 and supervisor 32) SPDC Acid treatment/N2 lifting 2019 N2 supervisor/CT Kolocreek (19T) Assistance Heritage Acid treatment/N2 lifting 2019 N2 supervisor Olumoro(well 1 and 10) Heritage N2 lifting 2019 N2 supervisor Oleh (well 32) ExxonMobil N2 purging 2019 N2 supervisor Bonny (Agaja) Chevron N2 purging 2018 N2 supervisor Agbami (FPSO) Belema oil Miscellaneous pumping job 2018 Pump supervisor Idama Tectonic Cement packer job 2018 Pump supervisor Alakiri Posiedon Injectivity test job 2018 Pump supervisor Obagi Tectonic Cement packer job 2018 Pump supervisor Cawc Conoil Nitrogen lift (CT) job 2018 Converter operator Toju-Ejanla Tectonic Cement packer jogb 2018 Pump supervisor Cawc Indoroma Chemical cleaning job 2017 Project supervisor Eleme petrol chemical Oando Pipeline pigging purging job 2017 Project supervisor Port-harcourt Belema oil Pipeline flushing job 2017 Pump supervisor Robertkiri Steel and mines Pipeline pigging/purging job 2017 Project supervisor Warri Agip Pipeline flushing job 2017 Pump supervisor Kwale Bournburn Tanks cleaning job 2017 supervisor Port-harcourt Mid-western Injectivity test job 2016 Pump supervisor Kwale Seplat Miscellaneous pumping job 2016 Pump supervisor sapele Seplat Miscellaneous pumping job 2016 Pump supervisor sapele seplat CT nitrogen lift job 2015 Pump supervisor Okpohuru 8 seplat Nitrogen solvent soak/acid 2015 Pump supervisor sapele treatment job Seplat 13-3/8 casing cement job 2015 Pump operator sapele

Resume2 Mid-western 9-5/8 casing cement job 2015 Pump operator kwale Seplat Lower completion packer 2015 Pump supervisor Sapele 32 setting job seplat Upper completion packer Pump supervisor Sapele 32 setting job Pan-ocean 7” liner casing cement job 2015 Batch mixer operator ossiomo seplat BOP test job 2014 Pump supervisor Sapele 18 seplat 9-5/8 cement/completion job 2014 Batch mixer operator Ovhor seplat 9-5/8 plug back cement 2014 Pump operator oroho seplat 13-3/8 casing cement job 2014 Pump operator okporuhu seplat 9-5/8 casing cement job 2014 Pump operator oben Pan-ocean Brine filtration job 2014 Filtration specialist ossiomo Pan-ocean Brine filtration job 2014 Filtration specialist Uquo 7 newcross Brine filtration job 2014 Filtration specialist efe Pan-ocean Brine filtration job 2014 Filtration specialist Obi-ayima Pan-ocean Brine filtration job 2014 Filtration specialist ologbo Total Hydrotesting/purging and 2014 Pump supervisor obite gas leak testing job seplat 13-3/8 casing cement job 2013 Pump operator okpohuru Mart resources Plug back cement job 2013 Pump operator kwale Pan ocean Brine filtration job 2013 Filtration specialist ologbo Pan ocean Brine filtration job 2013 Filtration specialist Obi-Ayinma Pan ocean Brine filtration job 2013 Filtration specialist Otorsi 1 Mart Energy CT nitrogen lift job 2013 Converter operator kwale Mart Energy CT fishing job 2013 Converter operator kwale seplat CT nitrogen lift job 2012 Converter operator ovhor seplat De-waxing job 2012 Pump supervisor oben seplat 9-5/8 casing cement 2012 Pump operator oben seplat Gravel pack job 2012 Pump operator Oben 15 Kaztec/addax Pipeline pigging job 2012 Pump operator Offshore calabar(adanga Delcon Pipeline pigging job 2012 Pump operator warri Baywood Pipeline pigging job 2012 Pump operator Ughelli SPDC Pipeline pigging/re-injection 2011 Pump operator Kolo creek- rumuekpe Sterling global Crude re-injection/flow line 2011 Pump operator kwale hydro testing Pan ocean Brine filtration 2011 Filtration specialist Ologbo 12 SPDC Pipeline pigging/re-injection 2011 Pump operator Asa-rumuekpe Pan ocean Brine filtration 2011 Filtration specialist Erinwindu 4 Zakhem/chevron Pipeline pre-commissioning 2010 Pump operator Escravos warri Addax Produce water injection 2010 Pump operator Izumbe Technixs Auxiliary pumping 2010 Pump operator Otuasaga Septa Energy Water curtain job 2010 Pump operator Eket Septa Energy Brine filtration 2010 Filtration unit Eket operator

Resume3 Addax Acid treatment job 2010 Pump operator Izumbe Pan ocean Brine filtration job 2010 Filtration unit Ona G7 operator Addax Well stimulation job 2009 Assit operator Izumbe Addax Acid treatment job 2009 Assit operator Izumbe Zakhem/WAGP LLL gas line pigging job 2009 Assit operator Lome Togo Zakhem/WAGP MLL gas line pigging/hydro 2009 Assit operator Lome togo- test, drying and purging Benin republic Felison Auxiliary pumping 2009 Assit operator Bayelsa Addax Well scale capsule 2009 Assist operator Izumbe Addax Produce water re-injection 2008 Assit operator Izumbe Addax Well scale capsule 2008 Assit operator Izumbe Addax Well stimulation 2008 Assit operator Izumbe Hercule Water curtain 2008 Assit operation Offshore calabar

PROFESSIONAL REFERENCES Name Title Company Location

Austin Nnaji BD/OPS Manager Supernova Energy PortHarcourt Ochuko Onobrakpor Technical Advisor/BD Netcore Lagos

TRAINING (Main Technical and Operational) In house Netcore and Other Course Name Duration Year Training Center Location

Essential math 2018 Netcore base Port-Harcourt Engineering handbook 2018 Netcore base Port-Harcourt Matrix Acidixing 2018 Netcore base Port-Harcourt Basic engineering calculation 2015 Hydroserve base Port-Harcourt Engineering handbook 2015 Hydroserve base Port-Harcourt

CERTIFICATION (Safety, Survival ………………) Course Name Validity Obtain Institution Location ed Survival swimming certification with expired 2012 SPDC Port-Harcourt PFD AND PPE HUET expired 2012 Opeans Port-Harcourt BOSIET Valid 2018 Opeans Port-Harcourt Driving permit Valid 2018 Sulan services Port-Harcourt

Resume4 ESSIEN MONDAYEFFIONG No. 47 Okemini Road, Rumuagholu. Rumuokoro,Port- Harcourt, Rivers state.

Mobile: (+234) 8130728361(+234) 7060855873; e-mail: [email protected]

Personal Profile Sex: Male Date of birth: 27th May, 1967 Marital status: Married State of origin: Akwa Ibom State Local Government Area: Ikono Nationality: Nigerian

Career Objective To make effective inputs to organizational growth and national development through application of diversified knowledge of engineering/ science &technology under the service of a premier organization.

2010 TO DATE, BAKERHUGHES INTERNATIONALNIGERIALIMITED, Experience PORT HARCOURT Position held: Coil Tubing Supervisor.

Duties include; § Coil tubing Operations , Onshore and Offshore § Coil tubing cementing § Pumping of Nitrogen § Interacting with client and preparing of service ticket § Supervision and leading team members during coil tubing operation § Troubleshoot equipments should the need arise 2001 - 2009, BJSERVICES NIGERIALIMITED, PORT HARCOURT.

Position held: Coil Tubing supervisor. Deep Water Duties include; § Standard Rig up § Ability to supervise § Coil tubing Operation, Onshore and Offshore § Troubleshoot equipments should the need arise. § Operating of Nitrogen equipment and pumping of Nitrogen

1994 - 1999, NOWCAMSERVICES, PORT HARCOURT

Position held; Senior Equipment Operator In Coil Tubing and Pumping. Duties include; § Operating of coil tubing and equipment rig up § Operating of Nitrogen equipment and pumping of Nitrogen

1985 – 1988, TECHNICALCOLLEGEUKPOM AWANA, AKWAIBOMSTATE. Education 1979 – 1983, COMMUNITYSECONDARYSCHOOL, UKPOM AWANA, AKWA IBOMSTATE.

1971 – 1976, COMMUNITYPRIMARYSCHOOL, EDEM EDET AKWA IBOM. § Certification Certification of Achievement on Coil Tubing Equipment, 2005 § Certification of Achievement on Maintenance and Checklist, 2006 § Certification of Achievement on Coil Tubing and Nitrogen Equipment, 2007 § Certification of Achievement on Blowout prevention, 2007 § Certificate of Achievement on Cementing Units [Basic], 2009 § Certificate of Achievement on coil tubing Units [Advanced], 2009 § Certificate of Achievement on ACC II &3305 Data Monitor, 2009 § Certificate of Achievement on coil tubing Maintenance, 2011 § Certificate of Achievement on coil tubing lifting frame operation 2012

§ TOTALFINAELFDEEP OFFSHOREEXPLORATION NIGERIA § Units Used SNEPCODEEP OFFSHOER EXPLORATION[BONGA FIELD NIGERIA]

§ EXXON MOBIL DEEP OFFSHORE EXPLORATION NIGERIA LIMITED

§ VANCOOILEXPLORATION [ GHANA]

PAULOREKE Reference Coil Tubing coordinator Baker Hughes Nigeria Limited +2348137657897

ABELUSIAGWU Operation Manager BJServices Nigeria Limited +2348063247137

OSAZEIGHODARO Operation manager BAKER HUGHESNIGERIALIMITED +2348137656860. CURRICULUM VITAE

PERSONAL DETAILS - GIDEON DAMINABO OGOLO

Residential Address: No. 33 Patterson Street, Azuabie Port Harcourt (behind Port Harcourt zoo). Date of Birth: December, 16th 1970 Nationality: Nigerian Gender: Male 08132308209, 07054223830.

CAREER OBJECTIVE

Working to tight schedules in challenging environment and maintaining the HSE compliance according to any organization policy, contributing to the development of the establishment, providing satisfactory services to clients as well as achieving set targets using my professional skill and experience.

EDUCATION HISTORY YEAR INSTITUTION /QUALIFICATION 2019 Nitrogen Services.

2019 IWCF Well intervention pressure control (Level 4). 2016 IWCF Well intervention Pressure control (Level 4).

2015 Charkin (maritime offshore safety centre)

2013 IWCF well intervention pressure control (Level 2)

2010 Well control school, Nigeria

2007 Coiled Tubing Operation and Procedures

2006 Well Control School, Nigeria

1998 General certificate of education (GCE) WORK EXPERIENCE

YEAR NAME OF ORGANIZATION

Responsibilities and achievements

April CT Co-ordinator 2015 Equity Petroleum Services Nig. Ltd Till Plot 39 Trans Amadi Industrial Layout, Port Harcourt. Date 2019. SPDC Forcados-carried out sand consolidation, dewaxing and successful fishing of slick line tool string.etc.

March HERITAGE- Stimulation, sand cleanout/fishing and Nitrogen 2018- operation. Dec 2018. Agbada operation (SPDC) Stimulation/dewaxing and N2.Lift.

Nov SPDC Gbaran Operation ( Gas Cluster Well) 2017- Conduct all business activities in accordance with the company’s Dec QHSE policies. 2017 Effective conduct, self and crew in such a manner as to assure customer satisfaction. Handling the inspection operations as per the requirement and Oct identifying areas of obstruction/defect conducting trouble shooting 2016- and repairs to rectify the equipment’s. Nov 2016 Excravos beach operation (SPDC) Stimulation

Nov Field specialist III 2015- Baker Hughes Incorporated Dec Plot 7 Nkpogu Road, Trans Amadi, PH 2015 Having supervised in several well intervention projects such as:  Sand Washing Trough Coil Tubing  Supervised Sewop Campaign with Award (ADDAX)  Dewaxing Via Coil Tubing Champion – Nembe #72 Smart (SPDC) Location: ADDX, Exxon Mobile, Offshore, Land Operations SPDC and Total – Deep Sea Operations.

Senior Coiled Tubing Supervisor April Weafri Well Services 2013- No.1 Nwaoha Avenue, Aba Express Road Port Harcourt March 2015

Services Supervisor 1(CT/ N2). BJ Service Company Nigerian Limited Plot 7 Nkpogu, Trans Amadi Industrial Layout June 2011- Job Functions March Supervises Coil Tubing and Nitrogen Pumping Services 2013

Senior Equipment Operator Nowcam Services Company Plot 144, Trans Amadi, Port Harcourt.

Job Functions Worked for the company in various locations. The work includes but not limited to: June  Coiled tubing and Nitrogen pumping services 1999-  Through tubing cementing and acidizing June  Managing overall operations with a view to ensure timely accomplishment 2011 of production targets with the time and cost parameters for the following:

 Coiled Tubing, Nitrogen Gas Lifting, well killing, Coiled Tubing Logging, Acid Stimulations, Cementing, Well Bore Cleanout, Fishing, Milling, Pipeline Processing, and Pigging. Dec  Overseeing overall procurement activities and improve quality 1991- standards and achieve maximum cost savings. Feb  Handling the inspection operations as per the requirement & 1999 subsequent regularization after usages prove via change of the

working instruction, identifying areas of obstruction/defects, conducting troubleshooting services and repair to rectify the equipment.  Identifying scope for modifications in equipment, process flow, working practices, consumables, etc. for controlling & reducing conversion cost per unit produced.

 Mentoring & monitoring the performance of engineers to ensure

efficiency in process operation and meeting of individual & group targets; ensuring adherence to HSE and procedures/HSE rules.

.

RECOGNISED ACHIEVEMENTS DETAIL YEAR

 Nitrogen Services 2019  HSE Awareness Training(SPDC) 2019  JHA Training (SPDC) 2019  Well Intervention Pressure Control Level IV 2019  Well Intervention Pressure Control Level IV 2016  Maritime and offshore safety 2015  Pressure Awareness 2014  Equipment and hand tools safety 2014  Safe manual handling - non - office awareness 2014  Overview of the BHI, HSE & S Management system-MS 2014  Behavior based safety (BBS) certification 2014  Coiled Tubing 1 2013  Coiled Tubing Tools for pressure pumping 2013  Fire HSE 2013  Coiled Tubing blowout prevention 2013  Coiled Tubing Crane 2013  Fundamentals of Hydraulics 2013  Introduction to the Baker Hughes Operating System 2013  Anti-Bribery compliance including understanding the law 2013  BHI Ethics and compliance overview 2013  Information security 2013  Fall preventions & protection (working at height) 2013  Chemical hazard communication – office – awareness 2013  IWCF well intervention pressure control (Level 2) 2013  Stop work awareness 2013  Waste management awareness 2013  Road Journey management 2013  Hydrogen sulphide – awareness 2013  Respiratory protection – awareness 2013  Hearing protection – awareness 2013  Hazard identification – awareness 2013  Hand protection – awareness 2013

 Lockout/tag out – awareness 2013  Incident reporting – awareness 2013  Preventing slips trips/falls – awareness 2013  Fire prevention and control – awareness 2013  HSE/S Observation process 2013  Personal protective equipment – awareness 2013  Permit to work – awareness 2013  Upstream process safety – awareness 2013  International work place harassment employee version 2013  Well control School, Nigeria 2012  HUET/SAS 2011  Behavior base safety (BBS), Nigeria 2010  Business Ethics, Nigeria 2008  Coiled Tubing Operation and Procedures 2007  Well control school, Nigeria 2006  Computer Appreciation Training, Nigeria 2006

OTHER SKILLS AND CERTIFICATES

Computer Skills:  MS office   

Language Skills:  English  Igbo

Other:

PERSONAL COMPETENCIES

 Base coordination in the absence of my boss.  Crew training on site and base.  Making job tickets.  Co-ordinates crew members activities on client’s location.

INTERESTS AND ACTIVITIES

 Football, Music and Swimming

REFEREES

STANLEY NZEOCHA. WELL OPERATIONS MANAGER EQUITY PETROLEUM SERVICES. PLOT39 TRANS-AMADI INDUSTRIAL LAYOUT PORT-HARCOURT. [email protected] 08112375075.

ISAAC UMUKORO. CTOILED TUBING CORDINATOR. BAKERHUGHES GE. PLOT 99 NKPOGU TRANS-AMADI INDUSTRIAL LAYOUT PORT-HARCOURT NIGERIA. 08137661429.

TIMOTHY FAGBEMI ABIODUN 13 H.H.S CHINWO STREET GBALAGAM WOJI PORT HARCOURT Rivers State. Email: [email protected] Mobile Contact: 08036513876, 09056854221

PROFILE I am an open minded, energetic, humble individual who has developed a mature and responsible approach to task that I undertake. As a professional with over ten years experience in the oil and gas industry, I possess an excellent ability in bringing value and working with others to achieve a certain objective on time and with excellence.

PERSONAL INFORMATION Nationality: Nigerian Gender: Male Date of Birth: 7th October, 1981 State of Origin: Osun State Spoken Language: English, Ibo, Yoruba

COMPETENCIES AND SKILLS • Coiled tubing software usage (CIRCA Knowledge and TAS professional) • Cementing Software usage (CEMFACT) • Solvent soak and treatment • Pipe management • Coil Tubing BOP redress and testing • Electronic data acquisition/monitoring • Nitrogen purging • Nitrogen Lift • Cementing operation knowledge and calculation • Crew supervision and management

TRAINING/QUALIFICATIONS Coiled Tubing Services, Baker Hughes/Equity Partnership. • Matrix Acidizing 2019 • Advanced Matrix Acidizing 2019 • Nitrogen Treatment and Application 2019 • Well Intervention, Acid Treatment and Well Clean-out operation. 2017-2019 • International Well Intervention Pressure Control (WIPC) Supervisor level 4 2017 • Anti-bribery Policy Training (Baker Hughes Nigeria) 2016 • Well Services, well kill and lifting operation 2015 • Tubing Analysis Software (TAS) 2014 • Coiled Tubing Data Acquisition Training 2014 • Cementing Operations 2011 ✓ Engineering Handbook ✓ Primary Cementing ✓ Secondary Cementing ✓ Remedial Cementing IN-HOUSE WORKSHOP The following workshop were organized through the contractual agreement of Baker Hughes and Equity Petroleum Services Limited (EPSNL) and as pioneer EPSNL employee I was privilege to participate in the workshop. ✓ Pressure Awareness 2014 ✓ Equipment and hand tools safety 2014 ✓ Safe manual handling - non - office awareness 2014 ✓ Overview of the BHI, HSE & S Management system-MS 2014 ✓ Behaviour Based Safety (BBS) 2014 ✓ Coiled Tubing Tools for pressure pumping 2013 ✓ Fire HSE 2013 ✓ Coiled Tubing blowout prevention 2013 ✓ Coiled Tubing Crane 2013 ✓ Fundamentals of Hydraulics 2013 ✓ Introduction to the Baker Hughes Operating System 2013 ✓ BHI Ethics and compliance overview 2013 ✓ Information Security 2013 ✓ Fall Preventions & Protection (working at height) 2013 ✓ Chemical Hazard Communication Awareness 2013 ✓ Stop Work Awareness 2013 ✓ Waste Management Awareness 2013 ✓ Road Journey Management 2013 ✓ H2S Awareness 2013 ✓ Respiratory Protection Awareness 2013 ✓ Hearing Protection Awareness 2013 ✓ Hazard Identification Awareness 2013 ✓ Hand Protection Awareness 2013 ✓ Lockout/Tag out Awareness 2013 ✓ Incident Reporting Awareness 2013 ✓ Preventing slip trips and falls – awareness 2013 ✓ Fire Prevention and Control Awareness 2013 ✓ HSE Observation Process 2013 ✓ Personal Protective Equipment Awareness 2013 ✓ Permit to work – awareness 2012

EXPERIENCE:

1. COILED TUBING FIELD ENGINNER 2016-Till Date. Equity Petroleum Services Nigeria Ltd. Job Responsibilities that I have undertaken: • Designed jobs to meet customer’s well/reservoir needs for optimization. • Participated in all coiled tubing field operation ensuring full compliance of processes. • Effectively used the coiled tubing software to simulate downhole well condition. • Performed tubing Torque and Drag using CIRCA and TAS. • Prepared all job related calculations based on standards and experience. • Executed agreed pre-job plan with customer representative on site. • Attended pre-job and post job briefing/evaluation. • Provided frontline support with customer and accurately completed invoices. • Made recommendation to customer as operation demands. • Participated in preventive maintenance of coiled tubing unit, nitrogen pump, high pressure pumping unit, BOP with the service supervisor and his team. • Assisted the accounting team in revenue turn-in. • Effectively communicated task and instruction to team members. • Made profit orientated decisions for the company. • Communicated customer’s needs and requirement to the engineering manager.

2. COILED TUBING FIELD SUPERVISOR. 2014-2016 Date. Baker Hughes/Equity Petroleum Services (Partnership) Job Responsibilities that I have undertaken: • Troubleshoot, Serviced and Repaired injector head, BOP, dual flapper valve, stripper (side door). • Exhibited good knowledge of coiled tubing downhole tools: ✓ Tubing connectors (dimple or roll on types) ✓ Check valves (flapper type) ✓ Adjustable choke of different beam sizes ✓ Hydraulic disconnect ✓ Knuckle joint ✓ Conventional or dummy nozzle (Rotojet*) • Performed fluid volume calculation and monitor effective mixing of recipe. • Stood in as Tools Specialist and ran the RotoJet BHA efficiently during a wash-out operation. • Analysed coiled tubing lock-up and helical buckling scenarios. • Determine burst and collapse pressure of coiled tubing string. • Implemented changes to job designs with limited supervision with customers/base engineer. • Analyse coiled tubing pipe fatigue. • Prepared/Mixed sandstone acid recipe. • Enforced operators to work according to the simulated coiled tubing run-in hole and pull out of hole weight scenarios. • Practised leadership in terms of HSSE promoting safe working process. • Enforcing Assist and Assure Safety Policy. • Performed After Action Review (AAR) at the base and with customer. • Followed up with the technical partner in providing engineering support to coiled tubing operations. • Ensured proper and accurate documentation of ticket is recorded and signed off. • Ensured Equity personnel are represented in coiled tubing project. • Received feedback from customer representative on location and plan to execute their suggestions/opinion. • Manage personnel/crew member before, during and after any job executed.

JOBS EXECUTED SUCCESSFULLY • SPDC-SCON AND WELL INTERVENTION. FORCADOS CAMPAIGN MAY-OCTOBER 2018 • NPDC-DE-WAXING AND WELL LIFT ORONI FIELD NOVEMBER 2018 • SPDC- DE-WAXING AND WELL LIFT CAMPAIGN. AGBADA FIELD NOV-DECEMBER 2017 • SPDC-WELL CLEAN UP AND LIFT ALAKIRI FIELD JULY 2016 • SPDC-WELLBORE CLEANOUT NEMBE FIELD FEBRUARY 2015 • SPDC-CEMENTING OPERATION KOLOCREEK CAMPAIGN 2015/2016 UNSUCCESSFUL JOB EXECUTED • SPDC-ROPE SOCKET FISHING OPERATION FORCADOS 2018

PROUD MOMENTS (ACHIEVEMENT) • I received an appraisal for promotion after a successful job execution of which I and my team surpassed the revenue target in excess of sixty-five thousand U.S dollar. • I averted the loss of over three hundred thousand U.S dollar in one of the land operation I participated in.

3. CEMENTING FIELD SPECIALIST. 2011 to 2014. Baker Hughes/Equity Petroleum Services (Partnership) Responsibilities I participated in: • Daily contact with customer representative for design of cementing operation. • Annular and tubular volume calculation of cement slurries. • Design of cement slurries and spacers recipe necessary for conditions of each well sections to be drilled. • Determined the number of centralizers required to achieve good standoff. • Meticulous ad spot-on in the usage of cement retarder during cementing operation. • Worked closely with drilling fluid provider to optimise mud displacement and wellbore cleaning to enhance proper cement sheath placement. • Coordinated cementing laboratory for laboratory testing requirements based on simulation. • Championed inventories of utilized and unutilized chemicals/materials during and after job execution. • Ensured job tickets and work completion cost is signed by customer. • Participated in routine equipment maintenance of cementing unit, fluid end, displacement tank, Circulating sub, Top drive cement head, etc. • Personally deploy top and bottom plug.

4. INDUSTRIAL TRAINEE (GREEN HAT) 2008 to 2009. Halliburton Energy Service Responsibilities • Participated in laboratory equipment maintenance. • Sampling of additive from buck plant. • Conduct QA/QC on sampled additive. • Performed cement simulation/testing using high pressure high temperature consistometer; to determine the thickening time of cement slurries. • Determined the rheologically properties of cement slurries; example are yield point, plastic viscosity, free fluid, and fluid loss among others. • Over time I coached other trainees that were employed in the laboratory.

5. NATIONAL YOUTH SERVICE CORP (NYSC) 2010. Freedom Groups Chemicals Responsibilities • Engaged in daily record and documentation of dolomite, calcite and feldspar stones recovered from the quarry. • Monitored processing mills. • Assisted in the packaging of finished/processed products. • Engaged in community environmental sanitation.

PROFESSIONAL SKILLS/JOB PERFORMED It is a privilege to have worked in the following area as regard coiled tubing in the industry: • Coil Tubing Matrix Stimulation. • Nitrogen Lift operation. • Coil Tubing Milling. • Coil Tubing Fishing. • Coil Tubing Cementing operation. • Primary and Secondary cementing. • Laboratory test of crude oil/acid system mixture. EDUCATIONAL INSTITUTION ATTENDED, CERTIFICATE AND DATE PETROLEUM TRAINING INSTITUTE (P.T.I) Effurun, Delta State 2005 to 2010 H.N.D Chemistry (Upper Credit)

HOBBIES • Community/Voluntary Work • Mechanics repair • Meditations

REFEREE 1. Francis Okoto Baker Hughes GE, Angola Technical Engineer.

3 Paradise Close, Off Elijiji Road, Woji Town, Port Harcourt, Rivers State 08064365528; 08032359552 www.geoplex.com [email protected]

AJAKAIYE KEHINDE AUSTIN

OBJECTIVE To give my best in any position i find myself and to effectively contribute to an organization, using my past experiences and education.

SKILLS & ABILITIES  Computer Literate.  Excellent Driving skill  Excellent Welding skill  Excellent planning & organizational skills  Excellent interpersonal skills  Excellent oral & written communication skills  Excellent presentation skills  Excellent negotiating skills  Good numerical skills  Excellent investigative skills

WORK EXPERIENCE Tubular Coordinator, GEOPLEX DRILLTEQ LTD September 2015 – till date

Logistics /Tubular Cord. (HOD), GEOPLEX DRILLTEQ LTD (TRANSOCEAN) 2013

Responsibilities; Making sure that all operation is carried out in the best industry practice/standard specification. Job specific:  Overseeing the NDT inspectors with regards to logistics.  Coordinate the hiring of crane and forklift and advises the company if the equipment needs to be off hired or not.  Ensure the crane, forklift and the operators are always available when they are needed.  Sourcing of trucks for movement of material and pre mobbing the trucks to ensure that they comply with safety regulations of the company.  Coordinate the movement of tubular within the base, from base to machine shop for repairs, from base to Onne where they are shipped to the various rigs, and from base to rental companies.  Supervises and manage the coordination of the entire client rig’s material.  Management of Geoplex inspection/racking personnel’s at the tubular yard.  Material/Tubular inventory and tracking for all the clients RIG.  Supervision of the proper arrangement of the tubular/material yard.  Weekly submission of material/Tubular inventory report to the rig manager, the rig asset manager and the rig coordinators.  Training of personnel on material/tubular yard management/supervision  Material inventory control (consumables and non – consumable).  Completion of GRN and WCC and getting them endorsed by rig coordinators  Reporting to the material/tubular yard manager all activities that involve material/tubular matters.  All other task as may be deemed relevant by the HOD for success of the department.

Asset & Inventory Officer, TRANSOCEAN SUPPORT SERVICES-PORT-HARCOURT BASE (2007 – 2008) DEPARTMENT: ASSET AND INVENTORY Responsibilities:  Ensure that inventory of assets is well coordinated.  Coordinate/supervise the maintenance of equipment in use and in storage.

Logistics Coordinator, TRANSOCEAN SUPPORT SERVICES-ONNE BASE (2008 – 2009) Responsibilities:  Meet with representatives of the following companies first thing in the morning for proper planning and coordination of the daily activities; TOTAL, SHELL, ADDAX and AFREN.  The outcome of the meeting will leave me with the following task to be coordinated; 1. How many vessels and the arrival time. 2. Quantity and type of cargos 3. Mode of transportation of cargos. 4. How many trucks will be needed for the back load?  Liaise with the base in town on the outcome of the meeting for them to also be prepared for the task ahead.  Coordinate the load out in safe and same manner.  Ensure that the itemized activities above are adequately coordinated before the arrival of the cargo vessel.  Ensure that the manifest sent from the rig correspond to the material back loaded from the rig.  Conduct in the risk assessment plan before discharge of the vessel.  Open and close job order obtained from Intel’s.  Ensure proper discharge of vessel.  Ensure that certification of lifting equipment are up to date before use.  Coordinate the movement of trucks from Onne to base.  Ensure that the route is safe and cost effective.  Coordinate the warehouses and the yard.  Direct and supervises the daily functions of Intel’s personnel in Transocean yard.  Supervised the maintenance of Marine Risers which include industrial painting, welding and fabrication of component parts.  Generate scrap report for defective parts;  Coordinate the flow of materials in and out of the Rigs  Coordinate daily tools box meeting for Mechanical section.  Participate in monthly HSE meeting;  Participate in the monthly major equipment inventory in the workshops

Material Coordinator TRANSOCEAN SUPPORT SERVICES-ONNE BASE (2009 – 2010)  More emphasis on the material than the logistics of the material.

Warehouse Coordinator, OD RENTALS, PORT HARCOURT (2004 – 2007)

Responsibilities.

Page 2  INVENTORY: Ensure proper accountability, knowledge and position of the material with the aid computer operations.  STACKING: ensure proper stacking in regard to status, sizes serial no. color etc.  LOGISTICS: Distribution and recovery of materials with the use of forklift.

Maintenance Supervisor, OD RENTALS, PORT HARCOURT (2004 – 2007)

Responsibilities:

Lubrication and maintenance of industrial engines, applying recommended oil viscosity at various starting temperatures of equipment, plants installation and maintenance. Routine maintenance of pumps, generators, maintenance of meters and pressure valves gauges. Logging of transmitters and gauges, checking of status of valves and site routine check, monitoring of pressure, temperature and level on the process line.

EDUCATION RIVERS STATE UNIVERSITY OF SCIENCE AND TECHNOLOGY 2000 - 2006 (Bachelor of Technology in Mechanical Engineering)

ARMY DAY SECONDARY SCHOOL, BENIN CITY 1991-1996 (Senior School Leaving Certificate)

ARMY CHILDREN SCHOOL, BENIN CITY 1985 - 1990 (First School Leaving Certificate)

TRAINING TRAINING AND COURSES ATTENDED

 Next Step  QHSE Essentials  Basic Life Support And First Aid  Forklift Instructor  Banksman Slinger  Banksman/Slinger Induction  Fire Prevention & Fire Fighting  Wire Rope Examiner  Socketing Of Six Strand Wire Ropes And Overview Of  Multi-Strand Low Rotation Ropes, Mixing And Pouring Of Resin

REFERENCES To be provided on request.

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