Notable Clarifications to Directive 077 Requirements

Similar documents
Regulated Oil and Gas Companies under National Energy Board Jurisdiction

49 CFR 195 Regulatory Overview

Procedure: Pressure equipment safety

New Hampshire Public Utilities Commission CFR 49 Part 192 Regulations. MINIMUM Pipeline Safety Regulations

User Information Sheet 015

Subpart E. Pressure Testing

GAS SAFETY Information Bulletin

Annex to the Accreditation Certificate D-IS according to DIN EN ISO/IEC 17020:2012

CLASS D - SENSITIVE LEAK TEST GAS AND BUBBLE METHOD. 1.1 To provide definitive requirements for PNEUMATIC pressure testing of piping systems.

PIPELINE SAFETY. Darin Burk, Manager Pipeline Safety. January 28, 2014

IAPMO GUIDE CRITERIA FOR BALL VALVES IAPMO IGC PURPOSE

INSPECTION, TESTING AND CERTIFICATION OF GASFITTING WORK DONE UNDER SUPERVISION

PRESSURE SYSTEMS POLICY

the annulus between the second casing string and the surface casing [must be] open to the atmosphere in the manner described in subsection (2).

IGEM/TD/2 Edition 2 with amendments July 2015 Communication 1779 Assessing the risks from high pressure Natural Gas pipelines

Bulletin Swimming pool, hot tub and spa installations Rules , , , , , and

FLAMMABLE GASES AND FLAMMABLE CRYOGENIC FLUIDS

An Urgent Bulletin from CSA Group

Health and Safety at Work (Hazardous Substances Reduced Secondary Containment for Certain Above Ground Stationary Tanks) Safe Work Instrument 2017

PRESSURE RETEST. 49 CFR, (g) Co#: Vin#: DOT Spec: MAWP:

USER MANUAL. 1. Principle of operation. 2. Delivery condition. SPRING-LOADED SAFETY VALVES zarmak. Edition: 07/2016 Date: V (ex.

O&M MANUAL HIGHLIGHTS

EVALUATION SUBJECT: DIVISION: HEATING, VENTILATING AND AIR CONDITIONING (HVAC) SECTION: HVAC DUCTS AND CASINGS.

ACCREDITATION OF ON-LINE LEAK SEAL ORGANIZATIONS

SITE TESTING STANDARDS FOR METHANE

ASSE International Product (Seal) Listing Program

G type DUCTED EXHAUST SAFETY VALVE 2871 AND 288X SERIES. Model/Ref:

SUP 15 Health & Safety Management Pressure Systems. Unified procedures for use within NHS Scotland

1 Exam Prep NFPA 99 Health Care Facilities Questions and Answers (Plumbing Contractor)

Industry Guidelines POLYETHYLENE (PE) PIPES AND FITTINGS FOR COMPRESSED AIR ISSUE 6.8

American Society of Sanitary Engineering PRODUCT (SEAL) LISTING PROGRAM

Committee Input No. 59-NFPA [ Section No. 5.9 ]

APPENDIX A GLOSSARY AND ACRONYMS

WP2 Fire test for toxicity of fire effluents

BCGA GUIDANCE NOTE 17

Event Time Event Name Meeting Room Sunday, January Monday, January

TP1 and TP2 Temporary Cone Shaped Strainers

MST21 Stainless Steel Balanced Pressure Thermostatic Steam Trap

Item ID: Rev.: 00 Status: Final Effective Date: 29-Feb-2015 EXECUTIVE SUMMARY

Metal Expansion Joints. System solutions for reliable connections in plant engineering and construction.

DF1 and DF2 Diffusers

American Society of Sanitary Engineering PRODUCT (SEAL) LISTING PROGRAM

ASSE International Product (Seal) Listing Program. ASSE Performance Requirements for Air Valve and Vent Inflow Preventer

Safe working practices to ensure the integrity of gas pipelines and associated installations

ANNEX AMENDMENTS TO THE INTERNATIONAL CODE FOR FIRE SAFETY SYSTEMS (FSS CODE) CHAPTER 15 INERT GAS SYSTEMS

Volt 8000 Series Heated Regulator

Ground Fault Circuit Interrupter(GFCI) Policy

DEFINITIONS ROPE ACCESS

DCV1, DCV3 and DCV3LT Disc Check Valves Installation and Maintenance Instructions

Standard Pneumatic Test Procedure Requirements for Piping Systems

Field Instruction. 2.6 Worksite Clothing - Personal Protective Equipment (PPE) Requirements

NATURAL GAS MAINTENANCE. Part 192 Subpart "M"

TSS21 Sealed Thermostatic Steam Tracer Trap

Informal document regarding progress of CEN standards for reference in RID/ADR

RESOLUTION A.567(14) adopted on 20 November 1985 REGULATION FOR INERT GAS SYSTEMS ON CHEMICAL TANKERS

NC Department of Insurance Office of the State Fire Marshal - Engineering Division 325 N. Salisbury St, Raleigh, NC

ASME BOILER CODE WEEK AND PRESSURE VESSEL CODE WEEK May 5-10, 2019 Grand and Little America Hotels, Salt Lake City, Utah

Field Instruction. 2.6 Worksite Clothing - Personal Protective Equipment (PPE) Requirements

Casing Spacer Technology Leaders

EVALUATION SUBJECT: SPUNSTRAND STANDARD AND INSULATED UNDERSLAB DUCTS

GSA POLICY ON LOCAL EXHAUST AND OTHER VENTILATION (FUME CUPBOARDS)

"STEEL FRAMED" ALUMINUM PANEL SHIELDS

STANDARD SPECIFICATION FOR SPLIT TEES (HOT TAP MATERIAL)

HM and HM34 Inverted Bucket Steam Traps Installation and Maintenance Instructions

SWIMMING POOL REQUIREMENTS

East Building, PHH-30 U.S. Department New Jersey Avenue S.E. of Transportation Washington, D.C EXPIRATION DATE: June 30, 2015

MINE SAFETY TARGETED ASSESSMENT PROGRAM. Ground or strata failure NSW metalliferous mines. April

STEEL TRENCH SHIELDS DW MODELS

NAVSEA STANDARD ITEM. 2.2 T9074-AS-GIB-010/271, Requirements for Nondestructive Testing Methods

Charlottetown Marine Terminal Pipeline Decommissioning Project Description

IACS History File + TB

CONSIDERATIONS FOR THE USE OF SEA WATER IN FIREFIGHTING. Prepared and Presented by Lenny Naidoo (Chief Fire Officer), Engen Petroleum Company

OHRP Guidance on Written IRB Procedures

Application of pipeline risk assessment to proposed developments in the vicinity of high pressure Natural Gas pipelines

1. Section Summary for loose climbing equipment provided by Owner. 2. Section "Cast in Place Concrete"

HEALTH AND SAFETY EXECUTIVE HM NUCLEAR INSTALLATIONS INSPECTORATE

Roughneck TM Mesh Slings

Steam System Best Practices 14 Best Practices for Guide Lines for Boiler Plant Log Books

MAINTENANCE AND SAFETY OF CNG REFUELLING STATIONS

Crab and Lobster Live Holding System Part II (Water Pumps, Air Pumps and Pipework)

FALL PROTECTION (SAF-SPI-06)

PRESSURE EQUIPMENT EXEMPTION ORDER. User Guide for. Pressure Equipment Exemption Order. Alberta Regulation 56/2006

International Civil Aviation Organization DANGEROUS GOODS PANEL (DGP) MEETING OF THE WORKING GROUP OF THE WHOLE. Montreal, 18 to 22 April 2005

TN-20/2007. Special Precautions for Fusing Saddle Fittings to Live PE Fuel Gas Mains Pressurized on the Basis of a 0.

Health and Safety at Work (Hazardous Substances Above Ground Rotationally-Moulded Polyethylene Stationary Tanks) Safe Work Instrument 2017

OVERALL SURVEY: A survey intended to report on the overall condition of the hull structure and determine the extent of additional close-up surveys.

TITLE 11. DEPARTMENT OF JUSTICE NOTICE OF PROPOSED RULEMAKING

DCV6 Disc Check Valve

P5 PRESSURE IN FLUIDS AND ATMOSPHERIC PRESSURE

ST/SG/AC.10/C.3/2016/8. Secretariat. United Nations. Transport of gas tanks for motor vehicles. Introduction

Swimming Pools, Spas & Hot Tubs Construction requirements for outdoor private swimming pools (in-ground and above-ground), spas and hot tubs

ISO INTERNATIONAL STANDARD. Small craft Liquefied petroleum gas (LPG) systems

TYPE ECS SEAL METAL BELLOWS DRY-RUNNING SECONDARY CONTAINMENT Technical Specification

Assessment of Ships and Managers for the Acceptance of Extended Interval Between Bottom Surveys in Dry-Dock

Enbridge Pipelines (NE Texas) LP EXAMINER S REPORT AND RECOMMENDATION STATEMENT OF THE CASE

FV Flash Vessel Installation and Maintenance Instructions

Y-Pattern Strainer Valves Range

Annex 1 to Decision 2009/007/R

Installation, Operating and Maintenance Instructions. V914 Cast Iron Flanged Swing Check Valve V914

Testing Procedures of Watertight Compartments

Transcription:

Notable Clarifications to Directive 077 Requirements This summary is provided to assist the reader and is not the official source of the regulaty requirements administered by the ERCB. Readers are reminded that the ERCB s directives and other official regulaty documents should be consulted f all purposes relating to the interpretation and application of ERCB requirements. Directive 077 May 2010 edition Directive 077 March 2011 edition Comment OVERVIEW PART A: REQUIREMENTS What s New, Related ERCB Documents, and Compliance Assurance sections have been updated. Section 1: Crosion Barriers under Pipeline Insulation Section 1.1: Background Section 1.2: Requirements 1) The ERCB requires all new insulated pipeline systems in Alberta to be installed with a crosion barrier coating applied directly to the metallic pipe, in addition to any insulating material and outer coating material. 2) If an alternative system is used, the licensee must present evidence of satisfacty long-term perfmance to the ERCB Technical Operations Group and request an approval f variance from this requirement. Added reference to a new CSA standard, CSA Z245.22-10: Plant-applied external polyurethane foam insulation coating f steel pipe Section 1.2: Requirements 1) An applicant f a licence f a buried insulated pipeline a) must ensure that any carbon steel pipeline being installed has a crosion barrier coating applied directly to the carbon steel pipe, under any insulating material, b) if the coating system to be used does not include a crosion barrier applied directly to the carbon steel pipe, must i) submit to the ERCB evidence of the long-term crosion-control perfmance of the carbon steel pipe without a directly applied crosion barrier coating, and ii) obtain written ERCB approval f exemption from (a). Clarified requirement. The iginal requirement was introduced in May 2010 to address a need f crosion barrier coating and the general option to propose alternative coating systems. Subsequent questions prompted a need to clarify the scope of the requirement and to provide me details on the content of the proposal f alternative coating systems. This clarification will eliminate a significant number of telephone inquiries to ERCB staff. Notable Clarifications to ERCB Directive 077 Requirements (March 2011) 1

Section 2: Cathodic Protection of Risers and Underground Couplers Section 1.3: Interpretation The above requirement is not intended to apply to rackinstalled pipelines, aboveground steam production pipelines, tempary surface pipelines. Any request f exemption from requirement (1)(a) is to be submitted to pipelineoperations@ercb.ca. Added interpretation section to further highlight that the requirement in Section 1.2 applies only to buried pipelines. Section 2.2: Requirements 1) The ERCB requires all underground metallic risers couplers to be coated with an external crosion barrier coating and also to be protected by cathodic protection. Section 2.2: Requirements 1) At the time of installing a buried riser coupler using stainless steel, crosion-resistant alloy, crosionresistant alloy-plated materials associated with a pipeline, the licensee must either a) apply an external crosion barrier coating directly over the buried riser coupler and supply effective cathodic protection to the metallic parts, b) complete an engineering assessment that demonstrates that cathodic protection is not necessary. 2) If an engineering assessment is conducted pursuant to requirement 1(b), the licensee must a) ensure that the assessment considers the site-specific operating conditions, and b) provide a copy of the assessment to the ERCB upon request. 3) If installing a buried riser coupler using metallic materials other than those identified in requirement (1), at the time of installation the licensee must a) apply an external crosion barrier coating directly over the carbon steel metallic surface, and b) supply effective cathodic protection to the carbon steel metallic parts. Clarified requirements to address inquiries and established procedure f dealing with unique situations. The first requirement deals with crosion resistant materials and allows using an engineering assessment to propose alternative approaches. The general requirements f an engineering assessment are set out in CSA Z662. The second requirement provides detailed criteria if an engineering assessment is to be undertaken. The third requirement restates the iginal requirement f materials that are not crosion resistant. This clarification will eliminate a significant number of telephone inquiries and requests to ERCB staff. 2 Notable Clarifications to ERCB Directive 077 Requirements (March 2011)

Section 3: Overpressure Protection f Pipelines Connected to Artificial Lift Equipment Section 3.2: Requirements These requirements come into fce on June 15, 2010. The following definitions apply to the requirements in this section: A competent individual is a person who is qualified, trained, and experienced to perfm the required duties. A defective nonfunctioning overpressure protection device is a device that is not capable of preventing the pipeline pressure from exceeding the maximum operating pressure by me than 10% 35 kpa, whichever is greater. 1) F artificial lift equipment either (a) and (b) and (c), (d) and (e), are required: a) licensees must have two independent overpressure protection devices on artificial lift equipment as backup f each other to protect pipelines from overpressure; b) licensees must ensure that the two independent overpressure protection devices will not allow the licensed maximum operating pressure of the pipeline to be exceeded by me than 10% 35 kpa, whichever is greater, as described in CSA Z662-07; and Section 3.2: Requirements The following definitions apply to the requirements in this section: A competent individual is a person who is qualified, trained, and experienced to perfm the required duties. A defective nonfunctioning overpressure protection device is a device that is not capable of preventing the pipeline pressure from exceeding the maximum operating pressure by me than 10% 35 kpa, whichever is greater. 1) Where artificial lift equipment is capable of supplying pressure in excess of the pipeline maximum operating pressure either (a) (b) is required: a) the licensee of the pipeline must i) have two independently operating overpressure protection devices designed to protect the pipeline from experiencing excess pressure; ii) ensure that the two overpressure protection devices will not allow the licensed maximum operating pressure of the pipeline to be exceeded by me than 10% 35 kpa, whichever is greater, as described in CSA Z662-07; and iii) conduct inspections, assessments, and testing of the devices described in (a)(i) in accdance with CSA Z662-07, Clause 10.7.5.2; b) the licensee of the pipeline must have i) a single overpressure protection device designed to protect the pipeline from experiencing excess pressure; Clarification of the requirements and the duty holder. Notable Clarifications to ERCB Directive 077 Requirements (March 2011) 3

Directive 077 May 2010 edition Directive 077 March 2011 edition Comment c) licensees must conduct inspections, assessments, and testing of the devices described in (a) as required by Clause 10.7.5.2 in CSA Z662-07; d) licensees must have competent individuals conduct monthly inspections, assessments, and testing on the single overpressure protection device; and e) licensees must have a certified instrumentation technician conduct annual inspections, assessments, and testing, with maximum interval of 18 months between such activities, on the single overpressure protection device to ensure that the monthly inspections, assessments, and testing are crectly conducted and that the device is not defective nonfunctioning. 2) Defective nonfunctioning overpressure protection devices must be repaired replaced. 3) Licensees must maintain all inspection, assessment, and testing recds on overpressure protection devices and submit them to the ERCB upon request. Inspection, assessment, and testing recds must show the infmation used to perfm effective evaluation of the overpressure protection devices, the results of the inspection, assessment, and testing, and that defective nonfunctioning devices are repaired replaced. ii) ensure that the single overpressure protection device will not allow the licensed maximum operating pressure of the pipeline to be exceeded by me than 10% 35 kpa, whichever is greater, as described in CSA Z662-07; iii) a competent individual conducting monthly inspections, assessments, and testing on the single overpressure protection device; and iv) a certified instrumentation technician conduct annual inspections, assessments, and testing, with maximum interval of 18 months between such activities, on the single overpressure protection device to ensure that the monthly inspections, assessments, and testing are crectly conducted and that the device is not defective nonfunctioning. 2) A defective nonfunctioning overpressure protection device must be repaired replaced befe the pipeline licensee resumes operation of the pipeline. 3) F all overpressure protection devices, the pipeline licensee must a) maintain adequate inspection, assessment, and testing recds f the overpressure protection device, and b) submit the recds to the ERCB upon request. 4) Inspection, assessment, and testing recds must document the infmation used to perfm effective evaluation of the overpressure protection device; the results of the inspection, assessment, and testing; and the resolution of any issues regarding a defective nonfunctioning device pri to the resumption of pipeline operations by the licensee. 4 Notable Clarifications to ERCB Directive 077 Requirements (March 2011)

Section 3.3: Enfcement After June 15, 2010, noncompliance with the requirements in Part A, Section 4, of this directive may result in the licensee receiving enfcement action in accdance with the processes described in Directive 019: ERCB Compliance Assurance Enfcement. Questions regarding this section may be addressed to the ERCB Field Surveillance and Operations Branch, Technical Operations Group by e-mail to pipelineoperations@ercb.ca. Section 4: Use of High-Perfmance High- Density Polyethylene Pipe in Oil and Gas Service Section 3.3: Interpretation At locations where the licensee of the pipeline and the licensee of the artificial lift equipment are different, it is the responsibility of the pipeline licensee to ensure protection of the pipeline from the artificial lift equipment. If the pipeline licensee is not able to reach a suitable arrangement with the licensee of the artificial lift equipment to comply with the requirements of Section 3.2, the pipeline licensee must install an overpressure protection device(s) in accdance with Section 3.2 befe operating the pipeline. Questions regarding this section may be addressed to the ERCB Field Surveillance and Operations Branch, Technical Operations Group by e-mail to pipelineoperations@ercb.ca. Section 4: Use of High-Perfmance High-Density Polyethylene Pipe in Oil and Gas Service The enfcement section was replaced by the interpretation section. Clearly explains the duty holder. Min clarifications of the requirements No Section 5 Section 5: Adoption of CSA Z662-07, Annex N, as Mandaty New section based on Directive 041: Adoption of CSA Z662-03, Annex N, as Mandaty. PART B: REFERENCE TOOLS No Section 4. Section 4: Joint Use of Right-of-Way New reference tool based on IL 80-11: Joint Use of Right of Way No Section 5. Section 5: Use of Concrete Slabs f Pipeline Protection at Pipeline Crossings of Roads New reference tool based on IL 91-4: Use of Concrete Slabs at Pipeline Crossings of Highways and Roads Notable Clarifications to ERCB Directive 077 Requirements (March 2011) 5