Submittal in Support of Natural Gas Act Section 3 and Section 7

Project No. 0308379 07/28/2015 Docket No. PF14-17-000 Draft Resource Report 1: Project Description Docket No. PF14-17-000 DRAFT Resource Report 1: General Project Description

Summary of Filing Information – Minimum Requirements Resource Report Information Location 1. Provide a detailed description and location map of the project facilities. (§ Section 1.1.2 380.12(c)(1)) • Include all pipeline and aboveground facilities. • Include support areas for construction or operation. • Identify facilities to be abandoned. 2. Describe any non-jurisdictional facilities that would be built in association with Section the project.(§ 380.12(c)(2)) 1.8 • Include auxiliary facilities (See § 2.55(a)). • Describe the relationship to the jurisdictional facilities. • Include ownership, land requirements, gas consumption, megawatt size, construction status, and an update of the latest status of Federal, state, and local permits/approvals. • Include the length and diameter of any interconnecting pipeline. • Apply the four-factor test to each facility (see § 380.12(c)(2)(ii)). 3. Provide current original U.S. Geological Survey (USGS) 7.5-minute-series Figures 1.1-1 and topographic maps with mileposts showing the project facilities. (§ 1.1-5 380.12(c)(3)) • Maps of equivalent detail are acceptable if legible (check with staff) • Show locations of all linear project elements, and label them. • Show locations of all significant aboveground facilities, and label them. 4. Provide aerial images or photographs or alignment sheets based on these Figures 1.1-2 and sources with mileposts showing the project facilities. (§ 380.12(c)(3)) 1.1-6 • No more than 1-year old • Scale no smaller than 1:6,000 5. Provide plot/site plans of compressor stations showing the location of the Figure 1.1-7, no nearest noise sensitive areas (NSA) within 1 mile. (§ 380.12(c)(3,4)) compressor • Scale no smaller than 1:3,600 stations • Show reference to topographic maps and aerial alignments provided above. 6. Describe construction and restoration methods. (§ 380.12(c)(6)) Section 1.3 • Include this information by milepost • Make sure this is provided for offshore construction as well. For the offshore this information is needed on a mile-by-mile basis and will require completion of geophysical and other surveys before filing. 7. Identify the permits required for construction across surface waters. (§ Section 1.6 380.12(c)(9)) • Include the status of all permits. • For construction in the Federal offshore area be sure to include consultation with the MMS. File with the MMS for rights-of-way grants at the same time or before you file with the FERC. 8. Provide the names and address of all affected landowners and certify that all To be provided affected landowners will be notified as required in § 157.6(d). (§ under separate 380.12(c)(10)) cover • Affected landowners are defined in § 157.6(d)

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Summary of Filing Information – Minimum Requirements Resource Report Information Location • Provide an electronic copy directly to the environmental staff. Additional Information Resource Report Location  Describe all authorizations required to complete the proposed action and Section 1.6 the status of applications for such authorizations.  Provide Plot/site plans of all other aboveground facilities that are not Not Applicable completely within the right-of-way.  Provide detailed typical construction right-of-way cross-section diagrams Will be provided in showing information such as widths and relative locations of existing final draft rights-of-way, new permanent right-of-way, and temporary construction right-of-way.  Summarize the total acreage of land affected by construction and Tables 1.2-1 operation of the project. through 1.2-3  If Resource Report 5, Socioeconomics is not provided, provide the start Section 1.3 and end dates of construction, the number of pipeline spreads that would be used, and the workforce per spread.  Send two (2) additional copies of topographic maps and aerial Will be provided in images/photographs directly to the environmental staff of the Office of final draft Energy Projects (OEP).

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TABLE OF CONTENTS

1.0 GENERAL PROJECT DESCRIPTION 1

1.1 PROPOSED FACILITIES 1 1.1.1 Purpose and Need 1 1.1.2 Location and Description of Facilities 2 1.1.3 Location Maps, Detailed Route Maps, and Plot/Site Plans 7 1.2 LAND REQUIREMENTS 8 1.2.1 Pipeline Facilities 8 1.2.2 Aboveground Facilities 9 1.3 CONSTRUCTION SCHEDULE, WORKFORCE AND STRATEGIES 10 1.3.1 Project Schedule 10 1.3.2 Project Workforce 10 1.3.3 Construction Strategy 11 1.4 OPERATION AND MAINTENANCE 14 1.5 FUTURE PLANS AND ABANDONMENT 15 1.6 PERMITS AND APPROVALS 15 1.7 POTENTIAL STAKEHOLDERS AND AFFECTED LANDOWNERS 19 1.8 NON-JURISDICTIONAL FACILITIES 19 1.8.1 Off-site Assembly, Laydown and Storage 19

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TABLE OF CONTENTS (CONT’D) List of Tables

Table 1.1-1: On-Site Chemical Storage Table 1.2-1: Summary of Land Requirements Table 1.2-2: Land Requirements for Pipeline Facilities Table 1.2-3: Land Requirements for Aboveground Facilities Table 1.6-1: Permits and Consultations for the Project

APPENDICES

1A List of Figures Figure 1.1-1 Project Location Topographical Map Figure 1.1-2 Project Location Aerial Map Figure 1.1-3 Site Topographic Map Figure 1.1-4 Site Aerial Map Figure 1.1-5 Plot Plan Topographic Map Figure 1.1-6 Plot Plan Aerial Map Figure 1.1-7 NSA Topographical Map Figure 1.1-8 NSA Aerial Map Figure 1.1-9 Project Area Topographical Map Figure 1.1-10 Project Area Aerial Map

1B STAKEHOLDER LIST FOR THE PROJECT

1C DOCUMENTATION OF AGENCY CORRESPONDENCE

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ACRONYMS

ACI American Concrete Institute API American Petroleum Institute Bcf/d Billion Standard Cubic Feet per Day BOG Boil off Gas CFR Code of Federal Regulations CO2 Carbon Dioxide EFH Essential Fish Habitat EI Environmental Inspectors EPA Environmental Protection Agency FAA Federal Aviation Administration Facility Liquefaction Export Facility FEMA Federal Emergency Management Agency FERC Federal Energy Regulatory Commission HDD Horizontal Directional Drill HPGT High Point Gas Transmission H2S Hydrogen Sulfide LA 15 Louisiana Highway 15 LA 39 Louisiana Highway 39 LADOTD Louisiana Department of Transportation and Development LB/FT2 Pounds per Square Foot LB/FT3 Pounds per Cubic Foot LDEQ Louisiana Department of Environmental Quality LDNR Louisiana Department of Natural Resources LDWF Louisiana Department of Wildlife and Fisheries LLNG Louisiana LNG Energy, LLC LNG Liquefied Natural Gas MMcf/d Million Standard Cubic Feet per Day MPH Miles per Hour MR Mixed Refrigerant M Cubic Meters MTPA Million Tonnes per Annum NAHC Native American Heritage Commission NFPA National Fire Protection Association NGA Natural Gas Act NGL Natural Gas Liquids NMFS National Marine Fisheries Service PHMSA Pipeline and Hazardous Materials Safety Administration Plan FERC Upland Erosion Control, Revegetation and Maintenance Plan Procedures FERC Wetland and Waterbody Construction and Mitigation Procedures PSIG Pounds per Square Inch Gauge ROW Right-of-Way SHPO Louisiana State Historic Preservation Office TGP Tennessee Gas Pipeline µg/Nm3 Microgram per Normal Cubic Meter USC United States Code USCG United States Coast Guard

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ACRONYMS (CONT’D)

USDOT U.S. Department of Transportation USFWS U.S. Fish and Wildlife Service USGS United States Geological Survey USACE United States Army Corps of Engineers

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1.0 General Project Description

Louisiana LNG Energy, LLC (LLNG) is proposing to site, construct, and operate a liquefied natural gas (LNG) export project (Project) on the east bank of the Mississippi River at mile marker 46 in Plaquemines Parish, Louisiana. The Project will include a new liquefaction facility that will produce up to 6.0 million tonnes per annum (MTPA) of LNG for export to global customers. Natural gas will be delivered to the liquefaction facility from the existing interstate pipeline system of High Point Gas Transmission (HPGT) and Tennessee Gas interstate pipeline (TGP) systems, both located close to the Project site.

This preliminary draft Resource Report 1 describes LLNG’s proposed liquefaction facilities and ancillary facilities for which LLNG is seeking authorization from the Federal Energy Regulatory Commission (FERC). LLNG will file applications with the FERC to construct the Facility (defined below) pursuant to Section 3 of the Natural Gas Act (NGA), 15 U.S.C. § 717b, and to construct the Pipelines (defined below) supplying the Facility under either Section 3 or Section 7(c) of the NGA, as appropriate. 15 U.S.C. §§ 717b and 717f(c).

1.1 Proposed Facilities

The proposed Project consists of: 1. A liquefaction export facility (Facility) to be located along the east bank of the Mississippi River at mile marker 46, in Plaquemines Parish, Louisiana; and 2. Construction of a 1.9-mile (approximate length), 36-inch diameter pipeline to deliver gas from the HPGT interstate pipeline system to the Facility and construction of a 3.5-mile (approximate length), 36-inch diameter pipeline to deliver gas from the TGP system to the Facility (collectively, the Pipelines).

The Facility will receive natural gas for conversion to LNG and for loading on ships for export. This preliminary draft Resource Report 1 provides an overview of the Project, including the Facility’s purpose and need, location and detailed description, land requirements, construction execution plans and anticipated construction schedule, operations and maintenance philosophies, future plans and abandonment discussion, required permits, potentially affected landowners, public outreach and non-jurisdictional facilities.

All resource reports will be prepared utilizing information from design engineering plans, topographic maps, publicly accessible electronic databases, data collected during comprehensive field surveys and collected from federal, state and local agencies.

1.1.1 Purpose and Need

The Facility will enable LLNG to receive and liquefy domestic natural gas for export to foreign markets. New natural gas production technologies have led to a surplus of natural gas reserves, thereby addressing concerns of declining natural gas availability. This increase in natural gas production, together with the comparatively minor increase in domestic natural gas demand, has created a market with sufficient natural gas resources to accommodate both domestic demand and natural gas exports in the form of LNG. The abundant supply of natural

1 LLNG RR1 20150728 Docket No. PF14-17-000 DRAFT Resource Report 1: General Project Description gas should keep domestic natural gas prices at a level that makes exports of LNG economic for the foreseeable future.

The strong overseas market demand will continue to drive the need for competitively priced liquefaction and transport of LNG, and the need for this Facility. The export of LNG from the U.S. provides a lower emissions alternative to other fossil fuels such as coal and fuel oil, which will result in a reduction in carbon dioxide emissions. Further, LNG from the Facility will remain price-competitive compared to other U.S.-based LNG supply options. Mid-scale LNG export facilities, such as the Facility, can produce LNG for export at lower prices compared to larger LNG facilities due to the application of existing, proven liquefaction technology, which creates diseconomies of scale.

LLNG considered numerous project sites and determined that a location on the east bank of the Mississippi River at mile marker 46 has several transportation and economic benefits which further enhances the economic viability of the Facility. These benefits include close proximity to the Gulf of Mexico, sufficient width of river to load LNG ships, and a location in a part of the river that scours, thus providing sufficient depth for berthing LNG ships.

In addition, construction of LLNG’s proposed Project at this location will stimulate the local, state, regional and national economies through job creation, increased economic activity and tax revenues. This will include the direct creation of approximately 1,200 temporary jobs during construction and over 100 full-time jobs during operation. The Facility will also result in an improvement in the U.S. balance of trade, which was $505 billion in 2014.

The proposed supply pipelines will provide LLNG access to approximately 1.8 billion standard cubic feet per day (Bcf/d) of firm transportation capacity to the Facility to supply feed gas for liquefaction and export. The proposed interconnections with HPGT and TGP will enable LLNG to source feed gas from a variety of natural gas production areas in the U.S., including the Marcellus and Utica shale regions.

1.1.2 Location and Description of Facilities

LLNG proposes to construct its Facility in Plaquemines Parish, Louisiana on the east bank of the Mississippi River at mile marker 46. The location of the Project is depicted in Figures 1.1-1 and 1.1-2. The Project will be located on an approximately 190-acre site with 3,200 feet of frontage on the Mississippi River (Figures 1.1-3 and 1.1-4). LLNG has negotiated a long-term lease agreement for access to and development of the property.

Construction and operation of the Facility is subject to Commission authorization pursuant to Section 3 of the NGA. Construction and operation of the Pipelines is subject to Commission authorization pursuant to either Section 3 or Section 7(c) of the NGA, as appropriate.

The major facilities (Figures 1.1-5 and 1.1-6) comprising the Project will include: Processing Facilities:  Inlet receiving facility  Acid gas removal and solvent regeneration

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 Molecular sieve dehydration and mercury removal  Natural Gas Liquids (NGL) removal  Refrigeration and liquefaction including mixed refrigerant (MR) compressor turbines  LNG storage, loading and boil off gas (BOG) compression Utilities and Support Facilities (common for entire Facility):  Wet and dry flares, marine flare, and acid gas thermal oxidation  Refrigerant storage  Fuel gas system including defrost gas  Electric power generation and distribution  Firewater systems  Hot oil system  Plant / instrument air  Potable water  Water demineralization  Nitrogen system  Provisions for security (physical and operational)  Waste water collection  Sewage collection  Miscellaneous storage (chemicals and lube oil)  Storm surge wall and storm water handling system  1.9 miles of 36-inch diameter natural gas pipeline with accompanying metering station  3.5 miles of 36-inch diameter natural gas pipeline with accompanying metering station

Liquefaction Facility

The liquefaction facility will consist of four LNG plants. Each plant comprises one gas pre- treatment unit and two liquefaction units. In total the project will produce up to 6.0 MTPA of LNG for export, requiring approximately 1.0 Bcf/d of feed gas, which includes fuel gas for the Facility.

The pipeline quality feed gas will be pre-treated prior to liquefaction. Feed gas pre-treatment will consist of:

 Acid gas removal – four amine units will remove carbon dioxide (CO2) and hydrogen sulfide (H2S). The CO2 and H2S are removed in an absorber column where lean amine contacts the feed gas. This amine stream, which contains various concentrations of CO2 and H2S, flows to the regeneration portion of the unit for CO2 and H2S removal before recycling back

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to the absorber. After CO2 and H2S removal, the water-saturated gas flows through a knock out vessel before entering a dehydration unit, which contains dryer vessels filled with a high performance molecular sieve;  Dehydration – four dehydration units will dry the wet gas; and  Mercury removal –the dry gas then flows downstream to four mercury guard beds, containing sulfur impregnated activated carbon to remove mercury to concentrations below detectable limits (0.01 microgram per normal cubic meter [μg/Nm3]).

Portions of the liquefaction facility, such as cold boxes, some buildings, substations or other assemblies, may be built in a modular fashion, off-site, transported to the site via barge or truck, and then assembled on-site. The majority of the facilities, such as pipe racks, LNG storage tanks and similar structures will be “stick-built” on site.

Liquefaction Unit

Refrigeration necessary for the liquefaction process will be provided by the heating and vaporization of three mixed refrigerant streams derived from a single circulating refrigerant mixture. Use of a mixed refrigerant system makes the refrigeration system inherently flexible, simple, and efficient. Initially, a low pressure combination of the three refrigerant streams is compressed first to an intermediate pressure and finally to a high pressure. The mixed refrigerant compressor is comprised of two sections to facilitate inter-cooling, which maintains discharge temperatures within acceptable ranges. This inter-cooling also improves the efficiency of the compression process. The air-cooled inter-cooler for the mixed refrigerant compressor partially condenses the intermediate pressure discharge stream to produce a liquid, which forms the “warm” refrigerant stream. After separation from the liquid, the remaining vapor is further compressed in the second section to a high, final discharge pressure. This warm high pressure discharge is partially condensed in an air-cooler, with the liquid forming the “mid” refrigerant stream and the remaining vapor forming the “cold” refrigerant stream.

These three refrigerant streams feed the liquefaction exchanger in the cold box and ultimately provide refrigeration for the natural gas liquefaction process. Each of these refrigerant streams is chilled by flowing through independent passages in the liquefaction exchanger. After chilling in the exchanger, the three refrigerant streams are fed to separate Joule-Thomson expansion valves. Expanding the refrigerant streams across the valves causes a reduction in the refrigerant temperature, providing a driving force for refrigeration of the treated feed gas in the liquefaction exchanger. These cold, low pressure refrigerant streams are returned to various points in the liquefaction exchanger and heated against the feed gas, as well as the incoming high pressure refrigerant streams. After warming to a temperature approaching the warm streams entering the liquefaction exchanger, the combined refrigerant stream returns to the suction of the mixed refrigerant compressor to complete the “refrigerant side” of the liquefaction cycle.

Nitrogen System

The Project will include a liquid nitrogen storage system, consisting of a cryogenic nitrogen storage tank, ambient or electric-powered nitrogen heater. Liquid nitrogen will be bulk delivered

4 LLNG RR1 20150728 Docket No. PF14-17-000 DRAFT Resource Report 1: General Project Description by truck. The nitrogen will be used for the mixed refrigerant system as part of the liquefaction process and providing an inert blanket for tank and vessel head space, and a dry gas for instrumentation or miscellaneous application. It is anticipated that the nitrogen system would be supplied as part of a lease agreement or service agreement with an industrial gas supplier.

LNG Storage

The two LNG storage tanks will be a full containment design, with a 9% nickel steel inner tank, post tensioned concrete outer tank, and suspended insulation support deck. The LNG will be contained within the inner tank, while the outer tank serves as a secondary containment in the event of leakage of liquid from the inner tank. The inner and outer tanks will be supported on a common foundation. The tank will be designed and constructed in accordance with the requirements of American Petroleum Institute (API) Standard 620 including Appendix Q, API standard 625, American Concrete Institute (ACI) 376, National Fire Protection Association (NFPA) 59A and 49 Code of Federal Regulations (CFR) Part 193.

Storage Tank Configuration

Number of tanks Two Tank capacity (gross) 145,000 cubic meters (m3) Tank capacity (net) 140,000 m3

LNG Storage Tank Design Criteria

Design LNG density 29.34 pounds per cubic feet (lb/ft3) Design LNG temperature -270 degrees Fahrenheit (°F) Internal design pressure on outer tank TBD pounds per square inch gauge (psig) External design pressure on outer tank TBD psig Design roof live load 20 pounds per square feet (lb/ft2) Design wind load 150 miles per hour (mph) (sustained) Design earthquake Per Site Specific Study in accordance with NFPA 59A

LNG Storage Tank Protection Systems

A wall will be constructed around the facilities to provide storm surge protection and which will provide tertiary LNG containment. The two LNG storage tanks will be fitted with discharge pumps, liquid level gauging and control, vapor recovery and fire detection and response systems.

On-site Chemical Storage

There will be an inventory of refrigerant components, and other chemicals and products on site. Table 1.1-1 indicates approximate quantities (where currently known) of various chemicals that will be stored on-site.

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Table 1.1-1: On-Site Chemical Storage

Chemical Quantity Stored On-site (approximate) Butane 6,000 gallons Pentane 6,000 gallons Ethylene 6,000 gallons Propane 6,000 gallons Mercury Removal Carbon 21,000 lbs (replaced every 13 years) Process Wastewater To be determined Potable Water 5,000 gallons Demineralized Water 30,000 gallons Heat Transfer Oil (Hot Oil) TBD Amine (Acid Gas Removal) TBD Firewater TBD Hydraulic Oil TBD Lubricating Oil TBD

The proposed facility will include LNG spill containment as required per NFPA 59A and best practices for liquefaction facilities. The facility will include two spill containment sumps to collect the 10 minute design LNG spill. One containment sump will be located near the process area to contain a spill from the liquefaction area, the other located near the marine loading berth to capture a spill which may occur there.

The predicted spill volumes and process risk assessment studies regarding spill and loss of LNG are not completed at this time.

In addition to LNG spill containment, spill containment is provided for refrigerants, condensate, hydraulic oil, heat transfer oil, amine, diesel and transformer oils via curbing and bunds with normally closed drain valving. In the event of a spill or release of hydrocarbon, the material is contained until clean up can be executed. Collected stormwater within the bunded area will be visually checked for sheen prior to release to the stormwater drainage system. If hydrocarbon sheen is detected, the water will remain contained until either in situ treatment, or removal can be executed.

Marine Loading Facility

The marine loading facility will be located along 3,200 feet of frontage on the Mississippi River (Figures 1.1-3 and 1.1-4). Approximately 150 pilings will be required for the marine loading facility. The water is 45-55 feet deep at the dock location. Dredging will not be required to maintain depth as this portion of the river scours.

The marine loading facility will consist of one berth for LNG ships up to 177,000 m3 cargo capacity. The Facility will have cryogenic piping and loading arms for loading LNG ships. A vapor control system including a vapor arm will be installed to transfer boil-off gas (BOG) from the LNG ship to the BOG handling system. The LNG storage tanks will be fitted with pumps to transfer LNG to the ships at a loading rate of up to 10,000 m3 per hour, which will permit a

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177,000 m3 ship to be loaded in approximately 18 to 20 hours. The BOG compressors will be specified during detailed design.

The LNG ship loading system facilities will be designed in accordance with applicable recommendations from industry associations including, but not limited to, the Oil Companies International Marine Forum, Society of International Gas Tanker and Terminal Operators, API, and American Society of Civil Engineers.

The ship berth location is at a turn in the Mississippi River which naturally scours sediment, preventing sediment accumulation. Dredging is not anticipated to obtain necessary depth clearance for safe berthing of LNG ships. The LNG piping and utility piping from the liquefaction facility to the marine loading facility will run along a pipe bridge which will span the river levee in accordance with U.S. Army Corps of Engineers (USACE) design requirements.

Electric Power Generation

Up to 56 megawatts of on-site power generation will be provided by four gas turbine packages that will be installed to provide the necessary power requirement for the Facility to operate continuously.

Natural Gas Pipeline

LLNG will construct approximately 1.9 miles of 36-inch diameter natural gas pipeline and approximately 3.5 miles of 36-inch diameter natural gas pipeline (Figures 1.1-9 and 1.1-10) in accordance with the most recent FERC Upland Erosion Control, Revegetation and Maintenance Plan and Wetland and Waterbody Construction and Mitigation Procedures (Plan and Procedures). The 36-inch pipeline north of the Facility will interconnect the Facility with the HPGT interstate pipeline system. The 36-inch pipeline south of the Facility will interconnect the Facility with the TGP system.

These pipelines will provide LLNG access to approximately 1.8 Bcf/d of natural gas supply from multiple supply basins, including at least four major interstate pipeline systems directly connected to the HPGT system through the Venice and Toca gas plants, Louisiana. More specifically, the HPGT system is capable of providing approximately 400 million standard cubic feet per day (MMcf/d) of capacity from points south of the facility (HPGT interconnects near Venice) and 400 MMcf/d from points north of the facility (HPGT interconnects near Toca) and the TGP system is capable of delivering in excess of 1,000 MMcf/day to the Facility. LLNG’s contractors are still finalizing the design plans for the metering stations to be constructed at each interconnect. It is anticipated that the fenced metering stations interconnecting HPGT and TGP will be located on approximately one-half acre sites within the pipeline right-of-way (ROW) at each respective interconnect.

1.1.3 Location Maps, Detailed Route Maps, and Plot/Site Plans

The specific locations of the project facilities are shown on United States Geological Survey (USGS) 7.5-minute quadrangle maps (1 inch = 2,000 feet) and aerial photography (Figures 1.1- 1 through 1.1-10). All 190 acres will be affected by construction and the entire site will be considered an operational facility upon completion of construction.

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1.2 Land Requirements

The project facilities will be located within the 190-acre site, with the exception of approximately six miles of pipeline and the associated metering stations and the marine loading facility. Geotechnical investigations are currently ongoing but it is anticipated that the strength of the soils on the property will not need to be modified prior to construction. However, the area of the site will be considered a permanent impact. Table 1.2-1 summarizes the land requirements for the project components. Acreage for each type of land use that will be affected by construction and operation is described in more detail in Resource Report 8.

Table 1.2-1: Summary of Land Requirements

Facility Land Impacted by Construction Land Impacted During Operation (acres) (acres) Liquefaction Facility 190 190 North Pipeline 231 121 South Pipeline 421 211 Meter Stations 1 1 ([email protected] acres ea.) Lay Down Yard Included within the 190 acres Marine Loading 10 (approximate) 10 (approximate) Berth Total 266 234 1 Includes only the pipeline affected acreage outside of the 190-acre property

1.2.1 Pipeline Facilities

The northern pipeline will be installed immediately adjacent to Louisiana Highway 39 (LA 39) on the east side of the Facility. The staging and lay down area for pipe and equipment will be located within the 190-acre property boundary. Given that the relatively short length of the pipelines, the lay down yards will be contained in the northeast and southeast corners of the 190-acre property adjacent to LA 39. The portion of the existing ROW adjacent to LA 39 (which is held by LADOTD) is sufficiently cleared to provide temporary work space and access to the permanent pipeline ROW during construction. No additional access roads or ROW will be required during pipeline construction of the northern pipeline. It is anticipated that crossing of intermediate waterbodies will include either horizontal directional drilling (HDD) or pipe bridges, and the Project will employ the FERC Plan and Procedures. The following land requirements in Table 1.2-2 will be needed for construction and operation of the pipeline. A permanent ROW width of 50 feet will remain, once construction is complete, for operation of the pipeline.

The southern pipeline will originate at the tie-in point of the TGP, located approximately 3.5 miles south of the Facility. The pipeline will be routed parallel to the service road and electric utility easement parallel to the Mississippi River, until it crosses with LA 39. A pipe bridge will be used to allow the pipeline to cross the river levee and LA 39. HDD will be evaluated as an alternative to a pipe bridge for crossing the levee. Technical feasibility of HDD for a 36-inch pipeline at this crossing location is uncertain at this time. The pipeline will then be routed on the

8 LLNG RR1 20150728 Docket No. PF14-17-000 DRAFT Resource Report 1: General Project Description west side of the drainage canal, and parallel to LA 39 to the Facility. The pipeline will enter the LNG site with the north pipeline on the northeast section of the LNG site.

The land south of the hurricane levee and south of LA 39 consists of mostly wetlands. It is anticipated that the southern pipeline will have to cross two channels. Once inside the boundaries of the Mississippi River Levee and Hurricane Levee there are limited wetlands. A construction ROW width of 100 feet is required during pipeline installation, and a permanent ROW width of 50 feet will remain subsequent to construction for permanent pipeline operations.

Again, since the length of the south pipeline is rather short, material storage and laydown will be located on the 190 acre Facility. Construction methodology for the portion of the south pipeline in the wetlands area may require work from barges or other specialized vessels and the use of specialized machinery designed to traverse swampy terrain. Where appropriate, temporary access roads will be constructed to provide access for wheeled or tracked construction equipment.

See Figures 1.1-1 and 1.1-2 for the locations of the pipelines.

The following land requirements in Table 1.2-2 will be needed for construction and operation of the Pipelines.

Table 1.2-2: Land Requirements for Pipeline Facilities

Right-of- Land Affected Way Length (miles)/ During Land Affected Cross- Number of Construction During Operation Facility Section1 Sites (acres) (acres) Northern Pipeline 1.9 23 12 Southern Pipeline 3.5 42 21 Total 5.4 65 33

The permanent easement for the pipelines is 50 feet. For construction of the pipeline, an additional 50 foot easement is required for access to and safe excavation of the trench, safe placement of the construction equipment and an area required for the welding and “stringing” of the pipe segments prior to lifting and placement into the trench.

Upon placement of the pipe, the trench is back-filled to grade, topsoil replaced, and the area dressed and restored. A minimum of three feet of cover to top of pipe will be required. Construction of segments of the southern pipeline may require barges to handle and place the pipe. Open water may require the pipe to be floated into place, and lowered to the bottom of the water body. The pipelines will be designed for in-line pigging to verify integrity as required per code.

1.2.2 Aboveground Facilities

The aboveground facilities will include the following, and land requirements are provided in Table 1.2-3:

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 Four liquefaction process plants with ancillary pretreatment facilities  The power generation station including four power generation turbines  Facility control and administration building  One maintenance and warehouse facility  Two LNG storage tanks each with an approximate capacity of 140,000 m3 each  Marine facility and associated facility piping  Parking lots  Access / maintenance roads  Impoundment areas  Temporary Heavy-haul access road over the hurricane (back) levee

Table 1.2-3: Land Requirements for Aboveground Facilities

Land Disturbed Property During Land Required Size Construction for Operation Facility (acres) (acres) (acres) Comments LNG Facility/Dock 190 190 190 Total 190 190 190

1.3 Construction Schedule, Workforce and Strategies

The Project will be constructed over a 52 month period and be a source of employment for the communities of south Louisiana. A description of these plans is laid out below.

1.3.1 Project Schedule

LLNG is seeking FERC approval/authorization to site, construct and operate its Project no later than fourth quarter 2016. Based on permitting timelines and construction schedules utilizing the modular design, the estimated project construction duration is approximately 52 months. LLNG anticipates that the four liquefaction units will be in operation by the second quarter of 2021.

The design life of the Facility is 20 years. It is not uncommon that such facilities remain operational beyond this design life expectancy. LLNG has secured a long-term lease arrangement with the landholders in excess of the 20 year life expectancy of the Facility.

1.3.2 Project Workforce

The Project will provide an additional source of income, employment and tax base to the communities of south Louisiana. It is anticipated that approximately 1,200 jobs will be created over the period of construction for the Facility and the pipelines. During operation, an estimated 100 new jobs will be created. South Louisiana will benefit from these additional jobs as LLNG

10 LLNG RR1 20150728 Docket No. PF14-17-000 DRAFT Resource Report 1: General Project Description anticipates that a considerable number of these operational positions will be filled by members of the local communities. Once the Project is constructed, the state and local communities would derive tax revenues from the Project, increased gas production, labor and other increased business influx.

1.3.3 Construction Strategy

Aboveground Facilities

The Facility site will be cleared and grubbed. The area will be graded slightly for drainage requirements but no major fill quantities are envisaged. Process areas and areas below the pipe racks containing LNG will be paved to allow LNG spills to be collected and diverted to one of the LNG spill containment sumps. Non-process areas will be suitably finished, based on equipment and area use.

The foundations for equipment, buildings, and pipe racks will be installed on piles. Piles will be installed in a manner to efficiently complete piling operations on a schedule that will best support the subsequent construction operations. After pile installation is complete, pile caps will be installed at the top of each pile. These will consist of form work, rebar installation, and pouring of concrete. Horizontal pipe support racks will be installed after the pile caps. Pipe installation on the pipe racks will be implemented from multiple directions after installation of the pipe racks. Pipe spool fabrication will primarily be off-site. Structural steel members will be prefabricated off-site and erected upon arrival.

The majority of the straight run pipe will be field-fabricated prior to placement on the pipe racks. Pipe expansion loops will be pre-fabricated in a shop, transported to position, and then erected with the straight run piping. Pipe will also be painted to the maximum extent at the shops, after shop welds have been tested in accordance with the applicable codes. Pipe spool size will be as large as can be practically trucked to site to minimize site work and the number of deliveries.

Where practicable, large equipment will arrive at site in pre-assembled packages that will facilitate final hook-up and testing. Equipment will be designed, fabricated, and tested by qualified specialist suppliers, at their respective facilities, and shipped to site after the necessary inspections have taken place and the equipment is released. The larger equipment, such as the cold boxes, acid gas absorber and stripper columns, refrigerant compressors, and skid mounted equipment will be offloaded at the adjacent public marina to the east of the site, on multi-wheel self-propelled modular trailers, and transported to their foundations. Other material and equipment will be shipped to site by truck.

Installation of the equipment will proceed at the same time as the installation of the pipe on the pipe rack. The target is to have all equipment installed prior to the erection progress of the pipe rack arriving at the main process areas. Construction of other necessary facilities and other buildings, as well as foundations and major utility equipment will commence once construction of the liquefaction units has begun. Emphasis will be placed on coordinating the arrival of the major equipment with the completion and curing of the respective foundation so that the equipment can be placed on its foundation when it arrives. This will avoid double handling and intermediate storage on site.

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The buildings are independent sites and will be constructed simultaneously with the liquefaction facilities.

The project schedule will be driven by the mechanical completion and pre-commissioning requirements. The system completion and turnover packages will be defined, prepared and scoped by engineering and operations specialist, then assembled by the construction team. A turnover coordinator will supervise the systems completion and turnover packages, which will include the following documentation:  Marked-up drawings to show the limit of the system and the location of blinds;  Line list by system with pressure testing documentation;  List of equipment including motors with data sheets and inspection reports;  Marked-up single line diagrams with inspection/test reports for electrical equipment;  Cable reports;  Instrument Index with data sheets and calibration sheets;  Loop diagrams;  Applicable vendor documentation/drawings;  Turnover exception lists; and  Detailed punch list.

Hydrostatic testing of the piping, vessels and tanks associated with the liquefaction facilities will be required. Non-cryogenic piping will be hydrostatically tested. The test water will need to be clean water that is free of suspended and dissolved solids. It is anticipated that water for testing will come from local water sources such as municipal water. The water from the hydrostatic testing will be discharged in accordance with the hydrostatic test discharge permit issued by the Louisiana Department of Environmental Quality (LDEQ) and FERC’s Procedures.1 Cryogenic piping will require pneumatic testing to minimize moisture contamination and residue.

As the piping installation, hydrotesting, pneumatic testing, and equipment erection work is completed and the density of craft personnel and construction equipment is reduced within each of the areas, the balance of the painting and insulation work will be completed. The pipe racks will be completed first followed by the process and utility areas. After the installation of the equipment and piping has been completed, the final road paving, site grading, landscaping and cleanup will be done. The temporary construction facilities will be demobilized on a progressive basis when they are no longer needed.

LLNG will employ a computer-based tracking system to verify that relevant clearances and permits are received prior to requesting approval to begin construction from FERC. For purposes of quality assurance and compliance with mitigation measures, other applicable regulatory requirements, and project specifications, the LLNG management team will be represented on-site.

1 FERC, 2013a

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Additionally, project inspectors and Environmental Inspectors (EI) will be employed to assist the LLNG Team. All LLNG inspectors will have access to the relevant compliance specifications and other documents contained in the construction contracts. The responsibilities of the EI will be detailed in the Project Construction Plan to satisfy the environmental conditions associated with other permits or authorizations. The EI will have authority to stop work or require other corrective action(s) to achieve environmental compliance. In addition to monitoring compliance, the EI’s duties will include training project personnel about environmental requirements and reporting compliance status to the contractors, LLNG, FERC, and other agencies, as required.

Site based personnel will receive training that is specific to the site and to their respective job position or trade. Craft, staff and subcontractors will participate in a site-specific induction that will be formally facilitated and cover essential topics relating to safety in and out of the workplace, environmental considerations on the Project, quality expectations, community relations in the region, employee health and wellbeing and an introduction to site specific hazards and regulatory requirements. This forum will provide an avenue to introduce employees to FERC specific procedures or requirements in unison with the project developed procedures that all project personnel will be expected to comply with.

In addition to the above project induction, a project training matrix will be utilized to document the various training that will be available to both craft and staff. This matrix will typically be tailored to be specific to the Project, and also specific to the position of the individual.

LLNG will develop an environmental training program tailored to the construction of the Project. The program will be designed to such that:  Qualified environmental training personnel provide thorough and well-focused training sessions regarding the environmental requirements applicable to the trainees’ activities;  All individuals receive environmental training before they begin work;  Adequate training records are kept; and  Refresher training is provided as needed to maintain high awareness of environmental requirements.

Pipeline

LLNG is currently planning on constructing a majority of the 1.9 mile pipeline within LADOTD’s existing ROW running along the north side of LA 39, and in an appropriately designated ROW for the southern pipeline. For the northern pipeline, a construction ROW of 100 feet in width will be required. Because the line will run within an existing ROW and along LA 39, access roads will not be required. In addition, the staging and lay down area for pipe and equipment will be located within the 190-acre property boundary. Routing for the southern pipeline is preliminary as a field route survey has not yet been performed.

Large vegetation (e.g., trees, shrubs, roots) will be removed via clearing and grubbing prior to pipeline installation. During installation of the gas pipeline, good "housekeeping" practices will be implemented to keep the work areas free of debris and hazards. Restoration of the pipeline

13 LLNG RR1 20150728 Docket No. PF14-17-000 DRAFT Resource Report 1: General Project Description right-of-way includes topsoil replacement and seeding to establish a vegetative cover which will stabilize the soil to prevent siltation and erosion.

The northern gas pipeline will be installed using conventional open cut pipeline installation methods. There is one secondary road crossing at Tabony Lane. Current plan is to temporarily close the road to through traffic to allow installation. The work will be planned and staged to limit the road closure to less than a day. Residents that live on Tabony Lane can access LA 39 via LA 15 to the west. The asphalt road will be repaired to Parish requirements. Please note that the installation subcontractor has not been selected nor have the work method statements been prepared.

Construction methodology for the southern pipeline within the two levees will be similar to that of the northern pipeline. The portion of the south pipeline in the wetlands area may require work from barges or other specialized vessels and the use of specialized machinery designed to traverse swampy terrain. A channel is cut along the pipeline route to the desired depth. The pipe is welded on the barge, flotation attached and pushed into the channel. Once in the correct location, the flotation is removed and the pipeline sinks into the channel.

Each pipeline will be developed as a single spread over the 52 month construction period using a portion of the 1,200 temporary construction workers. This work will begin in the fourth quarter of 2016 and end before operations begin in the second half of 2021.

Pipeline hydrotesting will be in accordance with American Society of Mechanical Engineers B31.8. Estimated volume of hydrotest water for the northern pipeline is approximately 426,000 gallons. The requirements for the southern pipeline will be approximately twice that of the northern pipeline (932,000 gallons). The source of the hydrotest water will be fresh water from both municipal and well water. As required, on-site temporary water tank(s) will store the water. Test pressure and duration will per code requirements applicable for the size and service of the pipelines. Hydrotest water will be filtered through a package filtration unit prior to discharge to the drainage canal that parallels the pipeline ROW.

The pipeline design will include tee sections installed in the piping onto which temporary launchers and receivers can be installed for the use of remote sensor devices or cleaning devices (pigs) for inspection of the pipeline or cleaning of the pipeline.

1.4 Operation and Maintenance

LLNG is planning to hire a majority of its operating force from communities in and around the Project site. LLNG will work with local community colleges, safety councils, or other organizations to extend training opportunities to the community. Where available and appropriate, a partnership with local educational institutions may be developed, which creates an occupational technologies curricula to provide workforce development opportunities. LLNG will also conduct specific training on the control aspects of working in an LNG processing facility and the necessary safety measures in the day-to-day operation of the Facility. The operations personnel, along with some full-time maintenance personnel, will also support LLNG in their pre- commissioning, commissioning, and startup activities.

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Maintenance of the Facility will be conducted in accordance with 49 CFR Part 193, Subpart G. Full-time facility maintenance staff will conduct routine maintenance and minor overhauls. Major overhauls and other major maintenance will be handled by authorized factory service representatives and services of trained contract personnel to perform the maintenance. All scheduled and unscheduled maintenance will be part of a systematic approach to planned maintenance utilizing computerized scheduling and tracking of maintenance activities Maintenance and operations personnel will be trained as appropriate on the use of such systems.

Scheduled maintenance will be performed on safety and environmental equipment, instrumentation, and other equipment that will require maintenance on a routine basis.

1.5 Future Plans and Abandonment

If future expansion is warranted, all designs will be compatible with the currently-proposed Project and LLNG would obtain all necessary permits and approvals for such expansions. No facilities are proposed for abandonment or removal at this time, but a Decommissioning Plan will be developed when and if the need arises.

1.6 Permits and Approvals

Federal, state and local permits and consultations anticipated for the Project are listed in Table 1.6-1. LLNG is committed to abiding by these permits and authorizations during construction, operation and maintenance of the Project. LLNG has made preliminary contact with these agencies to inform them of the Project and request their participation in the planning and design of the Project. Actual or anticipated dates are indicated for each permit/consultation.

LLNG will ensure that copies of relevant environmental permits/approvals are included in bid packages or contracts issued for construction. Contractors are required to have familiarity with the permits and licenses and will comply with all Federal, state and local ordinances, laws or regulations that apply to construction or operation.

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Table 1.6-1: Permits and Consultations for the Project

Agency Permit/Consultation Date Submitted/ Date Received/ Anticipated Submittal Anticipated Receipt Federal FERC Section 3 Application December 2015 December 2016 – Natural Gas Act FERC Section 7 Application December 2015 December 2016 – Natural Gas Act (if appropriate) U.S. Department of Section 3 Application February 2014 FTA order - Energy (DOE) – Natural Gas Act August 2014

Non-FTA order – March 2017 U.S. Environmental Spill Prevention, October 2016 December 2016 Protection Containment and Agency (EPA) Cleanup Plan (Clean Water Act, 33 U.S.C. §1321(j)), Air Permit USACE Section 404 December 2015 December 2016 Section 10 (Rivers December 2015 December 2016 and Harbors Act) U.S. Coast Guard Letter of Intent July 2014 --- (USCG) Water Suitability December 2015 December 2016 Assessment U.S. Fish and Section 7 of August 2014 and 2015 November 2016 Wildlife Service Endangered Species (USFWS) Act Consultation Section 10 of Not anticipated --- Endangered Species Act Consultation National Marine Section 7 of August 2014 and 2015 November 2016 Fisheries Service Endangered Species (NMFS) Act Consultation Magnuson-Stevens August 2014 and 2015 November 2016 Fishery management and Conservation Act Essential Fish Habitat (EFH) Consultation Marine Mammal August 2014 and 2015 November 2016

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Agency Permit/Consultation Date Submitted/ Date Received/ Anticipated Submittal Anticipated Receipt Protection Act Consultation Federal Aviation Notification of Not anticipated --- Administration Proposed (FAA) Construction Possibly Affecting Navigable Air Space

Federal Permit for Floodplain December 2015 December 2016 Emergency Development Management Agency (FEMA) U.S. Department of FERC Review for December 2015 December 2016 Transportation Resource Report 13 (USDOT)/Pipeline and Hazardous Materials Safety Administration (PHMSA) State Louisiana Coastal Use Permit December 2015 December 2016 Department of and Coastal Zone Natural Consistency Permit, Resources (LDNR) Joint permit with – Coastal USACE Management Division LDEQ – Air Quality Air Permit December 2015 December 2016 Division LDEQ - Water Hydrostatic Test As needed for construction --- Quality Division Water Discharge General Permit Industrial Discharge Not anticipated --- Permit Industrial Stormwater January 2021 April 2021 (Operation) Discharge Permit Water Quality December 2015 December 2016 Certification General Construction November 2016 December 2016 Permit Louisiana Threatened and August 2014 and 2015 November 2016 Department of Endangered Species

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Agency Permit/Consultation Date Submitted/ Date Received/ Anticipated Submittal Anticipated Receipt Wildlife and Consultation Fisheries (LDWF) LDEQ Registrations – January 2021 April 2021 Waste Generation/Tanks

Louisiana State Section 106 August 2014 and 2015 November 2016 Historic Consultation Preservation Office (SHPO) Native American Consultation August 2014 and 2015 November 2016 Heritage Commission (NAHC) LADOTD ROW Easement September 2015 November 2016 Agreement, Crossing State ROWs, Construction within ROW, Utility Easement Local Plaquemines Floodplain permit August 2014, and December March 2015, and Parish Planning and zoning changes, 2015 December 2016 and Development coastal zone, letter of no objection Plaquemines Building and December 2015 December 2016 Parish Building and Construction Permit Permit Department

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1.7 Potential Stakeholders and Affected Landowners

LLNG has identified affected landowners in accordance with 18 CFR §157.6(d)(2) for the Facility and northern pipeline route. Work is currently underway to identify landowners along the proposed southern pipeline. Affected landowners include property owners directly affected by the proposed activity, adjacent landowners, residences within 50 feet of project work areas, and property within one-half mile of the property. The names and addresses of affected landowners are provided in an attachment submitted under separate cover, which is labeled Privileged & Confidential.

Landowners adjacent to the 190-acre site have been notified via personal meetings with LLNG staff. In addition, such landowners attended LLNG’s August 6, 2014 open house in Plaquemines Parish, Louisiana.

LLNG hosted two open houses on August 5 and 6 2014 at the Belle Chasse Community Center on the west bank of the Mississippi River and at the Percy Griffin Community Center on the east bank of the Mississippi River, respectively. LLNG had open discussions with community participants on the general proposed design, operation, construction, safety, and timeline. In addition, FERC was present to address any questions the public had about the permitting process. Those landowners adjacent to the proposed pipeline were notified through various discussion and many were in attendance at the open houses. LLNG is in the process of determining all potential landowners along the pipeline route and obtaining contact information for follow-up discussions.

In compliance with 18 CFR § 157.206(d)(2), LLNG will send written notifications to all affected landowners identified within three business days following the date the Commission issues a Notice of Application.

LLNG will be utilizing written correspondence, in-person project briefings, local meetings and a publically accessible project website to communicate with stakeholders. Stakeholders and other interested parties, identified to date, are included in Appendix B. These stakeholders have been directly contacted or received written correspondence about the Project. This list will be supplemented with additional stakeholders once research on landowners along the southern pipeline route is completed.

1.8 Non-jurisdictional Facilities

Non-jurisdictional facilities are those facilities related to the Project that will be constructed, owned, and operated by others and are not subject to FERC jurisdiction.

LLNG is in discussions with Entergy Inc., (the local electric utility) regarding available power supply from the grid for back-up purposes, and the details of interconnection of LLNG’s power system with Entergy infrastructure.

1.8.1 Off-site Assembly, Laydown and Storage

Some modular components will be crafted at off-site manufacturing facilities.

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References

Federal Energy Regulatory Commission (FERC 2013a). Wetland and Waterbody Construction and Mitigation Procedures. Washington DC. 22 pp. Accessed at: http://www.ferc.gov/industries/gas/enviro/procedures.pdf

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Appendix 1A Figures

LLNG RR1 20150728 Docket No. PF14-17-000 DRAFT Resource Report 1: General Project Description

Appendix 1B Stakeholder List for the Project

LLNG RR1 20150728 Docket No. PF14-17-000 DRAFT Resource Report 1: General Project Description

Stakeholder List for the Project Stakeholder Address Phone Federal U.S. Senate 703 Hart Senate Office Building Senator Bill Cassidy Washington DC 20510-3703 (202) 224-5824 Ms. LaVerne Saulny, Regional Manager, Office of Senator 500 Poydras Street, Room 1005 Mary Landrieu New Orleans, LA 70130 (504) 589-2427 2800 Veterans Boulevard, Suite 201 Senator David Vitter Metairie, LA 70002 (504) 589-2753 The Honorable Charles W 1431 Longworth House Office Building Boustany, Jr. M.D. Washington, DC 20515-1807 (202) 225-2031 Kaitlin Sighinolfi, Aide to the Honorable Charles Boustany, Congressman, 3rd District of 1431 Longworth House Office Building Louisiana Washington, DC 20515-1807 (202) 225-2031 The Honorable John C 416 Cannon House Office Building Fleming, M.D. Washington, DC 20515-1807 (202) 225-2777 2338 Rayburn House Office Building Rep. Steve Scalise Washington, DC 20515 (202) 225-3015 U.S. Army Corps of Engineers (USACE) New Orleans District CEMVN-OD-S Michael Farabee, Eastern P.O. Box 60267 Division Manager New Orleans, LA 70160 (504) 862-2292 U.S. Army Corps of Engineers (USACE) New Orleans District CEMVN-OD-S P.O. Box 60267 Martin Mayer, Chief New Orleans, LA 70160 (504) 862-2255 U.S. Army Corps of Engineers (USACE) New Orleans District CEMVN-OD-T Steve Patorno, Chief, Channel P.O. Box 60267 Survey New Orleans, LA 70160 (504) 862-2333 Officer of Federal Activities EIS Filing Section, Mail Code 2252-A Ariel Rios Building (South Oval Lobby) U.S. Environmental Protection 1200 Pennsylvania Ave., NW Agency Washington, DC 20460 (202) 564-2400 U.S. Environmental Protection Agency Region 6 Ron Curry, Regional 1445 Ross Avenue, Suite 1200 Administrator Dallas, TX 75202 (214) 665-2200

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Stakeholder List for the Project Stakeholder Address Phone U.S. Environmental Protection Agency Region 6 1445 Ross Avenue, Suite 1200 Cathy Gilmore Dallas, TX 75202 (214) 665-6766 U.S. Environmental Protection Agency Region 6 1445 Ross Avenue, Suite 1200 Michael Jansky Dallas, TX 75202 (214) 665-7451 U.S. Environmental Protection Agency Gulf of Mexico Program Building 1100, Room 232 Bryon Griffith, Director Stennis Space Center, MS 39529 (228) 688-3726 U.S. Advisory Council on Historic Preservation 1100 Pennsylvania Avenue NW, Suite 803 Milford Wayne Donaldson, Old Post Office Building Chairperson Washington, DC 20004 (202) 606-8503 National Marine Fisheries Service Habitat Conservation Division c/o Louisiana State University Military Science Building, Room 266 South Stadium Drive (225) 389-0508 Richard Hartman Baton Rouge, LA 70803 ext. 203 National Marine Fisheries Service Habitat Conservation Division c/o Louisiana State University Military Science Building, Room 266 South Stadium Drive Miles M. Croom Baton Rouge, LA 70803 (727) 824-5301 National Marine Fisheries Service Protected Species Division 263 13th Ave South David Bernhart St. Petersburg, FL 33701 (727) 570–5312 National Marine Fisheries Service Southeast Regional Office Dr. Roy E. Crabtree, Regional 263 13th Ave South Administrator St. Petersburg, FL 33701 (727) 824-5301 U.S. Fish and Wildlife Service Southeast Region 4 Louisiana Ecological Services 646 Cajundome Blvd, Suite 400 Jeff Weller Lafayette, LA 70506 (337) 291-3115

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Stakeholder List for the Project Stakeholder Address Phone Eighth Coast Guard District Hale Boggs Federal Building Rear Admiral Kevin Cook, 500 Poydras Street, Suite 1240 Commander New Orleans, LA 70130 (504) 589-6298 U.S. Coast Guard Sector Commander/Captain of the Port Sector New Orleans (8-37150) 200 Hendee Street Captain Philip C. Schifflin, Jr. New Orleans, LA 70114 (504) 365-2215 U.S. Coast Guard Chief of Prevention USCG Sector New Orleans 200 Hendee Street Captain Paul E. Dittman New Orleans, LA 70114 Lieutenant Junior Grade Colin Marquis, U.S. Coast Guard ADFO Lower Mississippi River Waterway Safety Advisory Committee (504) 365-2284 Federal Aviation Administration (FAA) Southwest Region Airports Division Michael O'Harra, Acting 2601 Meacham Boulevard Regional Administrator Fort Worth TX 76137-4298 (817) 222-5002 U.S. Department of Interior U.S. Fish and Wildlife Service 646 Cajundome Blvd., Suite 400 Jim Boggs, Field Supervisor Lafayette, LA 70506 (337) 291-3100 U.S. Department of the Interior U.S. National Park Service Dusty Pate, Resources 419 Decatur Street Manager New Orleans, LA 70130 (504) 589-3882 U.S. Department of Agriculture Natural Resources Conservation Service Kevin D. Norton, State 3737 Government Street Conservationist Alexandria, Louisiana 71302 (318) 473-7751 U.S. Department of Interior Office of Environmental Policy and Compliance 1001 Indian School Road, NW, Suite Stephen Spencer, Regional 348 Environmental Officer Albuquerque, NM 87104 (505) 563-3572

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Stakeholder List for the Project Stakeholder Address Phone U.S. Department of Energy, Office of Fossil Energy John Anderson 1000 Independence Avenue SW, Room Natural Gas Regulatory 3E-042 Activities Manager Washington DC 20585 (202) 586-0521 Bureau of Ocean Energy Management, Regulations, & Enforcement Public Affairs Office Eileen Angelico, Public Affairs 1201 Elmwood Park Boulevard Specialist New Orleans, LA 70123 (504) 736-2595 Federal Emergency Management Agency Region 6 Tony Robinson, Regional FRC 800 North Loop 288 Administrator Denton, TX 76209-3698 (940) 898-5399 Federal Emergency Management Agency Region 6 FRC 800 North Loop 288 Gary Zimmerer Denton, TX 76209-3698 (940) 898 5161 State Louisiana State Capitol (225) 342-7015 The Honorable Bobby Jindal P.O Box 94004 (866) 366-1121 Governor of Louisiana Baton Rouge, LA 70804-9004 (Toll free) Senator A.G. Crowe 646 Carnation Street Louisiana Senator, District 1 Slidell, LA 70460 (985) 643-3600 Senator David Heitmeier 3501 Holiday Drive, Suite 225 Louisiana Senator, District 7 New Orleans, LA 70114 (504) 361-6356 Senator John A. Alario, Jr. 1063 Muller Parkway Louisiana Senator, District 8 Westwego, LA 70094 (504) 340-2221 Louisiana Senate Natural Resources Committee Senator Gerald Long, P.O. Box 151 Chairman Winnfield, LA 71483 (318) 628-5799 Louisiana Senate Natural Resources Committee Senator Rick Ward, Vice 3741 Highway 1 Chairman Port Allen, LA 70767 (225) 246-8838 Representative Raymond E. Garofalo Jr. Louisiana Representative - Plaquemines Parish District 9000 W. St. Benard Highway, Suite 40 103 Chalmette, LA 700043 (504) 277-4729

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Stakeholder List for the Project Stakeholder Address Phone Representative Christopher J. Leopold Louisiana Representative - 1500 Woodland Highway, Suite A District 105 Belle Chasse, LA 70037 (504) 393-5649 Jim Rives, Administrator Coastal Management Main Office Louisiana Department of P.O. Box 44487 Natural Resources Baton Rouge, LA 70804-4487 Garret Graves, Director 1051 N Third St Governor's Office of Coastal Capital Annex, Suite 138 Activities Baton Rouge, LA 70802 (225) 342-7308 Mark Ford, Director Office of the Governor Governor’s Office of Indian P.O. Box 94004 Affairs Baton Rouge, LA 70804 (225) 219-8715 Kevin Davis, Director Governor’s Office of Homeland Security & Emergency 7667 Independence Blvd. Preparedness Baton Rouge, LA 70806 (225) 925-7345 Stephen Chustz, Secretary Louisiana Department of 617 North Third Street Natural Resources Baton Rouge, LA 70802-5428 (225) 342-2710 Christine Charrier, Permits Louisiana Department of Natural Resources Office of Coastal Management 617 North Third Street Division Baton Rouge, LA 70802-5428 (225) 342-7953 Donald Haydel Louisiana Department of Natural Resources Interagency Affairs & Field Service Division P.O. 44487 Office of Coastal Management Baton Rouge, LA 70804 (225) 342-8953 Dr. Charles “Chip” McGimsey State Archaeologist and Director Division of Archaeology 1051 N. Third Street, Room 314 Department of Culture, P.O. Box 44247 Recreation, and Tourism Baton Rouge, LA 70804-4247 (225) 219-4598 Phil Boggan Department of Culture, Recreation, and Tourism State Historic Preservation P.O. Box 44247 Office Baton Rouge, LA 70804 (225) 342-8200

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Stakeholder List for the Project Stakeholder Address Phone Nicole Hobson-Morris Executive Director Capitol Annex Building Office of Historic Preservation 1051 North Third Street Department of Culture, P.O. Box 44247 Recreation, and Tourism Baton Rouge, LA 70804 (225) 342-8172 Gary Lester, Program Coordinator Louisiana Department of 2000 Quail Drive Wildlife and Fisheries P.O. Box 98000 Natural Heritage Program Baton Rouge, LA 70808 (225) 765-2823 Dave Butler, Permits Coordinator 2000 Quail Drive Louisiana Department of P.O. Box 98000 Wildlife and Fisheries Baton Rouge, LA 70898 (225) 763-3595 Peggy M. Hatch, Secretary 602 North Fifth Street Louisiana Department of P.O. Box 4301 Environmental Quality Baton Rouge, LA 70821-4301 (225) 219-3953 Mike Algero, Regional Manager Louisiana Department of Environmental Quality 201 Evans Road, Building 4, Suite 420 Southeast Regional Office New Orleans, LA 70123-5230 (225) 219-3615 Paul Orr Lower Mississippi Riverkeeper C/O The Louisiana P.O. Box 66323 Environmental Action Network Baton Rouge, LA 70896 Louisiana Department of Culture, Recreation and Tourism Jay Dardenne, Office of PO Box 44243 Lieutenant Governor Baton Rouge, LA 70804-4243 (225) 342-7009 Louisiana Department of Environmental Sanford Phillips, Assistant Quality Secretary Office of P.O. Box 4313 Environmental Services Baton Rouge, LA 70804 (225)219-3181 Pam Breaux, Department of State Historic Preservation Office Culture, Recreation and 1051 N. Third Street Tourism Baton Rouge, LA 70804 (225) 342-8200 Louisiana Department of Transportation and Development Michael Stack, District P.O. Box 9180 Engineer Administrator Bridge City, LA 70096-9180 (504) 437-3100 State Library of Louisiana Rebecca Hamilton, State 701 North 4th Street Librarian Baton Rouge, LA 70802 (225) 342-4923

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Stakeholder List for the Project Stakeholder Address Phone Louisiana Division of Administration P.O. Box 94095 Kristy Nichols, Commissioner Baton Rouge, LA 70802 (225) 342-7000 Louisiana State Attorney General's Office, Civil Division P.O. Box 94005 Rick McGimsey, Director Baton Rouge, LA 70804 (225) 326-6000 Louisiana State Board of Commerce and Industry Louisiana Economic 1051 N. Third Street Development Baton Rouge, LA 70802-5239 (225) 342-9658 Louisiana Economic Development Michael Pernici, Sr. Manager, 1051 N. Third Street Business Development Baton Rouge, LA 70802-5239 (225) 342-5566 Louisiana Department of P.O. Box 631 Agriculture and Forestry Baton Rouge, LA 70821 (225) 922-1234 Louisiana Department of Public Safety and Corrections Col. Mike Edmonson, Deputy 7919 Independence Blvd. Secretary Baton Rouge, LA 70806 (225) 925-6006 Melvin C. Mitchell, Sr. Louisiana Department of Environmental Quality, Water P.O. Box 4313 Quality Certifications Section Baton Rouge, LA 70804-2135 (225) 219-3197 Kerry St. Pe', Program 320 Audubon Drive Director, Barataria-Terrebone N. Babington Hall, Room 105 National Estuary Program Thibodaux, LA 70310 (985) 447-0868 John Paul Darden, Chairperson, Chitimacha Tribe P.O. Box 661 of Louisiana Charenton, LA 70523 (337) 923-4973 Carlos Bullock, Chairperson, Route 3, Box 640 Alabama-Coushatta Tribe of 571 State Park Road 56 Texas Livingston, TX 77351 (936) 563-1100 Mr. Kevin Sickey, Chairperson, P.O. Box 818 Coushatta Tribe of Louisiana Elton, LA 70532 (337) 584-2261 Phyliss J. Anderson, Chief, P.O. Box 6010 Mississippi Band of Choctaw Choctaw Branch Indians Philadelphia, MS 39350 (601) 656-5251 Mr. Earl Barbry Sr., 151 Melacon Drive Chairperson, Tunica-Biloxi P.O. Box 1589 Indians of Louisiana Marksville, LA 71351 (318) 253-9767 Mr. Thomas Dardar Jr., Principal Chief, United Houma 20986 Highway 1 Nation Golden Meadow, LA 70357 (985) 475-6640

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Stakeholder List for the Project Stakeholder Address Phone Lora Ann Chaisson, Inter- Station 10026 Tribal Council of Louisiana, Inc Houma, LA 70363 (985) 851-5408 Ms. Brenda Edwards, Chairperson, Caddo Nation of P.O Box 487 Oklahoma Binger, OK 73009 (985) 851-5408 Bill Anoatubby, Governor, P.O. Box 1548 Chickasaw Nation Ada, OK 74821 (580) 436-2603 Mr. Gregory E. Pyle, Chief, Drawer 1210 Choctaw Nation of Oklahoma Durant, OK 74702 (800) 522-6170 Ms. Christine Norris, Principal Chief, Jena Band of Choctaw P.O. Box 14 Indians Jena, LA 71342 (318) 992-2717 Mr. John Berrey, Chairperson, P.O. Box 765 Quapaw Tribe of Oklahoma Quapaw, OK 74363 (918) 542-1853 Mr. Leonard Harjo, Principal Chief, Seminole Nation of P.O. Box 1498 Oklahoma Wewoka, OK 74884 (405) 257-7200 Mr. Mitchell Cypress, Chairperson, Seminole Tribe 6300 Stirling Road of Florida Hollywood, FL 33024 (800) 683-7800 Dr. John Lopez, Lake Pontchartrain Basin P.O. Box 6965 (504) 342-2956 Foundation Metairie, LA 70002 ext. 304 Carey Perry, Science Director, 6160 Perkins Road Coalition to Restore Coastal Suite #225 Louisiana Baton Rouge, LA 70808 (225) 767-4181 Woody Martin, Chair, Sierra P.O. Box 52503 Club, Delta Chapter Lafayette, LA 70505 (337) 232-7953 Jane Patterson, President, National Audubon Society, P.O. Box 67016 Baton Rouge Chapter Baton Rouge, LA 70896 (225) 753-7615 Jennifer O. Coulson, President, Orleans Audubon 801 Rue Dauphine, Suite 304 Society Metairie, LA 70005-4608 Dr. Barry Kohl, President, 1522 Lowerline Street Louisiana Audubon Council New Orleans, LA 70118 (504) 861-8465 Cyn Sarthou, Executive Director, Gulf Restoration 541 Julia Street, Suite 300 (504) 525-1528 Network New Orleans, LA 70130 ext. 202 Steven Johnson, Interim Vice University of New Orleans Foundation President for Research and CERM Building, Room 452 Economic Development New Orleans, LA 70148 (504) 280-2800 Michael Hecht, President and 365 Canal Street, Suite 2300 CEO, Greater New Orleans, New Orleans, LA 70130 (504) 527-6900

8 LLNG RR1 20150728 Docket No. PF14-17-000 DRAFT Resource Report 1: General Project Description

Stakeholder List for the Project Stakeholder Address Phone Inc. Marylee Orr, Executive Director, Louisiana 162 Croydon Avenue Environmental Action Network Baton Rouge, LA 70806 (866) 677-4837 Rebecca Triche, Executive Director, Louisiana Wildlife 337 S. Acadian Thwy. Federation Baton Rouge, LA 70806 (225) 344-6707 Val Marmillion, Managing Director, America's Wetlands 365 Canal Place, Suite 1475 Foundation New Orleans, LA 70130 (504) 293-2610 Casy DeMoss Roberts, Executive Director, Alliance for 2372 St. Claude Ave, 3rd Floor Affordable Energy New Orleans, LA 70117 (504) 208-9761 Fred Krupp, President, 1875 Connecticut Ave NW Environmental Defense Fund Washington, DC 2009 (202) 387-3500 Plaquemines Parish Amos Cormier, Jr. 8056 Highway 23, Suite 200 Plaquemines Parish President Belle Chasse, LA 70037 (504) 274-2460 Marsha LeJeune, Executive 8056 Hwy. 23, Suite 200 Assistant to Parish President Belle Chasse, LA 70037 (504) 274-2462 John Barthelemy Plaquemines Parish Council 5577 Hwy. 15 Member, District 1 Davant, LA 70040 (504) 333-7501 Beau Black Plaquemines Parish Council 333 F Edward Hebert Blvd., Bldg. 100 Member, District 2 Belle Chasse, LA 70037 (504) 934-6336 Kirk Lepine Plaquemines Parish Council 333 F Edward Hebert Blvd., Bldg. 100 Member, District 3 Belle Chasse, LA 70037 (504) 297-5303 Irvin Juneau Plaquemines Parish Council 333 F Edward Hebert Blvd., Bldg. 100 Member, District 4 Belle Chasse, LA 70037 (504) 297-5304 Benny Rousselle Plaquemines Parish Council 333 F Edward Hebert Blvd., Bldg. 100 Member, District 5 Belle Chasse, LA 70037 (504) 297-5296 Charlie Burt Plaquemines Parish Council 333 F Edward Hebert Blvd., Bldg. 100 Member, District 6 Belle Chasse, LA 70037 (504) 297-5317 Audrey Trufant-Salvant Plaquemines Parish Council 28028 Hwy 23, Suite 205 Member, District 7 Port Sulphur, LA 70083 (504) 934-3640 Jeff Edgecombe Chairman, Plaquemines Parish 28028 Hwy 23, Suite 115 and 116 Council Member, District 8 Port Sulphur, LA 70083 (504) 934-3630

9 LLNG RR1 20150728 Docket No. PF14-17-000 DRAFT Resource Report 1: General Project Description

Stakeholder List for the Project Stakeholder Address Phone Nicole Smith Williams Plaquemines Parish Council 117 Auditorium Drive Member, District 9 Buras, LA 70041 (504) 934-3830 Gordon E. Dove, Sr., Chairman Louisiana House Natural Resources & Environment P.O. Box 629 Committee Houma, LA 70361 (985) 876-8823 Stuart J. Bishop, Vice Chairman, Louisiana House Natural Resources & P.O. Box 80993 Environment Committee Lafayette, LA 70508 (337) 981-7409 P.J. Hahn Director of Coastal Zone 8056 Highway 23, Suite 307 (504) 297-5629 Management Belle Chasse, LA 70037 (504) 669-8469 L.V. Cooley IV Special Assistant Parish Attorney Oil, Gas, and Minerals 8056 Highway 23, Suite 309 Department Belle Chasse, LA 70037 (985) 639-9024 Blair Rittiner, 8056 Highway 23, Suite 200 (504) 297-5578 Land Superintendent Belle Chasse, LA 70037 (504) 912-0344 Mike Metcalf Permits, Planning and Zoning 102 Avenue G, Suite C Department Belle Chasse, LA 70037 (504) 934-6195 Phyllis Difebbo Planning and Zoning Superintendent Permits, Planning and Zoning 102 Avenue G, Suite C Department Belle Chasse, LA 70037 (504) 297-5338 Margaret Bonneval Oil, Gas, and Minerals 8056 Highway 23, Suite 309 Department Belle Chasse, LA 70037 (504) 297-5677 Ken Dugas 102 Avenue G Chief Engineer Belle Chasse, LA 70037 (504) 297-5343 Lonnie J Greco Sr., Sheriff 302 Main Street Sheriff Office Belle Chasse, LA 70037 (504) 297-5120 Guy Laigast, Director Plaquemines Parish, Office of Homeland Security & 8056 Highway 23, Suite 308 Emergency Preparedness Belle Chasse, LA 70037 (504) 274-2476 John Pennison Port Manager, Plaquemines 9063 Highway 23 Parish Port Belle Chasse, LA 70037 (504) 682-7920

10 LLNG RR1 20150728 Docket No. PF14-17-000 DRAFT Resource Report 1: General Project Description

Stakeholder List for the Project Stakeholder Address Phone Stan Mathes Economic Development 481 Edward Hebert Blvd. Director, Plaquemines Parish Belle Chasse, LA 70037 (504) 394-0018 Captain Mike Lorino, President, The Associated P.O. Box 8563 Branch Pilots (Bar Pilots) Metairia, LA 70011-8563 (504) 831-6615 Captain Jimmy Cramond, Crescent River Port Pilots' 8712 Highway 23 Association Belle Chasse, LA 70037 (504) 392-8001 Andrew Cooper, Senior Vice 1240 Patterson Street President, Crescent Towing New Orleans, LA 70114 (504) 227-7000 Keith Kettenring, Chief Operating Office, Crescent 1240 Patterson Street Towing New Orleans, LA 70114 (504) 227-7000 Maynard Jackson (Sandy) Sanders, Executive Director, 9063 Highway 23 Plaquemines Port Belle Chasse, LA 70037 (504) 682-7920

11 LLNG RR1 20150728 Docket No. PF14-17-000 DRAFT Resource Report 1: General Project Description

Appendix 1C Documentation of Agency Correspondence

LLNG RR1 20150728 LLNG - Agencies & Stakeholders Correspondence Log

No Types of Correspondence With Date & Time Topic Venue Participants Brief Description -Telephone -Face to face (F2F) Meetings -Email -Mail -Combination (More than one. Please specify.) 1 Mail USCG Sector New Orleans, USACE New Orleans District, U.S. Environmental Protection 1/29/2014 Letters Introducing N/A N:\Projects\Louisiana LNG\Record Of N:\Projects\Louisiana LNG\Record Of Agency, US Department of the Interior – U.S. Fish and Wildlife Service, National Marine LLNG and the Project Communication\Agencies & Communication\Agencies & Stakeholders Fisheries Service, U.S. Department of Agriculture – National Resources Conservation Service, in Point a la Hache Stakeholders Federal Emergency Management Agency, U.S. Advisory Council on Historic Preservation, U.S. Department of Energy, U.S. National Parks Service, Bureau of Ocean Energy Management, Regulation & Enforcement, Federal Aviation Administration, USCG Eight Coast Guard District, Senator Mary Landrieu, Senator David Vitter, Congress Steve Scalise, Congressman Charles Boustany, Office of the Governor of Louisiana, Office of the Lieutenant Governor of Louisiana, Louisiana Department of Wildlife and Fisheries, Louisiana Department of National Resources, Louisiana Department of Environmental Quality, Louisiana State Historic Preservation Office, LA Dept of Transportation and Development, State Library of Louisiana, Louisiana Division of Administration, Louisiana State Attorney General's Office, Louisiana Economic Development, LA Dept of Agriculture and Forestry, Governor's Office of Homeland Security & Emergency Preparedness, Louisiana Department of Public Safety and Corrections, Plaquemines Parish Office of Homeland Security & Emergency Preparedness, Plaquemines Parish Sheriff, Plaquemines Parish Port, Plaquemines Parish President, Plaquemines Parish District Council Members, Louisiana House Natural Resources and Environmental Committee, Louisiana Senate Natural Resources Committee, Louisiana Representative District 103 Rep. Raymond Garafalo, Louisiana Representative District 105 Rep Christopher Leopold, Louisiana Senator A.G. Crowe, Louisiana Senator David Heitmeier, Louisiana Senator John A Alario, Jr., Plaquemines Parish Economic Development Director, Barataria – Terrebone National Estuary Program, Chitimacha Tribe of Louisiana, Alabama – Coushatta Tribe of Texas, Coushatta Tribe of Louisiana, Mississippi Band of Choctaw Indians, Tunica – Biloxi Indians of Louisiana, The United Houma Nation, Inter-Tribal Council of Louisiana, Inc., Caddo Nation of Oklahoma, Chickasaw Nation, Choctaw Nation of Oklahoma, Jena Band of Choctaw Indians, Quapaw Tribe of Oklahoma, Seminole Nation of Oklahoma, Seminole Tribe of Florida, Lake Pontchartrain Basin Foundation, Coalition to Restore Coastal Louisiana, Sierra Club – Delta Chapter, National Audubon Society – Baton Rouge Chapter, Orleans Audubon Society, Louisaina Audubon Council, Gulf Restoration Network, UNO, Greater New Orleans, Inc., Louisiana Environmental Action Network, Louisiana Wildlife Federation, America's Wetlands Foundation, Alliance for Affordable Energy, Environmental Defense Fund

2 Email Dr. Stuart J. Guey, Jr., Chairman, Plaquemines Port and Sandy Sanders, Plaquemines Port 2/4/2014 In preparation of the n/a Email to/from James H Lindsay In preparation of the FERC pre-filing and RR 1 & 10 Director FERC pre-filing and RR 1 & 10

3 Telephone Plaquemines Parish President Billy Nungesser 2/4/2014 stating his support for N/A Call to/from James H Lindsay stating his support for the project the project

4 F2F Meeting Met Maynard J. “Sandy” Sanders, Executive Director, Plaquemines Port Harbor & Terminal 2/14/2014 In preparation of the Houston Met with James H Lindsay In preparation of the FERC pre-filing and RR 1 & 10 District in Houston FERC pre-filing and RR 1 & 10 5 F2F Meeting Met Plaquemines Parish President, Billy Nungesser, his staff and the Parish Council Members; 3/5/2014 In preparation of the Parish Council Met with James H Lindsay In preparation of the FERC pre-filing and RR 1 & 10 District 1 Mr. Percy Griffin, District 2 Mr. Keith Hinkley, District 3 Mr. Kirk Lepine, District 4 Mr. FERC pre-filing and Building Stuart Guey, District 5 Mr. Anthony Buras, District 6 Mr. Burghart Turner, District 7 Mr. Jeff RR 1 & 10 Edgecombe, District 8 Mr. Byron Marinovich, District 9 Ms. Marla Cooper 6 Email Email correspondence with Parish President Billy Nungesser 4/1/2014 In preparation of the N/A Email to/from James H Lindsay In preparation of the FERC pre-filing and RR 1 & 10 FERC pre-filing and RR 1 & 10 7 F2F Meeting Met with Plaquemines Parish President Billy Nungesser 4/23/2014 Project Updates Parish President's Met with James H Lindsay Project Updates Office

8 F2F Meeting LDA 6/3/2014 Consultation with LDA LDA Building, 3rd LDA: Dr. Chip McGimsey, (225) 219- The letter dated September 18, 2014, documents per requirements of St., downtown 4598, [email protected] ERM’s initial communication with the LDA office on Section 106 of the Baton Rouge, LA ERM: Dave Port, (770) 315-1895 June 3, 2014 and will be filed with the FERC as a National Historic [email protected] component of their NEPA and Section 106 review Preservation Act Coastal Environments, Inc. (CEI): process. (NHPA) of 1966, as Thurston Hahn, (225) 281-9969 amended [email protected] LDA concurred with ERM’s proposed approach for the Louisiana Division of Historic archaeological and architectural surveys, which were Preservation (LDHP): Andrea initiated on June 9, 2014, and continued on September McCarthy, (337) 849-4441, 22, 2014. [email protected] 9 F2F Meeting Agencies, Locals 8/5/2014 Open House Belle Chasse N:\Projects\Louisiana LNG\Record Of N:\Projects\Louisiana LNG\Record Of Auditorium Communication\Agencies & Communication\Agencies & Stakeholders\Open House 8398 Hwy. 23 Stakeholders\Open House Belle Chasse, LA 70037 10 F2F Meeting Agencies, Locals 8/6/2014 Open House Rev. Percy M. N:\Projects\Louisiana LNG\Record Of N:\Projects\Louisiana LNG\Record Of Griffin Community Communication\Agencies & Communication\Agencies & Stakeholders\Open House Center Stakeholders\Open House 15535 Hwy 15 Davant, LA 70046 11 F2F Meeting Plaquemines Parish Zoning Office, 333 F Edward Hebert Blvd; Bldg 300, Belle Chasse, LA 8/6/2014 Discuss property Plaquemines Plaquemines Parish Permits, • LLNG and ERM met with Ametra Rose, Plaquemines 70037 2:30 – 3:30 pm rezoning and Parish Parish Zoning Planning & Zoning Department: Parish Zoning Superintendent to talk through the permitting path Office Ametra Rose – Zoning process of rezoning the Project site from A-2 to I-3. forward Superintendent; (504) 934-6132; • Ms. Rose provided LLNG and ERM with the Zoning [email protected] Ordinance Amendment Form for a Map/Zoning Change. LLNG: J. Q. Delap – Chairman; 281.360.7100 ext. 12; [email protected] ERM: Kurtis Schlicht – Project Manager; 832.730.4404; [email protected] 12 F2F Meeting PHMSA 8/12/2014 Introduce the Project and to discuss elements of Resource Report Nos. 11 and 13 13 Telephone USFWS-Louisiana Ecological Services (Southeast Region), 646 Cajundome Blvd., Suite 400, 8/18/2014 Discuss Endangered USFWS-Louisiana Bill Stephens (ERM) and Amy Trahan- The LLNG Project was presented to Amy Trahan to Lafayette, LA 70506 1:30-1:40 pm species related to Ecological Conservation Planning Assistance, initiate formal Endangered Species consultation as Project Services, Threatened and Endangered Species required by FERC. Lafayette, LA and Coastal Restoration Biologist; [email protected]; 337-291-3126

14 Telephone NOAA-National Marine Fisheries Service 8/18/2014 Discuss Essential Fish NOAA LSU Bill Stephens (ERM) and Richard The LLNG Project was presented to Richard Hartman to Habitat Conservation Division 11:45-11:55am & Habitat related to campus, Baton Hartman-Fishery Biologist (Team initiate formal EFH consultation as required by FERC. c/o Louisiana State University 12:00-12:07pm Project Rouge, LA Lead); [email protected]; Military Science Building, Room 266 225-389-0508 ext. 203 South Stadium Drive 15 Telephone Louisiana Department of Natural Resources, P.O. Box 44487, Baton Rouge, LA 70804 8/19/2014 Discuss Coastal Zone LDNR, Baton Bill Stephens (ERM) and Karl Morgan- The LLNG Project was presented to Karl Morgan to 10:00-10:15 am Permitting authority Rouge, LA Administrator Permits & Mitigation engage the Coastal Zone permitting authority in agency coordination Division Office of Coastal coordinating Joint Application for Section 404 and Management; 800-267-4019, 225-342-Section 10 with USACE New Orleans. 6470; [email protected] 16 Telephone & F2F Meeting Federal Energy Regulatory Commission, 888 First Street, NE, Washington, DC 20426 8/21/2014 Project Updates FERC Headquarter FERC: • Introductions in DC Rich McGuire, Acting Division o FERC Director, Terry Turpin, Chief LNG o Louisiana LNG Energy, LLC (LLNG) Engineering and Compliance Branch, o Locke Lord LLP Alisa Lykens, Chief Gas Branch 2, • Overview Kandilayra (Kandi) Barakat, o LLNG Project Environmental Project Manager, o Project Timeline Robert (Bob) Kopka, Deputy o Facility Layout Environmental Project Manager • Early Production Options LLNG: Jim Lindsay, Tom Burgess o Early Production Option 1 Locke Lord: Jim Moriarty, Matt o Early Production Option 2 Eggerding ERM (on phone): Barry Gillespie, Kurtis Schlicht EDGE (on phone): Ginnie McCoy, Trevor Loveday

17 Telephone USACE New Orleans District Office; Regulatory Branch 8/22/2014 Discuss Section 404 USACE New ERM: Kurtis Schlicht – Project Contacted Mike Farabee to introduce the project and Permit Process Orleans District Manager; 832.730.4404; initiate the pre-filing process for the Project. We Office; Regulatory [email protected] discussed the Section 404, 408 and Section 10 permit Branch USACE Regulatory Branch: Mike that could potentially be required for the Project and Farabee – Branch Chief discussed specific requirements for filing. Mike had USACE Regulatory Branch Eastern James Little join the call as he would serve as the Evaluation Section: James Little – permitting specialist and is familiar with the FERC Permitting process. 18 Email USACE New Orleans District Office 8/22/2014 Project Permitting N/A Albert J. Terry Jr Asst. Operations 33 U.S.C. Section 408 permit process for crossing the Manager, Completed Works levee and the Rivers and Harbors Act Sections 10 and Operations Division New Orleans Clean Water Act 404 permits for impacts to navigable District Corps of Engineers CEMVN- waters and wetlands. OD-W P.O. Box 60267 New Orleans, LA 70160-0267

19 Telephone Plaquemines Parish Engineering 8/22/2014 Parish Construction Plaquemines ERM: Kurtis Schlicht – Project Contacted Plaquemine Parish Engineering Group to 1:30pm Permit Parish Engineering Manager; 832.730.4404; discuss Parish Construction Permits and the associated [email protected] Requirements. Plaquemine Parish Engineering Group: Ken Dugas – Parish Lead Engineer [email protected] 20 Telephone & Email USACE 8/25/2014 Request unofficial N/A Lanier & Associates: Price Lanier - Albert Terry was asked by Price Lanier (over the phone) comments on marine [email protected]; Bert if the USACE could comment on the proposed marine LNG impoundment Favalora - bfavalora@lanier- LNG impoundment structure on the levee batture. engineers.com. USACE: Albert Terry - Albert Terry responded that an email request would be [email protected] best.

An email request for comment was sent to Albert Terry and he responded that the USACE is busy with current application submittals. The USCE will wait until LLNG submits their USACE application to comment.

21 Mail Plaquemines Parish Engineering and Public Works Division 9/8/2014 Property Rezoning N/A Ametra Rose Zoning Superintendent Submitted an application to the Plaquemines Parish Plaquemines Parish Engineering and Public Works Division to re-zone the 333 F. Edward Hebert Blvd. Bldg 300 Project site from agricultural to industrial use. Belle Chase, LA 70037

22 Mail Plaquemines Parish Council 9/11/2014 Filing of MOU with the N/A Cheryl Danos Legal LLNG submitted a Parish Memorandum of Parish Council Administrator/Senior Paralegal Understanding (“MOU”) Agreement to the Plaquemines Legal Department Parish Council which issued the document into the Plaquemines Parish Government Council’s formal review process. The Plaquemines 8056 Hwy 23, Suite 303 Parish Council will vote on the MOU on September 25, Belle Chasse, LA 70037 2014. The MOU helps to align LLNG and the (504) 297-5575, fax (504) 297-5697 Plaquemines Parish to meet local requirements for the Project. 23 Telephone PHMSA 9/15/2014 Early Production N/A LLNG held discussions with the Pipeline and Hazardous Options Materials Safety Administration (“PHMSA”) regarding the Project’s early production options.

24 Mail Department of Defense Siting Clearinghouse 10/10/2014 Requesting comments N/A ATTN: Steve Sample Letter inviting the Department of Defense Siting from Department of 3400 Defense Pentagon, Room Clearinghouse to provide comments on whether the Defense Siting 3B856a planned Project could potentially have an impact on Clearinghouse Washington, DC 20301 testing, training, or operational activities at any active military installation. From: Rich McGuire, Acting Director Division of Gas – Environment and Engineering 25 F2F Meeting US Army Corps of Engineers 10/17/2014 Purpose for Contact: US Army Corps of Jim Lindsay, Ralph Summers, Kurtis Overview of two proposed ROWs with emphasis on Discuss the Section Engineers Schlicht, Bert Favlora, Joe Jacquatt, preferred ROW and discussion on impacts. Information 408 requirement and Government Robert Swayze, Robert Jolissaint, presented on marine terminal and feedback on what permit process for the Building, New Valerie Deselles, Don Rawson, Blair can be done in batture area. Wetland delineation would LLNG Project Orleans, LA Rittener, Elsworth Pilie, Mayra Flores, need to be completed to obtian JD and recommended Cameron Alexander, Mike Farabee ASAP.

26 F2F Meeting Plaquemines Parish Council Meeting 10/23/2014 Meeting with the Plaquemines Tom Burgess, Kurtis Schlicht, PV Residents raised questions surrounding just now Parish Council to hear Parish Council Griffon, Berghart Taylor, Kirk Lepine, hearing of project, risks associated to community, and votes regarding LLNG Building Dr John Stuart Guey, Byron impact to infrastructure (ex: public water system). Property rezoning Marinovich, Keith Hinkley, Jeff Council voted and accepted rezoning to heavy Edgecombe, Marla Cooper, Anthony industrial. Buras 27 Email Plaquemines Parish Engineering and Public Works Division 11/5/2014 Zoning N/A Ametra Rose Zoning Superintendent Information from Parish Engineering regarding the Plaquemines Parish zoning of property and closing of Hwy 15 333 F. Edward Hebert Blvd. Bldg 300 Belle Chase, LA 70037

28 F2F Meeting Plaquemines Parish Government (President Amos Cormier, Jr., Chief Building Official Mike 7/21/2015 Project update Plaquemines PPG (as identified), LLNG team Meeting between PPG, LLNG, and Bechtel to discuss Metcalf, Parish Attorney Joel Loeffelholz, Superintendent Ametra Rose, Director Vince Frelich, 10:00 - 11:45am Parish Government members and Bechtel team members project updates since the new company ownership. and Public Information Officer Michael Powell, Jr.) Office 8056 Hwy 23 Belle Chasse, LA 29 F2F Meeting Plaquemines Parish Council 7/23/15 Project update Temporary70037 Plaquemines Parish Council, LLNG, LLNG made a brief announcement about the status of 1:00 - 2:00 pm Magnolia Center and members of the public the project at the Plaquemines Parish Council public Building, 17563 meeting. Hwy 15 Pointe-a-la-Hache, LA 70040 30 Telephone NOAA-National Marine Fisheries Service 7/23/2015 Discuss Essential Fish Bill Stephens, Richard Hartman Approval of "the" changed route as best route for the Habitat Conservation Division Habitat &Endangered pipeline. Would need HDD underneath conduit deep c/o Louisiana State University species related to enough to account for dredging. No essential fish MLNG Project for habitat was supported. addition of 3.5 mile 31 Telephone USFSW-Louisiana Ecological Services 7/23/2015 Discuss Endangered USFWS-Louisiana Dave Soileau, Bill Stephens Re-initiation formal endangered species consultation. species related to Ecological Directed to complete an ESA Technical Assistance MLNG Project for Services, Form (due to change in scope and location). From form: addition of 3.5 mile Lafayette, LA Based on the information provided, the proposed pipeline project is not an activity that would affect a federally listed threatened or endangered species; nor is there proposed or designated critical habitat present within this Parish.