ETI_Standards and Specifications

ENBRIDGE TECHNOLOGY INC.

Enbridge Technology Inc. © 2013 Enbridge Inc. All rights reserved. Standards and Specifications

Standards and Specifications This reference table is provided to outline the details of each engineering design standard, as well as specifications for: equipment; construction; and painting, lining and coating applications.

ENGINEERING DESIGN STANDARDS Engineering design standards contain engineering requirements for the design of pipeline facilities. They are intended to: minimize design variance between sites, assist in compliance with regulatory requirements and industry codes; provide a controlled method to change design practice; and provide a means to maintain and check design quality. Design standards focus on considerations, philosophy and rationale and are aimed at design engineers as end users.

Number Standard Name Description

D01-101 Use of Engineering Standards This standard provides specific requirements and general guidance for engineering standards. Included in this standard is a summary of the Project Engineer’s responsibilities.

D01-102 Policy and Style for Engineering Standards

This standard provides style, format and content requirements for the preparation of an engineering standard.

D02-101 Design Basis, Electrical, Instrumentation and Control

This standard provides requirements, guidelines, and an overview of all related Company engineering standards used in the design of electric power supply and distribution systems, wiring and grounding systems, equipment and personnel safety systems, control systems, and measurement and control instruments used to power and control pipeline facilities.

D02-102 Design Basis, Mainline This standard presents requirements for the basic conceptual design approach for new or looped pipeline facilities for the transportation of crude oils, refined products and natural gas liquids in the Company’s pipeline system.

This standard addresses conceptual design considerations and establishes parameters and criteria on which detail designs and procedures will be based.



D02-103 Design Basis, Station and Terminal

This standard provides the recommendations and design basis for conceptual and detail design of pipeline and support facilities specific to the pumping, metering and storage of crude oil and petroleum products.

This standard directs the Project Engineer to the specific detailed engineering standards associated with the design of stations and terminals.

D02-104 Hazardous Area Classification This standard provides design requirements for the classification of areas for the installation of electrical equipment at pipeline facilities where flammable and combustible liquids are handled or stored.

D02-105 Fire Protection, Extinguishment This standard provides the design and installation requirements for the application of fire protection systems to the transportation, metering and storage of crude oil, natural gas liquids and petroleum products. It includes the requirements for materials, design, procurement, manufacture, inspection, and testing. The fire protection systems presented in this standard include only the system design and installation parameters of the equipment required for fire extinguishment. Fire, vapor detection, and alarms are presented in separate standards.

D02-106 Noise and Acoustic Dampening This standard provides technical parameters for noise measurement and the design requirements of new and retrofit acoustic dampening systems.

In addition, reference is made to regulations for acceptable noise levels intended to maintain the health and safety for worker exposure and/or the impact on public dwellings or public lands surrounding pipeline facilities. Included are discussions pertaining to noise level predictions relating to equipment selection.

D02-107 Station Manual, Preparation

This standard provides requirements for the compilation of or additions to station manuals as a result of the addition of new plant, equipment or facilities.



D03-101 Pipeline Corrosion Assessment This standard provides assessment procedures and acceptance criteria for both external and internal pipeline corrosion that exceed the tolerable limits specified in the Company’s Operations and Maintenance Manual. External and internal pipeline corrosion are to be determined by either on-site inspection or by high-resolution magnetic flux leakage internal inspection instruments.

D03-102 Integrity Assessment, Oil Storage Tank

This standard provides criteria for the assessment and repair of crude oil storage tanks designed and constructed to API Standard 650. The standard is intended to supplement API Standard 653: Tank Inspection, Repair, Alteration and Reconstruction, only in the areas of integrity assessment. Matters relating to tank modifications are outside the scope of this document and are covered in the Company’s Operations and Maintenance Manual.

Further, the scope of this standard is essentially restricted to the assessment of pressure retaining and structural elements, when failure of such could result in leakage or rupture.

D03-104 Weld Inspection This standard provides procedures for quality control of welded construction. Welding quality control applies in the construction of pipelines, pipeline stations and terminals, tanks and support structures.

D03-105 Shop Inspection This standard provides guidelines for the Project Engineer and the Purchasing Department to inspect and expedite manufactured products and components, primarily at the manufacturer’s facilities.

The guidelines in this standard are to be used in conjunction with Company equipment specifications, industry codes and standards, and jurisdictional regulations, as applicable.

This standard does not attempt to cover mandatory compliance requirements for the various commodities with industry codes and standards or jurisdictional regulations.



D04-101 Cathodic Protection, Mainline and Station

This standard provides design requirements for the cathodic protection of the Company’s metallic underground structures, which include station and terminal piping systems, tank bottoms, mainline pipe, and associated appurtenances.

D04-102 Painting, Coating and Lining This standard provides direction and insight to the Project Engineer regarding the selection and application of paints, coatings and linings for the planning and execution of projects.

D05-101 Facility and Tank Containment Systems

This standard provides design requirements for the construction of earthen containment berms used in either oil storage tank lots or station and terminal environmental security/drainage control applications.

D05-102 Site Preparation, Earthwork Grading, Roads and Pavement

This standard establishes the minimum design requirements for site preparation, earthwork, grading, roads, and pavement.

D05-103 Trenches, Underground Lines This standard establishes the minimum design requirements for the construction of trenches and installation of underground lines, including sewers, water lines and pipelines.

D05-201 Foundation, Oil Storage Tank This standard provides design requirements for the construction of earth foundations placed on native, undisturbed soil to support vertical, cylindrical, above-ground oil storage tanks.

D05-202 Foundation, Station and Terminal This standard establishes the minimum design requirements for the construction of both shallow and deep reinforced concrete foundations, including foundations for pipes, valves, platforms, buildings, and equipment.



D05-301 Building, Station and Terminal This standard provides design requirements for pre-engineered metal buildings for installation at the Company station and terminal facilities.

D05-302 Laboratory, Sample and Sample Storage Buildings

This standard provides design requirements for the specification and design of laboratory, sample and sample storage rooms or buildings. It is intended to meet or exceed the minimum requirements of the standards listed below. It includes guidelines for product sample storage and is applicable for all facilities where product samples are stored, analyzed, tested, or otherwise handled, such that hydrocarbon vapor may be released in the course of routine activity.

D05-401 Platforms, Stairs and Ladders This standard provides the design requirements for the fabrication of structural steel members, including platforms, stairs and ladders.

D06-101 Piping Design and Construction, Mainline

This standard presents the minimum technical design requirements for new construction of and repairs to mainline piping. This document covers the purely technical aspects of mainline design projects and should be used in conjunction with Engineering Standard D02-102: Design Basis, Mainline, for a comprehensive presentation of mainline project requirements and considerations.

D06-102 Piping Design, Station and Terminal

This standard provides minimum design requirements for all above- and below-grade piping systems within stations and terminals, including crude oil, natural gas liquid and refined petroleum products service. Station and terminal piping is defined as piping located within the boundary of station isolation valves. This standard is intended for design of piping systems for new facilities or modifications and repairs to existing stations and terminals.

D06-103 Crossing Design, Mainline This standard establishes the criteria for administration, environmental assessment and design of crossings of foreign facilities by the Company, and the crossing of the Company by foreign owners.



D06-104 Pipe and Fittings, Steel This standard provides parameters for the selection and use of steel line pipe, fittings, and flanges larger than 168.3 mm (NPS 6) in non-sour crude oil, natural gas liquids and petroleum product pipeline systems. It presents the Company’s requirements for material, design, procurement, manufacture, inspection, and testing, and is to be used in conjunction with other manufacturing and industry standards.

D06-105 Valves, Steel This standard provides design requirements for flanged, butt weld end, and wafer-type steel valves for use in crude oil, natural gas liquid and petroleum product pipeline systems. It includes the requirements for materials, design, procurement, manufacture, inspection, and testing.

D07-101 Pumps, Mainline This standard provides design requirements for horizontal, centrifugal, single and multi-stage mainline pumps in crude oil, natural gas liquids and petroleum product services. Also included are the requirements for materials, design, procurement, manufacture, inspection, and testing.

D07-102 Pumps, Booster This standard provides design requirements for centrifugal, single and multi-stage booster pumps and associated driver for use in crude oil, natural gas liquids, and petroleum product services. Also included are the requirements for materials, design, procurement, manufacture, inspection and testing.

D07-103 Lube Oil Systems for Mainline Pumps

This standard provides design requirements for pressurized lube oil systems used on mainline pumps and motors in crude oil, natural gas liquids and petroleum product services. Also included are the requirements for materials, procurement, manufacture, inspection and testing.

D07-201 HVAC, Building, Station and Terminal

This standard provides the design and installation requirements on new construction for the heating, ventilating, and air-conditioning (HVAC) systems for buildings, stations and terminals.



D07-202 Heat Tracing This standard provides design requirements for electric heat tracing of mainline pump seal oil drain lines and associated instruments, mechanical float-type level instruments mounted on underground oil collection sump tanks, and all other instruments that may require heat tracing cables for proper operation.

D07-203 HVAC, Pipeline Maintenance Building

This standard provides the design and installation requirements for the maintenance building heating, ventilation, and air-conditioning (HVAC) system. The HVAC system is to be designed and installed to satisfy the requirements of the following facilities: building heating and general ventilation; welding shop ventilation and makeup air system; office and lunch room HVAC system; storage room ventilation; vehicle local exhaust system and carbon monoxide detection system; and washroom and locker room exhaust system.

D07-301 Sump System Design This standard provides design requirements for crude oil and product sump systems, incorporating horizontal, cylindrical, underground, atmospheric sump tanks, and associated equipment and piping. The standard includes requirements for materials, design, fabrication, inspection, and testing.

D07-302 Flare Stacks and Pits This standard provides design requirements for HVP and natural gas liquids flare stacks and flare pits, including horizontal and vertical flare tips, ignition systems, flashback prevention devices, flare knockout separators, and all associated accessories and controls. This standard includes requirements for materials, design, fabrication, inspection, and testing.

D08-101 Oil Storage Tank This standard provides design requirements for vertical, cylindrical, above-ground, closed-top, and open-top welded steel oil storage tanks operating at atmospheric pressure, and includes the requirements for materials, design, procurement, fabrication, erection, inspection, and testing.



D08-102 Oil Storage Tank, Roof This standard provides design requirements for all external and internal roofs as applied to vertical, cylindrical, above-ground, and welded steel oil storage tanks operating at atmospheric pressure, and includes the requirements for materials, design, procurement, fabrication, erection, inspection, and testing.

D08-103 Oil Storage Tank, Accessories This standard provides design requirements for the following oil storage tank accessories: tank gauging system; tank high level alarm switch; tank mixer; and tank temperature measurement system.

D09-104 Custody Transfer Metering Systems

This standard provides minimum design requirements for all custody transfer metering facilities. This standard is intended to meets all the minimum requirements of the standards listed within.

D10-101 Power System Design This standard provides an overview of all electrical power systems at Company facilities. It provides general design guidelines and requirements for estimating and preliminary design of Company power systems.

In addition to providing an overview of all aspects of power system design, this standard provides design requirements for the following subjects that are not covered in related standards: system voltage selection; power system configuration and layout; transformer sizing and specification overview; power factor correction; motor starting methods; and interlocking.

D10-102 Substation Design This standard provides design requirements for Company substations, including general design requirements for the substation grounding system. Refer to D10-106: Substation Grounding, for detail design requirements for the layout and the design of the substation ground grid.



D10-103 Switchgear, Motor Control Center This standard provides design requirements for Company switchgear, related devices, and motor control center assemblies from the 4160V distribution bus at the substation down to utilization voltages of 480V and 120/208/240V.

Included in this standard are design requirements for MV disconnect switches, circuit breakers, MV starters, a 480V motor control center, and associated auxiliary devices.

The scope of this standard is limited to switchgear that operates at or below MV (nominal). Design requirements for switchgear that operates above MV are provided by Engineering Standard D10-102: Substation Design.

D10-104 Auxiliary Power Supplies This standard provides requirements and guidelines for the design and installation of auxiliary power supplies, including engine-driven standby generator systems, stored energy systems, and thermoelectric photovoltaic energy systems.

D10-105 Power System Protective Relaying

This standard provides protection schemes and design requirements for selecting and setting associated protective relays to protect Company AC distribution systems. This includes protection requirements for substation main power transformers and associated switchgear, 4160V and 480V feeders, and 4160/480V transformers. Motor protection is not covered in this standard; refer to Engineering Standard D11-103: Motor Protection for details.

D10-106 Substation Grounding This standard covers design of grounding systems at Company substations. The criteria outlined here ensure grounding safety with respect to personnel and equipment and is specifically formulated to fit Company installations.

D10-107 Surge Protection, Insulation Coordination

This standard provides design requirements for the surge protection of Company substations, switchgear, capacitor banks, cable, and 4 kV motors.



D10-201 Wiring Methods This standard provides requirements and guidelines for the design of wiring systems for pipeline electrical facilities. This standard is limited to cable-type wiring systems for use at a supply voltage of MV or less.

D10-202 Grounding Methods This standard provides guidance and mandatory requirements for the design of electrical and non-electrical grounding systems for use at Company pipeline stations, terminals, metering stations, and other related facilities.

D11-101 Motor, Mainline Pump This standard provides design requirements for squirrel cage induction motors for driving mainline centrifugal pumps in crude oil, natural gas liquids and petroleum product services. Also included are the requirements for materials, design, procurement, manufacture, inspection, and testing.

D11-102 Medium-Voltage Variable Frequency Drive

This standard provides design requirements and guidelines for the installation of large variable frequency drives for use with medium-voltage (4 kV) induction motors on mainline pumps in new and retrofit applications.

D11-103 Motor Protection This standard covers electrical protection requirements of mainline induction motors. Motors in this category are rated 4000V and vary in size from 500 to 5000 hp.

D11-201 Lighting, Indoor This standard provides design requirements for industrial building lighting as used in the Company’s stations, terminals, and other facilities.

D11-202 Lighting, Outdoor This standard provides design requirements for industrial outdoor lighting used in the Company’s stations, terminals and easements.

D11-301 Valve Actuation and Control This standard provides design requirements and guidelines for the installation and specification of electric and electro-hydraulic types of valve actuators used in pipeline service for crude oil and refined products.



D12-101 Control, Pump Station This standard documents the pump station control system operation and philosophy. It also outlines the general procedures to follow if a change in operation of the system is necessary.

D12-102 Control, Injection and Delivery Facilities

This standard provides requirements and guidelines for designing the control system for Company receipt, injection, and delivery facilities.

D12-104 Pressure Relief This standard presents policy and design requirements for pressure relief for mainline and station.

D12-105 Mainline Leak Detection Equipment

This standard provides the requirements of the Leak Detection department for the basic equipment design of new liquid hydrocarbon pipelines, including configuration needs and instrumentation such as pressure transmitters, temperature transmitters, flow meters, densitometers, viscometers and batch identifiers.

D12-201 Instrumentation, General This standard, along with other Company and industry standards and recommended practices referenced herein, provides the basis for the selection and design of instrumentation necessary for the safe and efficient operation of the Company’s pipeline systems.

D12-202 Gas Detection This standard provides design requirements for the selection and installation of gas detection instrumentation at Company field facilities.

D12-203 Fire Detection This standard provides design requirements for fire detection as used in the Company’s stations, terminals and easements.

D12-204 Vibration Monitoring This standard provides design requirements and guidelines for: the selection and installation of vibration monitoring equipment; the specification of maximum vibration levels for factory acceptance and commissioning tests; and the analysis of vibration signature records during factory acceptance tests.



D12-205 Programmable Logic Controllers This standard provides application and design requirements for the use of programmable logic controllers in the control and monitoring of the Company’s facilities, such as pumping stations, terminals, and delivery and receipt sites.

D12-08 Pressure Control System The scope of this standard includes process control design criteria and component functional criteria for pressure control systems used in pressure regulation, backpressure control and pump re-circulation for liquid hydrocarbon pipelines, pump stations, tankage terminals and metering facilities.



EQUIPMENT SPECIFICATIONS

Engineering equipment specifications provide detailed requirements for material and equipment that is procured by project teams for installation at Company facilities. They are intended to detail the minimum material and equipment requirements that vendors must meet when supplying material and equipment to the Company. Engineering equipment specifications focus on ‘what’ the Company wants (for vendors and manufacturers as end users) rather than ‘why’.

Number Specification Name Description

EES000 Specification Guidelines This specification outlines the engineering equipment guidelines intended to cover the requirements for purchasing a particular piece of equipment.

EES001 Tank Mixers This specification outlines the design, materials and construction of tank mixers, which are to be in accordance with manufacturers’ standard practice, except as modified by this specification and the associated data sheet.

EES003 Meter Bidirectional Provers This specification covers a mechanical displacement-type meter prover. The prover is to be designed, manufactured, and tested in accordance with the latest edition of the API Manual of Petroleum Measurement Standards (Chapter 4 – Proving Systems; and Chapter 5 – Metering), as well as this specification. In addition, for Canadian installations, the prover is to be manufactured in accordance with the latest edition of CSA Z662.

EES004 Vertical Centrifugal Primer Sump Pumps and Motors

This specification covers single-stage vertical centrifugal primer pumps with separate discharge pipe (similar to Goulds pump CV 3171 or Eagle pump S300) for sump service.

EES005 Split Sleeves This specification covers the requirements for the manufacture of full-encirclement, welded, pressure-containing, and reinforcement split sleeves intended for the repair of both leaking and non-leaking defects on pipelines used for the transportation of non-sour liquids.



EES006(A) Control Valve and Electro-Hydraulic Actuator

This specification covers the manufacture of steel control valves for above-ground pipeline service, manufactured in accordance with ASME B16.34.

EES007 Sump Tanks This specification covers cylindrical, non-pressurized, double-walled fiberglass-reinforced plastic tanks used for the underground storage of flammable and combustible liquids such as gasoline, condensate, and crude oil.

EES009 Overhead Cranes This specification outlines the technical requirements for the design, fabrication, supply, and installation of an electrically driven double-grinder overhead crane complete with accessories.

EES010 Electric Valve Actuator This specification details the Company requirements for an electric motor driven valve actuator employed to operate gate, plug, ball, or butterfly valves on a petroleum products pipeline system.

EES011 Pre-Engineered Rigid Frame Building

This specification describes the requirements for the supply, fabrication, and erection of a pre-engineered rigid frame building on a concrete foundation installed by others.

EES013 Emergency Generator Set This specification outlines the technical requirements for the design, fabrication, supply, and installation of emergency generator sets.

EES014 Self-Framing Metal Shelters This specification covers the requirements for the supply, fabrication, and erection of self-framing metal shelters on concrete foundations installed by others.

EES015 Mainline Pumps This specification covers Company requirements, in addition to those specified in API STD 610 for the manufacture, inspection and testing of pumps intended for a pipeline system designed and constructed in accordance with CAN/CSA Z662, ASME B31.4, or DOT Part 195 and that transports non-sour oil, refined products and natural gas liquids.



EES016 Positive Displacement Meters for Custody Transfers

This specification covers positive displacement-type meters for application in custody transfer metering. The meters are to be manufactured in accordance with the latest edition of API Manual of Petroleum Measurement Standards (Chapter 5, Section 2) and CAN/CSA Z662: Oil Pipeline Systems (Canadian installations only) or ASME B31.4: Pipeline Transportation Systems for Liquid Hydrocarbons and Other Liquids (U.S. installation only)

EES017 Skid-Mounted, Self-Framing Metal Shelters

This specification covers the requirements for the supply and fabrication of skid-mounted, self-framing metal shelters.

EES019 Air Processing Unit This specification and the purchase order covers the minimum requirements for the design, manufacture, testing, supply and field start-up of an air processing unit at various locations of the Company.

EES020 Mainline Motors This specification consists of the design, manufacture, test, delivery and warranty of motors as herein specified. This specification is to be used in conjunction with the motor American Petroleum Institute (API) datasheets in Appendix A – API Datasheets, which provide special features of the motor and the driven pump.

EES021 Densitometer Pumps and Motors This specification covers Company requirements for a rotary external-gear positive-displacement mag-drive pump unit, complete with an electrical motor drive.

EES023 Steel Fitting and Flanges This specification is to be used in conjunction with the latest applicable industry standards for the manufacture, qualification, inspection, and testing of butt-weld fittings and wrought-steel flanges intended for pipeline systems in Canada and the U.S. These pipeline systems transport crude oil, refined products, and natural gas liquids. This specification covers requirements that are in addition to those standards.

EES027 Booster Pumps and Booster Pump Motors

This specification covers booster pump units complete with direct-drive electric motors.



EES030 Uninterruptible Power Supply (UPS)

This specification outlines the requirements for the supply of an uninterruptible power supply (UPS) system for installation at various pump station or pipeline terminal locations in Canada and the U.S.

EES031 Heating, Ventilation and Air Conditioning Unit

The vendor is to supply and deliver the packaged heating, ventilation and air conditioning (HVAC) unit in accordance with this specification and related datasheets.

EES032 Medium-Voltage Pad-Mounted Switchgear

This specification covers the design, manufacture, testing, and delivery of a pad-mounted switchgear complete with vacuum circuit breaker (VCB) line-up and/or main isolation switch (IS), which is medium voltage (MV) and metal clad, to be installed in an outdoor electrical substation.

EES033 Low-Voltage Motor Control Center

This specification covers the design, fabrication, testing and supply of an indoor low-voltage motor control center (MCC), including starters, motor circuit protectors (MCPs), circuit breakers and associated equipment for installation in a building with ambient conditions as noted in the specification datasheet.

EES035 5kV Capacitor Cabinet This specification covers the supply of materials, design, fabrication and testing of a surge pack and power factor correction capacitor cabinet.

EES037 5kV Power Factor Correction Capacitor Bank

This specification covers the design, manufacture, test, delivery and guarantee of 5 kV power factor correction equipment installed in a pad-mounted outdoor enclosure. Furnishing all of the documentation required for the engineering, fabrication, inspection, testing, delivery and ongoing maintenance is also an integral part of this specification.

EES038 69kV Series 2000 Circuit Switcher

This specification outlines the rating, design, and optional features required for 69 kV Series 2000 circuit switchers.



EES039 5kV Pad-Mount Circuit Breaker (for Capacity Bank Switching)

The work to be done under this specification covers the design, manufacture, fabrication, testing, delivery, and guarantee of a 5 kV vacuum circuit breaker and associated protection and metering equipment, all enclosed in an isleless, outdoor, metal-clad enclosure.

EES041 Turbine Meters for Custody Transfer

This specification covers turbine-type meters for application in the custody transfer of petroleum.

EES043 48 VDC Power Supply This specification covers the requirements for the design, manufacture, testing and supply of DC power supply systems for installation at various pump stations or pipeline terminal locations in Canada and the U.S.

EES044 Mainline Turbine Meters This specification covers turbine-type meters for application in leak detection metering. The meters are to be manufactured in accordance with the latest edition of the API Manual of Petroleum Measurement Standards (Chapter 5, Section 3) and CAN/CSA-Z183-M90: Oil Pipeline Systems.

EES045 Dry-Type Distribution Transformers

This specification covers the design, fabrication, testing, and supply of single-phase and three-phase, dry-type distribution transformers.

EES047 1.5 to 30 MVA Power Transformers

This specification covers the design, fabrication, testing, and supply of three-phase, liquid-immersed, power transformers from 1.5 to 30 MVA.

EES048 Live-Front, Three-Phase Pad-Mounted Distribution Transformers 75kVA to 2500kVA

This specification covers the design, fabrication, testing, and supply of three-phased, liquid-filled, pad-mounted, live-front, transformers from 75 KVA to 2500 KVA.

EES049 5kV Air Disconnect Switch – Outdoor Mounted

This specification covers the supply, testing and delivery of a 3-pole, group-operated disconnect switch to be installed in outdoor electrical substations at Company pump stations.



EES051 Instrument Cabinets and Control Panels

This specification covers the supply of indoor general-purpose assemblies as detailed in the specification datasheet such as PLC, instrumentation and flow computer cabinets.

EES052 5kV Load-Break Disconnect Switch

This specification covers the supply of materials, design, fabrication, and testing of the 5 kV load-break disconnect switch.

EES053 Skid-Mounted, Self-Framing, Hazardous-Waste-Storage Buildings

This specification covers the requirements for the fabrication of skid-mounted, self-framing hazardous-waste-storage buildings.

EES055 Segmental Wedge-Type Flow Meters

A segmental wedge flow meter is a fabricated assembly that is used by the Company for the measurement of pipeline flow. This specification provides requirements for the design, fabrication, and inspection of segmental wedge flow meters.

EES061 Pipe-Type Sleeves This specification covers the requirements for the design, materials selection, and manufacture of full encirclement, welded, pipe sleeves intended for pipe replacement and/or tie-in applications, in accordance with CSA Z662.

EES068 Oil Tanks This procurement specification covers the material, design, fabrication, erection, inspection and testing requirements for above-ground, welded-steel tanks operating at atmospheric pressure. These requirements supplement the requirements of API Standard 650.

EES071 Steel Pipe Induction Bends This specification is to be used in conjunction with ASME B16.49 for the qualification, manufacture, testing, and inspection of steel induction bends made from steel pipe or cylinders for installation in Canada or the U.S. and covers the requirements that are in addition to that standard.



EES074 Medium-Voltage Variable-Frequency Drives (VFDs)

This specification covers the design, manufacture, testing (factory and on-site), delivery and warranty of medium-voltage (MV) variable-frequency drives (VFDs). This document also specifies the required documentation for the engineering, fabrication, inspection, testing, delivery and ongoing maintenance of VFDs.

EES100 Electric-Welded Steel Pipe This specification is to be used in conjunction with CSA Z245/1 for manufacture, qualification, inspection and testing of electric-welded steel pipe for transportation of sweet service hydrocarbon fluids, and covers the requirements that are in addition to that standard.

EES101 Electric-Welded Steel Pipe This specification covers the requirements for the manufacture, qualification, inspection, and testing of electric-welded steel pipe for transportation of onshore, non-sour service hydrocarbon fluids.

EES102 Submerged Arc-Welded Steel Pipe

This specification covers requirements for the manufacture, qualification, inspection and testing of submerged arc-welded steel pipe for transportation of hydrocarbon fluids. This specification supplements the requirements of CSA Z245.1-07, Steel Pipe and is to be used in conjunction with that standard.

EES103 Submerged Arc-Welded Steel Pipe

This specification covers requirements for the manufacture, qualification, inspection and testing of submerged arc-welded steel pipe for transportation of hydrocarbon fluids. This specification supplements the requirements of API 5L, Forty Fourth Edition Specification for Line Pipe and is to be used in conjunction with that standard.

EES104 Interim Guide for Use of Surplus Materials

Periodically, materials such as fittings, flanges, valves, etc. are in Company stock but the vendor-supplied material certificates are not available. These items can still be utilized provided that the proper information identifying the item is stamped or otherwise attached to the item.



EES108 Medium-Voltage Distribution Circuit Breaker

This specification covers the design, manufacture, testing, delivery, and warranty of an outdoor medium-voltage distribution vacuum circuit breaker. The circuit breaker is to have top-entry/top-exit bushings and have a stored-energy-type operating mechanism (closing/opening springs).

EES110 Triple-Offset Valves This specification covers requirements for the manufacture, inspection, testing, and shipment of triple-offset rotary-disc valves intended for use in crude oil, petroleum product, and natural gas liquid pipeline systems.

EES115 Medium-Voltage Solid-State Reduced-Voltage Starters

This specification covers the design, manufacture, and testing of fused medium-voltage Class E2 combination solid-state reduced-voltage motor soft starters. These soft starters are to be be used to control squirrel-cage induction motors driving centrifugal pumps.

EES116 Scraper Traps This specification covers the minimum requirements of carbon-steel sending-and-receiving scraper traps for use on NPS 6 to NPS 48 onshore non-sour service liquid pipeline systems.

EES117 Lube Oil Systems for Mainline Pumps

This specification covers requirements for the manufacture, inspection and testing of lubrication oil systems intended for use on mainline pumps and motors designed and constructed in accordance with applicable industry codes and Company standards and equipment specifications.

EES119 Ultrasonic Flow Meters This specification provides requirements for the design, fabrication, testing, inspection, delivery, and warranty of an ultrasonic flow meter assembly.



EES120 Check Valves This specification addresses the requirements for the manufacture, inspection, testing, and shipment of: full-opening piggable swing check valves; reduced-opening non-piggable swing check valves; axial-flow non-piggable check valves; and dual-plate check valves. These valves are intended for use in crude oil, petroleum product, and natural gas liquid pipeline systems.

EES122 Expanding and 4-Way Plug Valves

This specification covers requirements for the manufacture, inspection, testing, and shipment of expanding plug valves and four-way plug valves intended for use in crude oil, petroleum product, and natural gas liquid pipeline systems.

EES123 Medium-Voltage Incoming Section and Motor Starters

This specification covers the equipment, material, manufacture, and testing of the following:

a) medium-voltage arc-resistant incoming cell; and

b) medium-voltage arc-resistant fused Class E2 controller.

EES124 Slab and Expanding Gate Valves

This specification covers requirements for the manufacture, inspection, testing, and shipment of full-opening through-conduit slab gate valves and multi-piece expanding gate valves, as well as compact multi-piece expanding gate valves. Wedge gate valves are excluded. These valves are intended for use in crude oil, petroleum product, and natural gas liquid pipeline systems.

EES125 Power and Controls Building This specification covers the requirements for the design, manufacturing, assembly and delivery of a metal building with an integrated medium-voltage motor control center, a low-voltage motor control center, control system cabinets, a low-voltage distribution transformer, and uninterruptable power supply system.



EES126 Sump Re-Injections Pump and Motors

This specification covers positive displacement pumps utilized to re-inject crude oil from a sump tank into the mainline. The pump and motor assembly are to be provided as a skid-mounted unit. The pump may be supplied with a belt-drive electric motor for above-grade, outdoor operation.

EES127 Valve House Building with Electrical

This specification covers the requirements for the design, fabrication, erection, and delivery of a skid-mounted, pre-engineered, rigid-frame valve house building complete with power distribution transformers, a power distribution panel, phase conversion, a PLC cabinet, and UPS for U.S. installations only. The scope of supply includes all engineering, drawings, materials, equipment, labor, transportation, and building off-loading necessary to deliver a “ready-for-service” valve house building.

EES129 Auxiliary Valves This specification covers requirements for the manufacture, inspection, testing and shipment of auxiliary valves intended for use in crude oil, petroleum product and natural gas liquid pipeline systems. An auxiliary valve is a valve that is not in the main process flow and is typically, though not necessarily, of a smaller size. This specification includes gate, ball and check valves of an auxiliary nature.

EES130 Flow Computer Systems (FCS) This specification details the requirements when designing a flow computer system (FCS) at the Company’s custody transfer locations.

EES131 Densitometers This specification provides requirements for the design, fabrication, testing, inspection, delivery, and warranty of a densitometer.

EES132 Viscometers This specification provides requirements for the design, fabrication, testing, inspection, and delivery of a viscosity measurement system, which includes a viscosity sensor and transmitter.



EES134 Strainers This specification provides requirements for the design, fabrication, testing, inspection, delivery, and warranty of an in-line strainer assembly.

EES136 Ball Valves This specification covers requirements for the manufacture, inspection, testing and shipment of quarter-turn ball valves intended for use in crude oil, petroleum product, and natural gas liquid pipeline systems.

EES140 Pre-Engineered Fabric Pump Shelters

This specification describes the requirements for the supply, fabrication, and erection of a pre-engineered steel-frame-supported fabric-clad structure for use as a pump shelter (“Fabric Shelter”) on a concrete foundation constructed by others.



CONSTRUCTION SPECIFICATIONS

Facility construction specifications are included with bid and construction packages for new station and terminal construction work that is managed by the Engineering Department. The specifications describe some of the necessary construction processes to achieve the end result described on the construction drawings. These specifications also include some design and technical information for standard installations, highlight some unique Company construction-related requirements, include some quality assurance requirements, and describe some contractor and construction inspector responsibilities.


FCS001 Site Preparation and Earthwork This specification covers the requirements for site preparation and earthwork, including earthwork for structures, and embankments for tank foundations and containment dykes.

FCS002 Installation of Underground Piping and Electrical Services

This specification covers the civil-related requirements for the installation of underground piping and underground electrical cables.

FCS003 Sewers and Drains This specification covers the general construction requirements for the following types of gravity drainage systems and components: storm sewer; oily water sewer; sanitary sewer; subsurface drainage; manholes; catch basins; and pipe culverts. Pressure pipe is outside the scope of this specification and is to be per FCS012, FCS013, FCS014, and FCS016. This specification is for construction in Canada only.

FCS004 Roads This specification covers the requirements for roads as they relate to facility construction. Also included are requirements for road ditches and rip-rap erosion protection.

FCS005 Grouting This specification covers the requirements for work related to epoxy grouting and cementitious grouting of baseplates and anchors. This specification is for construction in Canada only.



FCS006 Concrete Including Reinforcement and Formwork

This specification covers the requirements for concrete including reinforcement and formwork. In addition, it includes the requirements for miscellaneous items such as: embedded miscellaneous steel; anchors and inserts; floor finishing; joint fillers and sealants; damp-proofing and waterproofing; and concrete repair. This specification is only for construction in Canada.

FCS007 Cast-In-Place Concrete Piles This specification covers the requirements for materials and construction of drilled cast-in-place concrete piles, including the placement of reinforcing bars and concrete and the installation and withdrawal of casing where required.

FCS008 Steel Piles This specification covers requirements for the supply, fabrication, and installation of three types of steel piles:

a) driven steel pipe or HP piles;

b) driven steel pipe piles filled with concrete; and

c) screw piles.

This FCS does not cover foundations for offshore structures and is for construction in Canada only.

FCS009 Precast Concrete Piles This specification covers the requirements for the design, detailing, fabrication, shipping, handling, and installation of precast concrete piles. This specification applies only to construction in Canada.

FCS010 Electrical – Power, Lighting, Heating, Alarm, and Control

This specification covers the requirements and guidelines for the installation of all wiring systems and electrical equipment for pipeline electrical facilities intended to be operated up to 25 kV AC or less.

FCS011 Instrument – Installation, Mounting, Supports, and Winterization

This specification, in conjunction with the instrument IFC package, covers the requirements and guidelines for the receiving, handling, storage, protection, and installation of instrumentation equipment and systems for pipeline facilities. Pre-commissioning (Appendix A) and commissioning functions are the responsibility of subsequent contracts.



FCS012 Facility Piping Construction This specification covers welding of facility piping, mainline valve assembly sections, and components manufactured remotely from the final location only.

FCS013 Piping Class NPS 6 and Under This specification covers the minimum requirements for pipe and piping components NPS 6 and smaller where proven notch toughness is not required. When materials with proven notch toughness are required, the details will be provided by the Company on the drawings or in another appropriate manner.

FCS014 Pressure Testing – Facility Piping This specification outlines the minimum requirements for the hydrostatic (or pressure) testing of new facilities piping in stations and terminals. The contractor is to ensure compliance with hydrostatic testing requirements set out in this specification to the extent they are applicable.

FCS015 Mechanical Equipment Installation This specification defines the minimum construction standards, procedures, and checklists to be followed in the receipt, erection, and installation of mechanical equipment in the following categories:

a) valves;

b) shop-fabricated tanks and vessels; and

c) rotating equipment (mainline pumps and booster pumps).

FCS016 PE and PVC Pressure Piping This facility construction specification outlines the general requirements for the supply and installation of polyvinyl chloride (PVC) and polyethylene (PE) pipe for underground water and pressure sewer service. PVC installation and testing procedures are in general accordance with AWWA M23. PE installation and testing procedures are in general accordance with AWWA M55.



FCS017 Field Coatings for Below Grade This specification describes the minimum requirements for the application and repair of field joint coatings inside a facility. The coating systems contained in this specification are as follows:

a) two-part liquid coatings applied by hand and spray techniques;

b) heat shrink sleeves; and

c) overcoating of pipe for horizontal directional drills (HDD) and bore-type installations.

FCS018 Structural Steel This specification includes minimum requirements for the design of connections, fabrication, transportation, unloading, and erection at the work site for structural steel. This specification is for construction in Canada only.

FCS019 External Painting This specification covers the minimum technical requirements for the selection, surface preparation, application, execution, and inspection of liquid paint systems for external corrosion protection of onshore above-ground facilities, structures, and equipment.

FCS020 Preservation of Mechanical Equipment

This specification covers recommended practices for: the preservation of mechanical equipment for onsite or warehouse storage; and after-installation preservation prior to the startup of the equipment and turnover to Operations. These requirements are applicable to preservation activities in the warehouse and on construction sites.



PAINTING, LINING AND COATING SPECIFICATIONS

These specifications outline the requirements for painting, lining and coating applications.


Painting

P-110 Painting of Above-Ground Tanks This specification defines the requirements for the surface preparation and painting of new and previously painted above-ground oil storage tanks.

P-120 Painting of Above-Ground Water Tanks

This specification defines the requirements for the surface preparation and painting of new and previously painted above-ground water tanks.

P-210 Shop and Field Painting: Construction

This specification defines the requirements for shop, pre-assembly yard, and field-applied external painting of above-ground parts installed during new construction. The following items are to be considered:

a) above-ground piping and piping components;

b) structural steel, walkways, platforms, and handrails;

c) valves, pumps, and fittings;

d) storage tank foam-line systems;

e) miscellaneous steel; and

f) painting beneath insulation.

This specification governs the materials, colour-coding, surface preparation, application, and inspection requirements of all painting.

P-310 Station Maintenance Painting This specification defines the requirements for maintenance painting of external surfaces of above-ground items performed by contracted applicators.

P-320 Painting by Company Personnel This specification defines the necessary steps for surface preparation and repainting performed by Company personnel on previously painted, above-ground steel items.



P-410 Painting Concrete Floors This specification defines the requirements for the painting of new and old concrete floors.

P-Guide 1 Above-Ground Oil Tank Paint Assessment

This specification outlines a method for assessing the condition of existing paints on above-ground oil tanks for the Company. Maintenance repainting procedures are developed based on the assessment.

Lining

L-110 Fiberglass Lining of Tanks This specification describes the installation of fiberglass reinforced plastic (FRP) linings into above-ground oil storage tanks.

L-120 Repair of Existing Fiberglass Linings

This specification describes the repair of existing (not new) fiberglass reinforced plastic (FRP) linings in above-ground oil tanks due to lining breakdown, defects, or after structural repairs.

L-210 Lining of Tanks with Spray Applied Coatings

This specification describes the installation of spray applied linings onto above-ground oil tanks.

L-310 Lining of Tank Lines with Spray-Applied or Fusion-Bonded Coatings

This specification defines the application requirements for lining materials applied internally to station or terminal steel pipe and spool pieces with an outer diameter greater than or equal to 20 inches.

Coating

C-010 External Fusion-Bond-Epoxy Coating for Mainline Pipe

This specification defines the requirements for the plant application of fusion bond epoxy (FBE) to the external surfaces of line pipe.

C-020 Fusion-Bond-Epoxy Coating Overcoated with Powder Coating - Abrasion Coating

This specification defines the requirements for the plant application of a powder overcoating applied immediately onto an external fusion-bond-epoxy (FBE) corrosion coating to the external surfaces of line pipe intended for slip bore/directional drill applications.

C-030 Three-Layer Polyethylene Coating for Mainline Pipe

This specification defines the requirements for the plant application of three-layer polyethylene coating to the external surfaces of line pipe.



C-040 Two-Layer Polyethylene Coating for Mainline Pipe

This specification defines the requirements for the plant application of two-layer polyethylene coating to the external surfaces of line pipe. Application should be limited to line pipe with diameters of NPS 12 and smaller for use in environments that will impose minimal soil stresses.

C-110 Coating of Buried Steel with Plural Component Spray Applied Coatings

This specification defines the application requirements for plural-component coating materials applied to steel substrates for buried service.

C-120 Recoating Existing Lines in Stations

This specification is intended to provide guidance on the necessity for recoating pipelines and assemblies within the station boundaries when excavations for new construction reveal a deteriorated original coating.

C-210 Coating of Buried Steel with Rollable or Brushable Coatings

This specification defines the application requirements for coating materials that are applied by rolling or brushing to steel substrates for buried service. Spray application is not covered in this specification.

C-310 Coating of Girth Welds with Fusion Bond Epoxy

This specification defines the field application requirements for the coating of girth welds using fusion bond epoxy (FBE).

C-410 Coating of Buried Pipe with Bituminous Tape

This specification defines the circumstances and recommended practice for spirally applying heavy-duty bituminous tape on buried pipe. When applied to bare steel, these materials should be limited to pipe diameters of NPS 4 and smaller.

C-420 Coating of Buried Steel with Wax-Tape Systems

This specification defines requirements for the surface preparation and recoating of irregularly shaped below-grade equipment with a conformable petrolatum (wax) tape.

C-430 Coating of Buried Pipe with Tapecoat 20 Coal Tar Tape

This procedure defines the circumstances and recommended practice to repair large coating defects, disbonded coatings, and the coating of new in-situ piping with spirally wrapped, hot-applied coal tar tape.



C-510 Heat Shrink Sleeve for Pipe Joint Protection

This specification defines the field application requirements for shrink sleeves to be used as a girth-weld coating or a repair coating when the existing, plant-applied pipeline coating is comprised of a multi-layered polyethylene coating system.

C-520 Heat Shrink Sleeve Application over Two-Layer Polyethylene Systems

This specification defines the field application requirements for shrink sleeves to be used as a girth-weld coating or a repair coating when the existing, plant-applied pipeline coating is comprised of a two-layer polyethylene coating system.

C-610 Transition Coating This specification defines the recommended practice for applying coating material for below- and above-ground service (transition piping) for new construction and maintenance projects.

MR-C-1 Field Joint Coating/Insulation and Repairs

This specification defines the requirements for: the field application of coating and insulation to the pipeline girth-weld-area cutback; and field application of repair coatings where the existing, shop-applied pipeline coating has been damaged.

MR-C-2 Shop Applied Coating and Insulation

This specification contains the requirements for the application of the external coating and insulation system to pipe. This standard covers requirements for the shop-applied coatings and insulation. The coating and insulation are to be capable of providing a minimum of 30 years of service life while operating at a service temperature of 120°C (248°F) with short-term excursions as high as 130°C (266°F).

MR-C-2 S

Supplement I: Shop-Applied Coating and Insulation

This specification outlines the requirements applicable to shop-application of an alternate external coating to pipe. The alternate coating and insulation are to be capable of providing a minimum of 30 years of service life while operating at a service temperature of 120°C (248°F).

MR-C-3 Coating of Buried Steel with Plural-Component Spray-Applied Coating and Insulation

This specification defines the application requirements for external coating and insulation materials applied to steel substrates for buried service.