Recent Letters to the Editor – Summer 2018

Please review the letters to the editor that were published in TAPinto.  Similar letters were also published from the end of July to August 2 in the Franklin Advocate & Reporter.

July / August 2018 Series of letters to the editor – concerns about NESE & what you can do

 

Information About FERC’s Incomplete and Misleading DEIS

Click to open PDF documents containing the following information:

2018-05-08 Montgomery Township posts to FERC opposition

Special thanks to Montgomery Township for posting resolution #18-5-112 opposing CP17-101 to FERC on 5/8/2018.  

Includes Memorandum from Montgomery Township Mayor

MT-Mayor_Conforti_Memo

Montgomery Resolution #18-5-112 

MT-Montgomery_res-18-5-112

Map of area where proposed compressor CS206 is relative to Montgomery Township.

MT-map with cs206

FERC acknowledges adverse impact to Princeton Area, but refuses to perform environmental impact analyses.  Instead the Draft Environmental Impact Statement (DEIS) issued by FERC on 3/24/2018 states reasons why FERC doesn’t believe assessing the toxic chemical emissions and high heat/ high discharge of the 50-foot smokestacks.  The DEIS acknowledges real threats, but doesn’t bother to analyze impact or mitigation possibilities – core components of a legitimate DEIS.  The DEIS only underscores that CP17-101 is a Public Threat to New Jersey and not a public convenience.

Montgomery Township and Franklin Township have both sent strong rebukes of the none-material DEIS.  We need more municipalities standing up to this sham to protect the residents of New Jersey.

 

2018-03-23 FERC Issues DEIS

The Federal Energy Regulatory Commission issued the Draft Environmental Impact Statement today, March 23, 2018.

The link below is a read only share of the DEIS which has two parts (Part 1 and Part 2).  Additionally, we have several sections extracted from the main DEIS document such as the table of contents.  Extracted files being with Part1-extract-description.

https://drive.google.com/drive/folders/1CG-pYkWojJKwx1Ajny6EewYv0QzHi9Zc?usp=sharing

FTTF March 2018 update to Franklin Township Residents

Proposed Compressor Station 206
Franklin Township Task Force March 2018 Update

— Without Franklin Township resident involvement,
this project could soon become a reality.  —

 

Update

  • Groups from New Jersey and New York City are having weekly meetings to coordinate for the Draft Environmental Impact Statement (DEIS) release from the Federal Energy Regulatory Commission (FERC).
  • FERC indicated it will release the DEIS in March 2018.
  • Franklin Township Task Force (FTTF) published compilation of chemicals released by CS206 on a yearly basis and the health impacts. (See link https://www.scrap-nese.org/2018/03/22/nese-proposed-compressor-station-206-chemical-emissions/.)

How you can make a difference for Franklin Township

  • Register as an intervenor on FERC & comment. (For instructions & sample comments, see link https://www.scrap-nese.org/2017-10-14-doc-less-intervenor-registration/.)
  • Coordinate with FTTF to contribute analysis of DEIS (assist in reading and interpreting sections).  Email stopftcompressor (at) yahoo (dot) come
  • Learn and spread the word of the dangers from the project.
  • Outreach to neighbors, friends and organizations
  • Attend workshops and public hearings.  Talking points will be provided.

 

Countdown to Compressor station being built

 

NESE proposed Compressor Station 206 Chemical Emissions

NESE PROPOSED COMPRESSOR STATION 206:

Chemical Emissions & FERC’s Claim That There’s No Need To Do A Health Impact Assessment In The Area

Update of Concerns & Issues

after FERC published the Draft Environmental Impact Statement (DEIS) on March 23, 2018

FERC’s claims and conclusions in the DEIS:

  • Construction and operation of the Project would not have a significant impact on air quality and a health impact assessment for a facility of this size and limited impact is not warranted.  (DEIS – page E-7)
  • Full-capacity upper-bound (i.e., the station’s potential to emit) emissions from Compressor Station 206 would be less than the NAAQS, which were established to protect human health (including sensitive subpopulations such as children or those with chronic illnesses) and public welfare  (DEIS, page 4-292)
  • There are no national air quality standards for HAPs, but their emissions are limited through permit thresholds and technology standards.  New Jersey maintains regulations limiting emissions of HAPs. (DEIS, page ES-6)
  • The emissions from Compressor Station 206 would comply with the NAAQS, which were established to protect human health (including children, the elderly, and those with chronic illnesses) and public welfare.  Compressor Station 206 would be a minor source of air emissions under federal programs and would comply with applicable federal and state regulations intended to protect air quality. (DEIS, page 4-222)
  • Transco performed an ambient air quality modeling analysis to determine local impacts from Compressor Station 206 using the EPA’s AERMOD dispersion model (Version 16216) in screening mode, which indicated that the maximum modeling concentrations of criteria pollutants would not contribute to an exceedance of the NAAQS. (DEIS, page ES-7)   

However:

  • FERC has not published their final controls and mitigation “recommendations”.
  • Federal and New Jersey state agencies have recognized airborne chemical emissions as highly toxic to human health and causing a variety of immediate and chronic health conditions for the following that Williams/Transco already reported would be emitted from Compressor Station 206 if it is built: Formaldehyde, Ammonia, Acrolein, Acetaldehyde, Ethylbenzene, Benzene, Toluene, Propylene Oxide & Xylenes.
  • Estimated caustic chemical emissions from Compressor Station 206, in pounds per year (lbs/yr), were reported by Williams/Transco to be:
    Formaldehyde= 660lbs/yr; Ammonia = 29,580lbs/yr; Acrolein = 6lbs/yr;
    Acetaldehyde = 44lbs/yr; Ethylbenzene = 34lbs/yr; Benzene = 14lbs/yr; Toluene = 142lbs/yr; Propylene Oxide = 32lbs/yr; Xylenes = 70lbs/yr.
  • The chemicals, listed above, are not measured or regulated under the National Ambient Air Quality Standards (NAAQS) which only provide standards for seven (7) “criteria pollutants”:    ground-level ozone, carbon monoxide (CO), nitrogen dioxode (NOx), sulfur dioxide (SO2), fine particulate matter (inhalable particulate matter with an aerodynamic diameter less than or equal to 10 microns [PM10] and less than or equal to 2.5 microns [PM2.5]), and airborne lead (Pb).  

NOTE:  Ozone is not directly emitted into the atmosphere from an emissions source; it develops as a result of a chemical reaction between NOx and VOC in the presence of sunlight.  Therefore, NOx and VOCs are often referred to as ozone precursors and are regulated to control the potential for ozone formation. VOCs are defined as any compound of carbon which participates in atmospheric photochemical reactions; however, VOCs do not include CO and CO2, nor methane and ethane (among other organic compounds), which have been determined to have negligible photochemical reactivity (40 CFR Part 51.100(s)(1)).  VOCs associated with transmission-quality natural gas are limited to butane, propane, pentane, and hexane. (DEIS, page 4-277)

  • Airborne emissions from Compressor Station 206 have been identified from Williams/Transco, in their Application (Resource Report 9) as estimated to be the following in tons per year (tpy) –

CO = 56.86tpy NOx = 22.74tpy VOC = 8.35tpy; PM10 = 18.94tpy

PM2.5 = 18.94tpy SO2 = 3.07tpy GHG (natural gas) = 132,720tpy

  • Just because the reported emissions are ESTIMATED to be below the NAAQS does not mean that the emissions during blowdown or at other times would not be so high as to actually cause harm.  
  • Measurements of  these seven criteria pollutants are taken at Air Quality Monitoring Stations in Elizabeth (for carbon monoxide & sulfur dioxide) , East Brunswick (for nitrogen dioxide & ozone), North Brunswick (for particulate matter 2.5) and in Philadelphia (for particulate matter 10).  Source: Draft Air Quality Technical Report (December 2017) by Environmental Resources Management, page 6 (published on FERC docket on 12/22/17 in Accession No. 20171222-4003)
  • There was no on-site measurement of air quality that took into account the potential compounded effects of two industrial sites next to each other:  Trap Rock Quarry & the proposed Compressor Station206.
  • In the Application from Williams/Transco for NESE, they report an expectation, based on modeling,  that PM2.5 emissions for Compressor Station 206 and background air would approach the minimally “acceptable” thresholds:

Annual: 10.1 microgram/m3 (EPA-NAAQS threshold:  12 microgram/m3 )

24-hour 32.1 microgram/m3 (EPA-NAAQS threshold:  35 microgram/m3 )

  • The emitted toxins for the natural gas-fired compressor station have been known to have synergistic effects, and this was not considered by FERC in their DEIS.
  • There are current studies that report health impacts from emissions around natural gas compressor stations.  (see references below)

SOME STUDIES OF HEALTH HAZARDS OF EMISSIONS FROM NATURAL GAS-FIRED COMPRESSOR STATIONS

Bowe, B., Xie, Y., Li, T., Yan, Y., Xian, H. & Al-Aly, Z.  (2017, September 21). Particulate matter air pollution and the risk of incident CKD and progression to ESRD.  Journal of American Society of Nephrology, 29: 218-230. Retrieved from http://jasn.asnjournals.org/content/29/1/218.full.pdf+html

Compendium of scientific, medical, and media findings demonstrating risks and harms of  fracking (unconventional gas and oil extraction) (5th ed.)  (2018, March). Concerned Health Professionals of New York & Physicians for Social Responsibility.  Retrieved from http://concernedhealthny.org/compendium/

Kloczko, N.  (2015, November).  A brief review of compressor stations.   Southwest Pennsylvania Environmental Health Project.  Retrieved from http://www.environmentalhealthproject.org/files/A%20Brief%20Review%20of%20Compressor%20Stations%2011.2015.pdf

NY Compressor Station Report.  Retrieved from http://www.environmentalhealthproject-ny.org/

Russo, P.N. & Carpenter, D.O. (2017, October 12).  Health effects associated with stack chemical emissions from NYS natural gas compressor stations: 2008-2014.  Institute for Health and the Environment – A Pan American Health Organization / World Health Organization Collaborating Centre in Environmental Health, University at Albany.  

Retrieved from https://www.albany.edu/about/assets/Complete_report.pdf

Summary of Minisink Monitoring Results.  

Retrieved from http://www.environmentalhealthproject.org/resources/10/click/5

Summary on compressor stations and health impacts.  (2015, February 24). Southwestern Environmental Health Project.  Retrieved from http://www.environmentalhealthproject.org/files/Summary%20Compressor-station-emissions-and-health-impacts-02.24.2015.pdf

The hazards of a compressor station:  A town wakes up to the realities of corporate deception.  (2015,

November).   Retrieved from http://350ma-berkshires.org/the-hazards-of-a-compressor-station-a-town-wakes-up-to-the-realities-of-corporate-deception/

 

RISKS OF CHEMICALS THAT WILL BE EMITTED FROM THE PROPOSED COMPRESSOR STATION 206

AMMONIA

CS206 emission 29,580 lbs per year

  • Suspected liver, gastrointestinal, reproductive, respiratory, skin, and neurotoxicant (EDF Goodguide)
  • Exposure from inhalation may cause bronchiolitis obliterans; symptoms include cough, wheezing, obstructive/restrictive defect, chronic shortness of breath and difficulty breathing from low activity, increased inflation of lungs (HAZMAP)
  • Exposure through inhalation may cause toxic pneumonitis (acute inflammation of lungs); symptoms include burning, chest tightness, conjunctivitis, cough, dark or bluish color of skin due to oxygen deficient blood, shortness of breath and difficulty breathing from low activity, crackling when listening to breathing with stethoscope, excessive tearing of eyes, sore throat, pulmonary edema (increased fluid in lung tissues), runny nose, wheezing (HAZMAP)
  • Exposure through inhalation may cause chronic bronchitis; symptoms include coughing up phlegm, wheezing (HAZMAP)
  • TOXIC; may be fatal if inhaled, ingested or absorbed through skin; vapors are extremely irritating and corrosive (NOAA)
  • High exposure can cause a build-up of fluid in the lungs (pulmonary edema) (NJ Fsheet)
  • Strong irritant to eyes, skin, respiratory tract (HSDB)
  • Exposure to high levels of ammonia in air may be irritating to skin, eyes, throat, and lungs and cause coughing and burns; lung damage and death may occur after exposure to very high concentrations of ammonia; some people with asthma may be more sensitive to breathing ammonia than others (ASTDR)
  • Populations at increased risk include asthmatics, those hyper reactive to other respiratory irritants, and those with glaucoma, corneal disease, and chronic respiratory disease (HSDB)
  • Agency exposure limits:
    • CDC Acute Inhalation Risk Level at 1.7 Parts Per Million (PPM)
    • OSHA: 50ppm over 8 hour work shift
    • NIOSH: 25ppm over 10 hour work shift (NJ Fsheet)
FORMALDEHYDE

CS206 emission 660 lbs per year

  • Known carcinogen (HAZMAP)
  • Suspected gastrointestinal/liver, immune system, neuro, reproductive, respiratory, and skin/sense organ toxicant (EDF Goodguide)
  • Adverse effects from exposure include asthma and toxic pneumonitis (inflammation of the lungs) (HAZMAP)
  • High exposure through inhalation can cause a buildup of fluids in the lungs (NJ Fsheet)
  • Repeated exposure may cause bronchitis and an asthma like allergy (NJ Fsheet) 
  • Limited evidence that exposure may damage developing fetus and affect female fertility (NJ Fsheet)
  • Eye, skin, and respiratory tract irritant (HSDB)
  • People with asthma may be particularly sensitive to exposure (HSDB)
  • Exposure through inhalation can cause burning sensation, cough, headache, nausea, and shortness of breath (NIOSH)
  • Agency exposure limits:
    • CDC Acute Inhalation Risk Level at .04 parts per million (PPM)
    • OSHA: 0.75ppm averaged over 8 hour work shift
    • NIOSH: 0.016ppm averaged over 10 hour work shift (NJ Fsheet)

 

RISKS OF CHEMICALS THAT WILL BE EMITTED FROM THE PROPOSED COMPRESSOR STATION 206

 

BENZENE

CS206 emission
14 lbs per year

  • Listed as a known carcinogen (HAZMAP)
  • Listed as a recognized carcinogen and developmental and reproductive toxicants (EDF Goodguide)
  • Listed as a cause of anemia (decrease in number of red blood cells) (HAZMAP)
  • Listed as a neurotoxin (cause of central nervous system solvent syndrome) (HAZMAP)
  • Listed as a reproductive toxin (HAZMAP) 
  • Listed as a suspected cardiovascular/blood, endocrine, gastrointestinal/liver, immune system, neuro-, respiratory, skin/sense organ toxicant (EDF Goodguide)
  • The major effect of benzene from long-term exposure is on the blood; causes harmful effects on the bone marrow and can cause a decrease in red blood cells leading to anemia; can also cause excessive bleeding and can affect the immune system, increasing the chance for infection (ASTDR)
  • Occupational diseases associated with exposure include: leukemia and aplastic anemia (symptoms include fever, bleeding into the skin, mouth, nose, and gastrointestinal tract caused by the low platelet count of aplastic anemia and the damage to capillaries caused by viral hemorrhagic fevers, decreased white blood cell count, tiny circumscribed foci of extravagated blood in the skin); large areas of confluent petechiae are called purpura, ecchymoses, or bruises (HAZMAP)
  • Acute exposure to high concentrations of benzene in air results in neurological toxicity (headache, dizziness, drowsiness, confusion, tremors, and loss of consciousness) (HSDB)
  • Agency exposure limits:
    • CDC Acute Inhalation Risk Level at .009 Parts Per Million (PPM)
    • OSHA: 1ppm averaged over 8 hour work shift
    • NIOSH: 0.1ppm averaged over 10 hour work shift (NJ Fsheet)
ETHYLBENZENE


CS206 emission
34 lbs per year

  • Possible human carcinogen (ASTDR)
  • Listed as a suspected blood/cardiovascular, developmental, endocrine, gastrointestinal/liver, kidney, neuro, reproductive, respiratory, and skin/sense organ toxicant (EDF Goodguide)
  • Limited evidence that ethylbenzene may damage the developing fetus (NJ Fsheet)
  • Exposure to relatively low concentrations of ethylbenzene in air for several months to years causes kidney damage in animals (ASTDR)
  • High exposure can cause symptoms similar to chronic solvent encephalopathy, a syndrome with a variety of central nervous effects (HAZMAP)
  • Exposure may cause acute toxic effects such as difficulty concentrating, confusion, dizziness, fatigue, irritability, lethargy, impaired speech (HAZMAP)
  • Most severe irritant of benzene series (HSDB)
  • Exposure to high levels of ethylbenzene in air for short periods can cause eye and throat irritation; exposure to higher levels can result in dizziness (ASTDR)
  • Irreversible damage to the inner ear and hearing has been observed in animals exposed to relatively low concentrations of ethylbenzene for several days to weeks (ASTDR)
  • Inhalation may cause irritation of nose, dizziness, depression (NOAA)
  • Agency exposure limits
    • CDC Acute Inhalation Risk Level at 5 Parts Per Million (PPM)
    • OSHA: 100ppm averaged over 8 hour work shift
    • NIOSH: 100ppm averaged over 10 hour work shift (NJ Fsheet)

 

RISKS OF CHEMICALS THAT WILL BE EMITTED FROM THE PROPOSED COMPRESSOR STATION 206

 

ACETALDEHYDE

CS206 emission

44 lbs per year

  • Listed as a possible human carcinogen (HSDB)
  • Suspected developmental, immune system, kidney, neuro, respiratory, skin/sense organ toxicant (EDF Goodguide)
  • Acetaldehyde may cause birth defects in humans since it causes them in animals (NJ Fsheet)
  • Exposure can cause toxic pneumonitis (inflammation of the lungs) (HAZMAP)
  • Eye irritant at 50ppm for 15 min.; respiratory tract irritant at 134ppm for 30 min.; nose and throat irritant at 200ppm for 15 min. (HSDB)
  • Breathing vapors will be irritating and may cause nausea, vomiting, headache, and unconsciousness (NOAA)
  • Exposure to high concentrations can cause headache, dizziness, headache, light-headedness, and passing out (NJ Fsheet)
  • Higher exposures may cause a buildup of fluid in the lungs (NJ Fsheet)
  • Repeated exposure may bronchitis to develop with coughing, phlegm, and shortness of breath (NJ Fsheet)
  • Agency exposure limits:
    • CDC Acute Inhalation Risk Level – A harmful contamination of the air can be reached very quickly on evaporation of this substance at 20°C.
    • OSHA: 200ppm over 8 hour work shift
    • NIOSH: limit to lowest feasible concentration (NJ Fsheet)
NAPHTHALENE

CS206 emission

2 lbs per year

  • Listed as a possible carcinogen (HSDB)
  • Suspected cardiovascular/blood, developmental, gastrointestinal/liver, neuro, respiratory, skin/sense organ toxicant (EDF Goodguide)
  • Limited evidence that exposure may damage developing fetus (NJ Fsheet)
  • May damage red blood cells causing anemia (low blood count) (NJ Fsheet)
  • Exposure to large amounts may damage red blood cells or cause hemolytic anemiadestroy (destroys red blood cells resulting in too few red blood cells until body replaces them; symptoms include fatigue, lack of appetite, restlessness, and pale skin) (ASTDR)
  • Exposure may cause methemoglobinemia (blood disorder in which an abnormal amount of methemoglobin [form of hemoglobin–the molecule in red blood cells that distributes oxygen to the body] is produced, preventing oxygen from being effectively released to tissues in the body) (HAZMAP)
  • Naphthalene is an ocular irritant that has caused cataracts in exposed workers (HAZMAP)
  • Acute toxic effects from exposure include abdominal pain, confusion, cough, fatigue, wheezing, weakness, buildup of fluid in the lungs, nausea, and more (HAZMAP)
  • Effects from exposure through inhalation include headache, weakness, nausea, vomiting, sweating, confusion, jaundice, and dark urine (NIOSH)
  • People with blood, kidney, or liver diseases may be at a heightened risk (HSDB)
  • Agency exposure limits:
    • CDC Chronic Inhalation Risk Level at .0007 Parts Per Million (PPM)
    • OSHA: 10ppm averaged over 8 hour work shift
    • NIOSH: 10ppm averaged over 10 hour work shift (NJ Fsheet)

RISKS OF CHEMICALS THAT WILL BE EMITTED FROM THE PROPOSED COMPRESSOR STATION 206

 

TOLUENE

CS206 emission

142 lbs per year

    • Listed as a recognized developmental toxicant (EDF goodguide)
    • Listed as a suspected cardiovascular/blood, gastrointestinal/liver, immune system, kidney, neuro-, reproductive, respiratory, and skin/sense organ toxicant (EDF goodguide)
    • Inhaling high levels of toluene in a short time can make you feel light-headed, dizzy, or sleepy; can also cause unconsciousness, and even death (ASTDR)
    • High levels of toluene may affect your kidneys (ASTDR)
    • Toluene may cause birth defects in humans as it has been shown to cause them in animals (NJ Fsheet)
    • Toluene may damage developing fetus (NJ Fsheet)
    • High exposure can cause symptoms similar to chronic solvent encephalopathy (a syndrome with a variety of central nervous effects) (HAZMAP)
    • Exposure may cause acute toxic effects such as difficulty concentrating, confusion, dizziness, fatigue, irritability, lethargy, impaired speech (HAZMAP)
    • Toluene may affect the nervous system; low-to-moderate levels can cause tiredness, confusion, weakness, drunken-type actions, memory loss, nausea, loss of appetite, and hearing and color vision loss; these symptoms usually disappear when exposure is stopped (ASTDR)
    • Vapors irritate eyes and upper respiratory tract; cause dizziness, headache, anesthesia, respiratory arrest (NOAA)
    • Inhaling can irritate the nose and throat causing coughing and wheezing (NJ Fsheet)
    • People with central nervous system or liver diseases may be especially sensitive (HSDB)
    • Agency exposure limits:
  • CDC Acute Inhalation Risk Level at 4 Parts Per Million (PPM)
    • OSHA: 200ppm averaged over 8 hour work shift
    • NIOSH: 300ppm averaged over 10 shift (NJ Fsheet)
XYLENE

CS206 emission

70 lbs per year

  • Temporary memory loss, confusion, and laboratory evidence of liver injury have been reported in workers overexposed to xylene (HAZMAP)
  • Listed as a suspected cardiovascular, developmental, liver, immune system, kidney, respiratory, skin, reproductive, and immune system  toxin (EDF Goodguide)
  • Listed as a neurotoxin (EDF Goodguide)
  • People who breathe high levels may have dizziness, confusion, and a change in their sense of balance (ASTDR)
  • Exposure to high levels for short periods can also cause irritation of the skin, eyes, nose, and throat; difficulty in breathing; problems with the lungs; delayed reaction time; memory difficulties; stomach discomfort; and possibly changes in the liver and kidneys (ASTDR)
  • Inhalation can irritate the nose and throat causing coughing and wheezing (NJ Fsheet)
  • Exposure can cause headache, nausea and vomiting, dizziness, light-headedness and passing out (NJ Fsheet)
  • Repeated exposure can affect concentration, memory, vision, and muscle coordination (NJ Fsheet)
  • CDC Acute Inhalation Risk Level at 4 Parts Per Million (PPM)

 

2018-01-03 FERC provides Notice of Schedule for Environmental Review of the Northeast Supply Enhancement Project (CP17-101)

FERC has posted the Notice of Schedule for DEIS, FEIS and Authorization Deadline.

  • DEIS – March 2018
  • FEIS – September 17, 2018
  • FERC Authorization Decision – December 16, 2018

 

FERC update: https://elibrary.ferc.gov/idmws/common/OpenNat.asp?fileID=14789824

FERC notes that “This schedule is predicated on Transco demonstrating a feasible and timely method for addressing general conformity, such that the final General Conformity Determination can be issued with the final EIS.  If a schedule change becomes necessary for the final EIS, an additional notice will be provided so that the relevant agencies are kept informed of the Project’s progress.”

What this update means

  • FERC has decided to move forward with a schedule. FERC also has incorporated some ‘buffer’ time prior to the issuance of the DEIS.
  • It appears that FERC will continue to monitor Transco’s General Conformity updates.
  • This also opens up the door for more input from legislators, Nongovernmental organizations and impacted residents prior to the DEIS issuance. Especially regarding the General Conformity.  It also means that more comments to FERC pushing for filling in the gaps that we have identified can potentially influence FERC to seek more data and analysis.

What can you do?

If you do oppose this project and recognize the dangers it poses to your family, neighborhood and environment; then now is an impacting time to raise your voice to FERC, NJDEP, EPA and elected officials.

  • Tweet to your elected officials and FERC to let them know this is not acceptable.
  • Send comments to FERC (as a registered intervenor – include the text “I am a registered intervenor for docket CP17-101”). Sample below.
  • Spread the word to get more people involved.

The more people and elected officials that get involved, the more likely FERC will listen and follow our raised issues.  Additionally, the recent 12/29/2017 data dump has many flaws in the data and inconsistent with the summary data.

12/29/2017 Transco provides data dump update to FERC regarding Raritan Bay construction emissions

December 29, Transco posted two files to FERC in the link below.  If FERC is down, we can provide you the files.  Just let us know.

https://elibrary.ferc.gov/idmws/file_list.asp?accession_num=20171229-5010

In this update, there are two files:
1. Transco_NESE_Supplemental_Information_2017-1228.PDF
2. Appendix_D_MOVES2014a_Output_Files.PDF -Raw Data Dump

Transco did not follow FERC’s instructions to break it out into Year 1 and Year 2.  Instead Transco displayed all the construction as if it were to occur in 2 months (January and July) during 2018.  Obviously, since the DEIS is not issued yet, these dates do not reflect any real timeline.

Transco often provides data that does not meet the requirements from FERC.  The key question is, will enough public and elected officials ‘tell’ FERC to not accept this inferior data?  Without public and elected officials comments, FERC will move ahead and accept this data.

How can you ‘tell’ FERC this is not acceptable?  There are 2 ways.
1.  On Twitter.com – Tweeting to @CoryBooker @SenBooker @SenatorBobSmith @NJDEP @EPA asking their support to tell @FERC @FERChatterjee @CLaFleurFERC @FERCRPowelson that the Construction emissions data from Transco for CP17-101 is insufficient and does not follow the requirements from FERC and requires FERC to ensure data is fully met prior to issuing the DEIS (Draft Environmental Impact Statement).   People can also tweet about the other gaps that we have identified that are not included in preparation for the DEIS.

2. Comment to FERC as a registered intervenor updating FERC the construction emissions data does not meet FERC’s requirements and that FERC must ensure data is fully provided as a mandatory requirement prior to the DEIS.  Additionally outlining the gaps in data and analysis not performed to fully analyze environmental impact of the proposed project.  Note: if you need email addresses for elected officials, EPA and NJDEP to forward your FERC comment, please email us at stopftcompressor (at) yahoo (dot) com.

On www.scrap-nese.org there are instructions how to register as an intervenor and how to submit a comment.  Please bare with our website, we are working to update and improve it to keep it inline with the progress.  As a small group, the Steering Committee is still new to website editing.

Any questions, please feel free to email us at stopftcompressor (at) yahoo (dot) com.