INADVERTENT RETURN PLAN FOR HORIZONTAL DIRECTIONAL DRILLING (HDD)

Similar documents
Horizontal Directional Drill Contingency and Frac-Out Response Plan. Harpster-Lima Pipeline Project

Appendix C - HDD Inadvertent Returns and Contingency Plan

RULES OF THE OIL AND GAS PROGRAM DIVISION OF WATER RESOURCES CHAPTER DRILLING WELLS TABLE OF CONTENTS

Emergency Response Plan Supervisor Version

SPILL CONTINGENCY AND EMERGENCY RESPONSE PLAN

Trout Unlimited Comments on the Scope of Environmental Impact Statement for the Constitution Pipeline Project, Docket No. PF12-9

TRANSCANADA KEYSTONE PIPELINE PROJECT EXECUTION PHASE HDD EXECUTION PLAN FOR WATER COURSE CROSSINGS. Shannon Creek

Section Decanting Response Tool

DIRECTIONAL DRILLING

Section 38 Brieser Construction SH&E Manual

SITE INSPECTION PROCEDURE FORM

COAL COMBUSTION RESIDUALS FUGITIVE DUST CONTROL PLAN

DIRECTIONAL DRILLING SAFE WORK PRACTICE

Section Decanting Response Tool

TABLE OF CONTENTS 1.0 INTRODUCTION PLAN CERTIFICATION (B)(4) 1

In an emergency the safety of all personnel and the public is of priority.

Vacuum Excavation in the vicinity of the Wellington Electricity Network

Drilling Efficiency Utilizing Coriolis Flow Technology

RIIWMG203D Drain and Dewater Civil Construction Site Learner Guide

Aquatic Facilities Water Spray/Play Ground Application, Design & Operating Requirements Environmental Health Guide

In addition to this SOP, the policies and procedures of each operating company will be strictly observed by Rockwater personnel.

Geotechnics, Face and Stockpile Operations

MSE CONTROLLED DOCUMENT. Radiological HS&E Precautions for NORM Contaminated Tanks, Vessels & Separators

TEMPLE UNIVERSITY ENVIRONMENTAL HEALTH AND RADIATION SAFETY

SGS MUSCOWPETUNG ABORIGINAL CONSTRUCTION MONITORING

GUIDELINES FOR SLUG DISCHARGE MANAGEMENT PLAN (Abstract from EPA Guidance Manual)

THE UNIVERSITY OF NORTH CAROLINA

Secondary Aluminum NESHAP 40 CFR Part 63 Subpart RRR. Example Malfunction Plan for Plant ABC

D.B. Wilson Station CCR Landfill

Bogo Operations Pollution Incident Response Management Plan

Dry Hydrants. The installation of a non-pressurized pipe system into local water sources provides a ready means of supplying water to fire engines.

Explosive gas migration monitoring for a sanitary landfill facility.

Emergency Response Policy

DEPARTMENT OF ENVIRONMENTAL PROTECTION Office of Oil and Gas Management

Fire and Rescue Service Operational Guidance Equipment Manual Environment Protection Equipment Environment Agency Grab Pack Table of Contents 1 Genera

CONTROL OF HAZARDOUS ENERGY IN THE WORKPLACE

Project Specific Information Package Kakwa Expansion Pipeline Project

Confined Space in Construction

TEMPLE UNIVERSITY ENVIRONMENTAL HEALTH AND RADIATION SAFETY

Mines Inspectorate Safety bulletin no. 102 (Version 1) 30 November 2010

HAZARDOUS INCIDENT SITE SAFETY PLAN

Federal Railroad Administration. HUDSON TUNNEL PROJECT: WEEHAWKEN COMMUNITY MEETING January 18, 2018

HAZARDOUS WASTE OPERATIONS AND EMERGENCY RESPONSE

Management system template for operators who have a permit to discharge used or waste sheep dip to land

Coal Combustion Residuals Annual Fugitive Dust Control Report. Prepared for Montana-Dakota Utilities Company R.M. Heskett Station.

Excavations and Trenches

! Subpart D - Contingency Plans and Emergency Procedures (40 CFR to ) (EPA regulations adopted by NJDEP); and

IWCF Equipment Sample Questions (Surface Stack)

CONTINGENCY AND SPILL RESPONSE PLAN. Soil Transfer Facility for Contaminated Soils

E2.14 Control of Hazardous Energy. Effective Date: 03/01/2018

(b) Venting or flaring shall only be authorized by the Commission under the following circumstances:

Significant Change to Dairy Heat Treatment Equipment and Systems

Project Specific Information Package Simonette Expansion Pipeline Project

Pressure Systems Safety Regulation

Regulation PM-10.0: Ships Ballast Water Management

Suitable Applications Check dams may be appropriate in the following situations: To promote sedimentation behind the dam.

CONTROL OF HAZARDOUS ENERGY

Introduction to Emergency Response & Contingency Planning

Hazardous Energy Control

Risk Assessment for Stone Quarry Mining is among the most hazardous activities all around the world, being always accompanied with different

OKLAHOMA CITY COMMUNITY COLLEGE CONTROL OF HAZARDOUS ENERGY PROGRAM. Environmental Health and Safety. Established:

Hazardous Waste Training Plan. Supersedes: 02/15/16 (Rev.02) Preparer: Owner: Approver: EHS Team Member EHS Team Member EHS Manager

DUQUESNE UNIVERSITY LOCKOUT/TAGOUT PROGRAM

Start-up, Shutdown and Malfunction Plans. Norman L. Morrow Fresh Air Consulting

2. IMMEDIATE RESPONSE ACTIONS AND NOTIFICATION PROCEDURES

Essential Standard No. 16. Streetworks - Short duration static works carried out from a vehicle

Environmental Services Buller District Council 4-6 Brougham Street PO Box 21, Westport 7866 Telephone

Engineered solutions for complex pressure situations

COAL COMBUSTION RESIDUALS (CCR) FUGITIVE DUST CONTROL PLAN SANDY CREEK ENERGY STATION RIESEL, TEXAS. Prepared for:

Pollution Incident Response Management Plan

1.0 PURPOSE 2.0 SCOPE 3.0 DEFINITIONS. ANSI: American National Standards Institute. CCC: Chemical Control Centre

OCEAN OUTFALL PRESENTS CHALLENGES TO HDD CONSTRUCTION

Casing and Cementing Requirements

Be our partner in safe, reliable natural gas delivery

ROAD OCCUPANCY PERMIT APPLICATION # Damascus Township, 60 Conklin Hill Road, Damascus, PA Tel Fax

Construction Dewatering

CCR Fugitive Dust Control Plan

Pollution Incident Response Management Plan Austrak Wagga Wagga

POOL FENCING A Guide to the Fencing of Swimming Pools Act 1987

La Crescent Township Zoning Ordinance

All information correct as of 25 th September 2013 and subject to change without notice. 6 inch HURRICANE modular dredge equipment operations manual.

Laboratory Safety Training. Environmental Health and Safety

Spill response Procedure

METHODOLOGY RISK TABLES TABLE 1 - QUALITATIVE MEASURES OF CONSEQUENCE OR IMPACT TABLE 2 - QUALITATIVE MEASURES OF LIKELIHOOD

Bore-Gard Installation - 1,000 ft. Perry, Oklahoma

Responding to Natural Gas Pipeline Emergencies

Cozumel Turbodraft. Operational Considerations

DuPage County Environmental, Safety, Health & Property Loss Control Program Hazardous Energy Control (Lockout/Tagout)

SAFEWORK PRACTICES EQUIVALENCY PROCEDURE FOR ACCESSING FLOATING ROOF TANKS ON STORAGE TANKS IN SERVICE CAT A-2 SOP #33

PART Q CONTROL OF HAZARDOUS ENERGY (LOCKOUT-TAGOUT)

LO/TO LOCKOUT/TAGOUT PROGRAM

MARIPOSA COUNTY LOCKOUT/TAGOUT PROGRAM

Comments and Requests for Additional Information. Regarding

TABLE OF CONTENTS LEGAL NOTICE

Lockout/Tagout Plan Environmental Health & Safety Office July 2017

Fall Protection at the Top of the Quarry Face

Town of Berwick Maine. Request for Proposal Ambulance Services. July 1, June 30, 2014

Well Control Drill Guide Example Only. Drill Guide is the list of drills, questions and attributes that are in DrillPad.

SAFETY DIRECTIVE 2.0 DEPARTMENTS AFFECTED. This Administrative Directive shall apply to all Town of Marana departments and employees.

COGCC OPERATOR GUIDANCE MECHANICAL INTEGRITY TEST GUIDANCE: PRACTICES AND PROCEDURES

Transcription:

INADVERTENT RETURN PLAN FOR HORIZONTAL DIRECTIONAL DRILLING (HDD) FACILITY OPERATOR: NextEra Energy Resources, LLC 700 Universe Boulevard Juno Beach, FL 33408

For Horizontal Directional Drilling Contents 1.0 Introduction... 1 2.0 Site Personnel Responsibilities... 2 2.1 Training... 2 3.0 Measures to Prevent Inadvertent Release... 3 3.1 Equipment and Containment Materials... 3 4.0 Response to an Inadvertent Release... 5 4.1 Notifications... 6 5.0 Clean Up and Restoration... 7 5.1 Construction Restart... 7 5.2 Documentation... 7 Tables Table 1. Contact Information... 6 Page i

1.0 Introduction (Eight Point Wind) is proposing to utilize trenchless excavation techniques, otherwise known as horizontal directional drilling (HDD), on the Project (the Project) to route 34.5 kv collection circuits under obstacles including roads and waterbodies. The HDD method was chosen because it has proven to be a safe and efficient method of crossing roads, railroads, streams, wetlands, and other environmentally sensitive areas with minimal surface impact. The HDD process involves the use of water and bentonite (a naturally occurring clay) slurry as a coolant and lubricant for the advancing drill head. The slurry also helps to stabilize the bore and aids in the removal of cuttings during the drilling process. Bentonite is nontoxic; however, if released into waterbodies, has the potential to adversely impact fish, fish eggs, aquatic plants, and benthic invertebrates. Therefore, to protect these natural resources, Eight Point Wind has prepared this (the Plan) which outlines operational procedures and responsibilities for the prevention, containment, and cleanup of inadvertent releases associated with the HDD process. The objective of this Plan is to: 1. Minimize the potential for an inadvertent release of drilling fluids associated with HDD activities; 2. Provide for the timely detection of inadvertent returns; 3. Protect environmentally sensitive areas (streams, wetlands) while responding to an inadvertent release; 4. Ensure an organized, timely and minimum impact response in the event of an inadvertent return and release of drilling fluids; and, 5. Ensure that all appropriate notifications are made immediately. Page 1

2.0 Site Personnel Responsibilities The HDD Contractor will be responsible for execution of HDD operations, including actions for detecting and controlling inadvertent releases of drilling fluids. The Contractor is also responsible for understanding the contents of this Plan and ensuring that the appropriate personnel are familiar with its contents and the procedures identified in it for cleanup of an inadvertent release. The Construction Supervisor will have overall responsibility for implementing the Plan and will be familiar with all aspects of the drilling activity, the contents of this Plan, and the conditions of approval under which the activity is permitted to take place. The Construction Supervisor will ensure that a copy of this Plan is available onsite and accessible to all construction personnel during HDD activities. The Construction Supervisor will provide the anticipated schedule of HDD operations to the Environmental Inspector (EI) responsible for environmental compliance monitoring prior to the commencement of work. The Environmental Inspector (EI) will closely supervise the progress and actions of the HDD Contractor. The EI will be onsite and available during HDD operations to consult with HDD personnel and conduct inspections. The Construction Supervisor will promptly notify the EI when an inadvertent release is suspected or detected. The EI will have the authority to stop work, evaluate the situation, and determine the appropriate measures necessary to address an inadvertent release. The EI will be responsible for notifying the appropriate regulatory agencies. 2.1 Training Prior to the start of construction, the Construction Supervisor and EI will ensure that the crew members receive and understand the following: Provisions of this Plan; Site specific permit and monitoring requirements; Locations of sensitive environmental resources at the HDD site; Procedures for inadvertent release prevention; Location and proper use of containment equipment and materials; Contractor/crew member obligation to immediately suspend drilling operations upon evidence of an inadvertent release; Requirement to immediately report any inadvertent releases to the Construction Supervisor and EI; Contractor/crew member responsibilities in the event of an inadvertent release; Protocols for reporting observed releases and communication with appropriate regulatory agencies. Page 2

3.0 Measures to Prevent Inadvertent Release Although HDD has proven to be a safe and reliable method of crossing surface features with very minimal impact, the potential still exists for inadvertent releases of drilling fluid to the surface, which can have a detrimental impact on the environment. These releases typically occur as a result of seeps which can form when pressure in the drill hole exceeds the capability of the overburden to contain it, or when fluids find a preexisting fault in the overburden. The likelihood of these situations occurring can be minimized by taking into consideration the soil type and bedrock composition. Bore depth should be determined based on these site specific factors; however, a minimum depth of 25 feet in sound soils should be sufficient to prevent an inadvertent release. Increased pressures in the drill hole can also be the result of excessively tight turns. The potential for increased pressures can be reduced simply by increasing the radius of bends in the profile. A loss of drilling pressure is the most obvious indication of a seep, therefore, drilling pressure shall be monitored continuously for any loss of pressure which might indicate the presence of a seep. Exit and entry pits will be enclosed by silt fences and straw bales. Barriers (straw bales or sedimentation fences) between the bore site and the edge of sensitive environmental resources will be constructed prior to drilling to prevent released drilling fluid from reaching them. The Construction Supervisor will ensure a corridor centered on the drill path will be continuously monitored for any signs of inadvertent release. In addition, when crossing a stream, the downstream area will be continuously monitored for signs of an inadvertent release. Water containing mud, silt, bentonite or other pollutants from equipment washing or other activities, will not be allowed to enter a waterbody. The bentonite used in the drilling process will either be recycled or disposed of at an approved facility. 3.1 Equipment and Containment Materials The Construction Supervisor will ensure that: All equipment and vehicles are checked and maintained daily to prevent leaks of hazardous materials; Spill kits and spill containment materials are available on site at all times and that the equipment is in good working order; Equipment required to contain and clean up an inadvertent release will either be available at the work site or readily available at an off site location within 10 minutes of the drill site; and, If equipment is required to be operated near a streambed, absorbent pads, and plastic sheeting for placement beneath motorized equipment will be used to protect the streambed from engine fluids. Page 3

At a minimum, the following containment, response, and clean up equipment will be available at each HDD crossing location at the time such crossings occur and will be readily available for use in the event of an accidental release of drilling fluids: spill kit; straw bales; silt fence; plastic sheeting; turbidity barriers; sand bags; shovels; buckets; push brooms; squeegees; pumps and suction hose; discharge hose; storage tanks; and, vacuum truck on 24 hour call. Page 4

4.0 Response to an Inadvertent Release The Construction Supervisor will be on site prior to beginning, and during, any HDD activities. The Construction Supervisor will have a tailgate briefing at the beginning of each day of drilling to review appropriate procedures in the case of an inadvertent return. During the briefing, drilling crew or other Project staff questions and concerns will be addressed. Once the drill rig is in place and HDD begins, the drill operator will immediately stop work whenever the pressure in the drill rig drops, there is a lack of returns in the entrance pit, or other evidence of an inadvertent release occurs. Upon evidence of an inadvertent release, the drill operator will immediately pull back the drill head to relieve pressure on the system. If an inadvertent release is suspected, the Construction Supervisor and EI will be notified immediately to ensure appropriate response actions are taken and notifications are made. The Construction Supervisor and EI will conduct an evaluation of the situation. If no inadvertent release is detected, the driller will attempt to re establish returns through standard HDD practice and continue HDD activity. If an inadvertent release is detected, the Construction Supervisor and EI will: 1. Cease all drilling activities. 2. Make appropriate initial notifications see Notifications below. Notification of DPS Staff if off right of way access is needed to clean up an inadvertent release. 3. Implement containment measures to minimize the affected area. a. In upland or relatively dry wetland areas, containment techniques may include installation of earthen dams/ditches, or placement of sand bags or silt fence barriers to stem flow. b. In a flowing stream, several techniques may be implemented including turbidity curtains, sand bags placed on the bottom of the stream to slow flow, pumping water from above the inadvertent release to below the inadvertent release, or others which minimize or stop materials from flowing further downstream. c. In wetlands, the EI and Construction Supervisor will direct containment of material consistent with the methods described above. In some cases however, equipment and personnel activities associated with containment and recovery of the bentonite slurry may be deemed likely to cause more damage to the ecosystem. Under such circumstances, mitigation efforts may be suspended at the EI s discretion. 4. If the volume of a release is too small to be practically collected, it may be allowed to dry and dissipate naturally. 5. If the volume of a release is small and it is practical to do so, it can be collected by hand with shovels and soft bristled brooms. The area should be scraped down to bare soil without unnecessarily disturbing exiting vegetation. Page 5

6. If the volume of a release is large, a vacuum truck or diaphragm mud pump shall be utilized. 7. Bentonite slurry, whether collected by hand or mechanical means, shall be directed into buckets, tanks, a vacuum truck, or other containment device and stored outside of sensitive environmental areas and recycled or disposed of in an approved manner. 4.1 Notifications The EI will be responsible for notifying DPS and NYSDEC staff, if practicable, within two hours of an inadvertent release to a state regulated wetland or protected stream. Table 1. Contact Information Agency Contact Address and Telephone Number New York State Department of Public Service (DPS) New York State Department of Environmental Conservation (NYSDEC) Andrew Davis Region 8 Permits NYS Spills Hotline 3 Empire Plaza Albany, NY 12223 1350 (518) 486 2853 6274 E. Avon Lima Road Avon, New York 14414 (585) 226 2466 625 Broadway, 11 th Floor Albany, New York 12233 (518) 402 9543 Information to be documented shall include: 1. Time of loss of return; 2. Time of discovery of any drilling material to the surface of the ground; 3. Person who made the first discovery; 4. Physical location of release; 5. If release is in an upland area, stream, or wetland; 6. Estimated volume of material released; 7. Containment activity; 8. Cleanup activity. The EI is responsible for a log of all information pertaining to the event including names, times, contacts, and start and completion of remediation activities. Page 6

5.0 Clean Up and Restoration Site specific clean up and restoration measures will be developed by the Construction Supervisor and the EI in consultation with DPS and NYSDEC staff as practicable. However, the following measures are considered appropriate: The Construction Supervisor will be responsible for ensuring that the recovered drilling fluid is either recycled or disposed of at an approved facility. No recovered drilling fluids will be discharged into streams, storm drains, or any other water source. All emergency excavation and clean up sites will be returned to natural contours as necessary using clean fill. All containment measures (i.e., straw bales, turbidity barriers, etc.) will be removed, unless otherwise specified by the Construction Supervisor. The EI will notify and coordinate any necessary follow up response with agency representatives. 5.1 Construction Restart The Construction Supervisor and EI will agree on plans moving forward. Options may include the industry standard practice of lower pressure/flow, changing viscosity of the slurry, using additives consistent with the geology, pushing through if the volume of inadvertent release is manageable and not impacting a stream or wetland, abandonment and relocation of the entry, or changing the drill path. 5.2 Documentation Inadvertent releases will be recorded in the Project daily log by the EI. The log will include the following: An estimate of the amount of drilling fluid released; Location and time of the release; Size of the area impacted; Notifications made; Summary of the response; and, Success of the clean up action. Page 7