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November 14, 2019 U.S. Department of Energy Office of Fossil Energy
Squire Patton Boggs (US) LLP 1801 California Street, Suite 4900 Denver, Colorado 80202 O +1 303 830 1776 F +1 303 894 9239 squirepattonboggs.com John R. Sharp T +1 303 894 6183 [email protected] November 14, 2019 U.S. Department of Energy Office of Fossil Energy Docket Room 3F-056, FE-50 Forrestal Building 1000 Independence Avenue, S.W. Washington, D.C. 20585 Dear Ms. Sweeny: Enclosed please find SeaOne Corpus Christi, LLC's application for authority to export natural gas contained in or mixed with Compressed Gas Liquid ("CGL"TM) to certain Free Trade Agreement ("FTA") countries in or adjoining the Caribbean Basin and Gulf of Mexico. SeaOne intends to use the Port of Corpus Christi as the point of export of CGL to power generation facilities to be constructed in Colombia in fulfillment of several recently awarded power tenders in the Pacific and Central regions in Colombia as well as a government-sanctioned concession for the development of a major energy port in Buenaventura, Colombia (Puerto Solo) that has provisional Colombian government approval to import as much as 1.9 Million barrels per a day of fuels and feedstocks. Service for these operations will require CGL transport vessels larger than those which can be efficiently operated out of SeaOne’s Gulfport facility. We have entered into land lease negotiations with the Port of Corpus Christi Authority, as well as with private landowners within the Port, regarding SeaOne's use of a location within the Port. Conclusion of these negotiations will be contingent on completion of the Department of Energy ("DOE") FTA authorization process, and will be finalized upon issuance of an order approving this application. -
San Antonio San Antonio, Texas
What’s ® The Cultural Landscape Foundation ™ Out There connecting people to places tclf.org San Antonio San Antonio, Texas Welcome to What’s Out There San Antonio, San Pedro Springs Park, among the oldest public parks in organized by The Cultural Landscape Foundation the country, and the works of Dionicio Rodriguez, prolificfaux (TCLF) in collaboration with the City of San Antonio bois sculptor, further illuminate the city’s unique landscape legacy. Historic districts such as La Villita and King William Parks & Recreation and a committee of local speak to San Antonio’s immigrant past, while the East Side experts, with generous support from national and Cemeteries and Ellis Alley Enclave highlight its significant local partners. African American heritage. This guidebook provides photographs and details of 36 This guidebook is a complement to TCLF’s digital What’s Out examples of the city's incredible landscape legacy. Its There San Antonio Guide (tclf.org/san-antonio), an interactive publication is timed to coincide with the celebration of San online platform that includes the enclosed essays plus many Antonio's Tricentennial and with What’s Out There Weekend others, as well as overarching narratives, maps, historic San Antonio, November 10-11, 2018, a weekend of free, photographs, and biographical profiles. The guide is one of expert-led tours. several online compendia of urban landscapes, dovetailing with TCLF’s web-based What’s Out There, the nation’s most From the establishment of the San Antonio missions in the comprehensive searchable database of historic designed st eighteenth century, to the 21 -century Mission and Museum landscapes. -
Controlling Expansive Soil Destructiveness by Neep Vertical
4R ~ransportation Research Record 1032 Controlling Expansive Soil Destructiveness by Fol_Jr His:rhw~v~ neep Vertical Geomembn~nP-~ on - - - '"-'- - --.,1 - '\IALCOLM L. STEINBERG ABSTRACT Expansive soils are a worldwide problem. In the United States damages caused by expansive soils probably exceeded $10 billion in 19B4. One-half of these damages involved highways, streets, and roads. Studies and research have been conducted by international, national, state, and educational institutions. The Texas State Department of Highways and Public Transportation has used rela tively impervious fabrics (geomembranes) placed vertically along the pavement edges through the zone of moisture activity to minimize the destructiveness of expansive soils. These vertical geomembranes have been placed in sections of four highways in Sctn Anlonlo, Texas, varying from 1/4 to 2 mi. Te!'!ting proce dures involved measuring the smoothness of the riding surface and the cracking of the pavement surface, installing moisture sensors, and determining mainte nance requirements. Two of the earlier projects had records of 4 and 5 years without significant surface cracking, which is an indication that the use of the geomemhrane barrier contributed to a better riding surface and less mainte nance. All four tests indicate that the fabric can be placed in a variety of ways. Conclusions to date offer guarded optimism that the deep vertical geo membrane barrier can reduce the destructiveness of expansive soils on pavement. Expansive soils are a worldwide problem and the sub INTERSTATE 410 ject of international conferences and studies. In the United States these soils extend from coast to coast The first test section of a deep vertical geomem and from border to border. -
Dishonorable Discharge Toxic Pollution of Texas Waters
E NVIRONMENTAL W G TM The State PIRGs ORKING ROUP Dishonorable Discharge Toxic Pollution of Texas Waters Jacqueline D. Savitz Christopher Campbell Richard Wiles Carolyn Hartmann Dishonorable Discharge was released in cooperation with the following organiza- tions. Environmental Working Group is solely responsible for the analyses and in- formation contained in this report. National Organizations Acknowledgments Citizen Action and We are grateful to Molly Evans who designed and produced the report affiliated state organizations and to Allison Daly who coordinated its release. Thanks to Ken Cook Clean Water Action and Mark Childress for their editing and advice, and to Dale Klaus of and affiliated state organizations U.S. PIRG who assisted with research. Environmental Information Center River Network Dishonorable Discharge was made possible by grants from The Joyce Sierra Club Legal Defense Fund Foundation, the W. Alton Jones Foundation, The Pew Charitable U.S. Public Interest Research Group Trusts, and Working Assets Funding Service. A computer equipment and the State PIRGs grant from the Apple Computer Corporation made our analysis pos- sible. The opinions expressed in this report are those of the authors Regional, State and and do not necessarily reflect the views of The Pew Charitable Trusts or our other supporters listed above. River Organizations Alabama State River Coalition Copyright © September 1996 by the Environmental Working Group/ Alaska Center for the Environment The Tides Center. All rights reserved. Manufactured in the United Chesapeake Bay Foundation States of America, printed on recycled paper. Clean Water Fund of North Carolina Colorado Rivers Alliance U.S. PIRG and The State PIRGs Dakota Resource Council The United States Public Interest Research Organization (U.S. -
Proquest Dissertations
RICE UNIVERSITY Response of the Texas Coast to Global Change: Geologic Versus Historic Timescales By Davin Johannes Wallace A THESIS SUBMITTED IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE Doctor of Philosophy APPROVED, THESIS COMMITTEE: John B. Anderson, W. MauriceTiwing Professor in Oceanography Brandon DuganTASsTstant Professor of Earth Science Cin-Ty A. LeefAssociate Professor of Earth Science Carrie A. Masiello, Assistant Professor of Earth Science 'A Philip Bedient, Herman and George R. Brown Professor of Civil and Environmental Engineering HOUSTON, TEXAS MAY 2010 UMI Number: 3421388 All rights reserved INFORMATION TO ALL USERS The quality of this reproduction is dependent upon the quality of the copy submitted. In the unlikely event that the author did not send a complete manuscript and there are missing pages, these will be noted. Also, if material had to be removed, a note will indicate the deletion. UMT Dissertation Publishing UMI 3421388 Copyright 2010 by ProQuest LLC. All rights reserved. This edition of the work is protected against unauthorized copying under Title 17, United States Code. ProQuest LLC 789 East Eisenhower Parkway P.O. Box 1346 Ann Arbor, Ml 48106-1346 ABSTRACT Response of the Texas Coast to Global Change: Geologic Versus Historic Timescales by Davin Johannes Wallace The response of coastal systems to global change is currently not well understood. To understand current patterns and predict future trends, we establish a geologic record of coastal change along the Gulf of Mexico coast. A study examining the natural versus anthropogenic mechanisms of erosion reveals several sand sources and sinks along the upper Texas coast. -
Corpus Christi Bay National Estuary Program
CORPUS CHRISTI BAY NATIONAL ESTUARY PROGRAM PROJECT AREA DESCRIPTION areas and other scattered parcels. Centered around Corpus Christi, Texas, the 12-county project area includes three ECOSYSTEM STRESSES nearly separate estuaries: the Nueces- Although stresses have yet to be fully Corpus Christi, Baffin-Laguna Madre, and characterized, agricultural practices, urban Copano-Aransas systems. Most of the development, hydrologic alteration, and terrain is gently sloping coastal plain with non-point source pollution are potential Location: a barrier island (Padre/Mustang) that significant stresses to the project area: South coastal delimits the estuaries and reduces tidal about half of the native inlands have been Texas exchange with the Gulf of Mexico. Inland converted to agricultural, urban, and native plant cover is mesquite brush with industrial uses. Agricultural practices limited areas of prairie, although much of may contribute to nutrient and pesticide that has been converted to agriculture. loading, and alter some freshwater input Project size: to the estuaries and bays. Urban-related 550 square miles of The bays are generally shallow with sand, stresses likely include dredging and filling water; 11,537 silt, and shell bottom. Sea grasses form of coastal wetlands for residential use, square miles of extensive beds in the shallowest and non-point source nutrient and pesticide adjacent land undisturbed regions of the bays. The area run-off, oil/grease pollutants, trash (352,000/7,383,68 is home to several federally-listed dumping, and two public water supply 0 acres) threatened or endangered species, reservoirs. Other, less significant stresses including several turtles (Kemp’s Ridley, include cattle grazing, commercial and loggerhead, green, leatherback, hawksbill), recreational overfishing, industrial point whooping crane, piping plover, and brown source pollution, exotic species (brown Initiators: pelican. -
Bay Houston Towing Tariff 2015
BAY-HOUSTON TOWING CO. B HARBOR AND COASTWISE TOWING H HOUSTON • GALVESTON • TEXAS CITY CORPUS CHRISTI • FREEPORT HOME OFFICE - HOUSTON GALVESTON 2243 Milford Street 2201 Market St., Suite 802 P.O. Box 3006 P.O. Box 2360 Houston, Texas 77253-3006 Galveston, Texas 77553-2360 (713) 529-3755 (409) 765-9381 Dispatch: (281) 470-8053 Dispatch: (409) 744-5215 Fax: (713) 529-2591 Fax: (409) 765-6955 CORPUS CHRISTI FREEPORT 1420 Harbor Drive P.O. Box 3006 P.O. Drawer 9488 Houston, Texas 77253-3006 Corpus Christi, Texas 78469-9488 (979) 233-2201 (361) 884-8791 Fax: (361) 884-3640 E-Mail: [email protected] Website: www.bayhouston.com Effective: July 1, 2013 HOUSTON SHIP CHANNEL ZONE 1 - TURNING BASIN AREA - includes the following terminals: City Docks 1-48, Derichebourg, Brady Island, Old Manchester, Valero, U.S. Gypsum, Manchester Terminal, HCC West, Westway, Westway II (Pacmol) Docking or Off Docking .............................................................. $1,662 Shifting to Tanker Area ................................................................ $2,489 Shifting in Turning Basin Area ................................................... $2,092 ZONE 2 - TANKER AREA - includes the following terminals: Texas Petrochemicals, Lyondell/Basell, Houston Refining, Louis Dreyfus Elevator, Woodhouse Terminal #1, 2, & 3, Vopak-Galena Park, Kinder-Morgan Galena Park & Pasadena, Targa, Magellan, Pasadena Refining, HCC East Docking or Off Docking .............................................................. $1,727 Shifting to Jacintoport Area ........................................................ -
Texas Ports and Courts Update
Texas Ports and Courts Update March 2021 1. COVID-19 Ports Update We have collected and summarized these items to In response to decreasing COVID-19 infections and hospitalizations, the help keep you apprised of the latest news and Governor of Texas recently rescinded statewide public occupancy developments from the ports and courts on the restrictions and mask mandates. Businesses are free to enforce their Texas coast. own restrictions, and many have kept their previous requirements in place. Texas port/terminal facilities nearly uniformly continue to require the same preventative measures (e.g., masks, temperature checks, physical distancing, etc.) despite the Governor’s recent announcement. U.S. Customs and Border Protection (CBP), Coast Guard, and many vessel agents continue to board vessels and conduct activities in person. Vessels still need to advise CBP and Coast Guard boarding teams of any In this Update: crew illnesses prior to embarkation. Vessels are also required to notify the Coast Guard Captain of the Port of any crewmember showing symptoms consistent with COVID-19. 1. COVID-19 Ports Update Rapid COVID-19 testing is generally available, and test administrations can be scheduled and completed in relatively short timeframes. 2. Recent Port Activity & Shore leave remains allowed. Crew changes/repatriation requests are Development Projects permitted on a case-by-case basis. Off-signing crewmembers are generally required to proceed directly to 3. News from the Courts the airport for their flights, and overnight hotel stays are typically not permitted. CBP is generally requiring the following items in relation to a crewmember’s repatriation requests: (1) passport bio page; (2) C1/D visa; (3) I-95 landing permit; and (4) e-tickets with direct flights departing the U.S. -
Corpus Christi Ship Channel Deepening Project: Approach to Assessing Project Impact
Corpus Christi Ship Channel Deepening Project: Approach to Assessing Project Impact Prepared for Port of Corpus Christi Authority (PCCA) 222 Power Street Corpus Christi, Texas 78403 June 26, 2019 5444 Westheimer Road, Suite 400 Houston, Texas 77056 T 713.780.4100 | F 713.780.0838 CONTENTS Project Overview ........................................................................................................................................................1 Approach ....................................................................................................................................................................1 Define .....................................................................................................................................................................2 Measure ..................................................................................................................................................................5 Analyze ...................................................................................................................................................................6 Improve ..................................................................................................................................................................9 Control ................................................................................................................................................................. 10 References .............................................................................................................................................................. -
Estuaries in the Balance: the Copano/Aransas Estuary Curriculum Guide
Estuaries in the Balance: The Copano/Aransas Estuary Curriculum Guide Development of this curriculum was made possible by funding from the Texas General Land Office Coast- al Management Program. The curriculum was developed and modified from “Project PORTS”, created by Lisa Calvo at Rutgers University and available at http://hsrl.rutgers.edu/~calvo/PORTS/Welcome.html. PRIMER DISCOVERING THE 1 COPANO/ARANSAS BAY SYSTEM The Copano/Aransas Estuary is the region where waters from the Mis- sion and Aransas Rivers flow into the Copano Bay, and from there, to the RELATED VOCABULARY Aransas Bay and then the Gulf of Mexico. Estuaries are dynamic sys- tems where tidal and river currents mix fresh river water with salty ocean Estuary—an area partially surrounded by land where fresh water and salt water meet. water. As a result the salt content, or salinity, of estuarine waters varies from fresh to brackish to salt water. Copano Bay, fed by the Mission and Watershed—an area of land drained by a river Aransas Rivers and Copano Creek, covers about 65 square miles. The or other body of water. Copano Bay watershed drains an area of 1,388,781 square miles. It Salinity—the salt content of water. Estuarine connects to Aransas Bay, which has an area of 70 square miles and is waters vary from fresh (no salt) to marine (salty ocean water). in turn bordered on the east by San Jose Island, a 21-mile long barrier island. Density—the mass (amount of material) in a certain volume of matter. Estuaries serve as vital habitats and critical nursery grounds for many Euryhaline—describing species which can toler- species of plants and animals. -
2008 Basin Summary Report San Antonio-Nueces Coastal Basin Nueces River Basin Nueces-Rio Grande Coastal Basin
2008 Basin Summary Report San Antonio-Nueces Coastal Basin Nueces River Basin Nueces-Rio Grande Coastal Basin August 2008 Prepared in cooperation with the Texas Commission on Environmental Quality Clean Rivers Program Table of Contents List of Acronyms ................................................................................................................................................... ii Executive Summary ............................................................................................................................................. 1 Significant Findings ......................................................................................................................................... 1 Recommendations .......................................................................................................................................... 4 1.0 Introduction ................................................................................................................................................... 5 2.0 Public Involvement ....................................................................................................................................... 6 Public Outreach .............................................................................................................................................. 6 3.0 Water Quality Reviews .................................................................................................................................. 8 3.1 Water Quality Terminology -
Living Resources Report Texas A&M University-Corpus Christi Results - Open Bay Habitat
Center for Coastal Studies CCBNEP Living Resources Report Texas A&M University-Corpus Christi Results - Open Bay Habitat B. Living Resources - Habitats Detailed community profiles of estuarine habitats within the CCBNEP study area are not available. Therefore, in the following sections, the organisms, community structure, and ecosystem processes and functions of the major estuarine habitats (Open Bay, Oyster Reef, Hard Substrate, Seagrass Meadow, Coastal Marsh, Tidal Flat, Barrier Island, and Gulf Beach) within the CCBNEP study area are presented. The following major subjects will be addressed for each habitat: (1) Physical setting and processes; (2) Producers and Decomposers; (3) Consumers; (4) Community structure and zonation; and (5) Ecosystem processes. HABITAT 1: OPEN BAY Table Of Contents Page 1.1. Physical Setting & Processes ............................................................................ 45 1.1.1 Distribution within Project Area ......................................................... 45 1.1.2 Historical Development ....................................................................... 45 1.1.3 Physiography ...................................................................................... 45 1.1.4 Geology and Soils ................................................................................ 46 1.1.5 Hydrology and Chemistry ................................................................... 47 1.1.5.1 Tides .................................................................................... 47 1.1.5.2 Freshwater