[Federal Register Volume 86, Number 201 (Thursday, October 21, 2021)]
[Notices]
[Pages 58374-58376]
[FR Doc No: 2021-22930]

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SECURITIES AND EXCHANGE COMMISSION

[Release No. 34-93355; File No. SR-FINRA-2021-026]

Self-Regulatory Organizations; Financial Industry Regulatory
Authority, Inc.; Notice of Filing and Immediate Effectiveness of a
Proposed Rule Change To Extend the Pilot Program Related to FINRA Rule
11892 (Clearly Erroneous Transactions in Exchange-Listed Securities)

October 15, 2021.
    Pursuant to Section 19(b)(1) of the Securities Exchange Act of 1934
(``Act'') \1\ and Rule 19b-4 thereunder,\2\ notice is hereby given that
on October 5, 2021, the Financial Industry Regulatory Authority, Inc.
(``FINRA'') filed with the Securities and Exchange Commission (``SEC''
or ``Commission'') the proposed rule change as described in Items I and
II below, which Items have been prepared by FINRA. FINRA has designated
the proposed rule change as constituting a ``non-controversial'' rule
change under paragraph (f)(6) of Rule 19b-4 under the Act,\3\ which
renders the proposal effective upon receipt of this filing by the
Commission. The Commission is publishing this notice to solicit
comments on the proposed rule change from interested persons.
---------------------------------------------------------------------------

    \1\ 15 U.S.C. 78s(b)(1).
    \2\ 17 CFR 240.19b-4.
    \3\ 17 CFR 240.19b-4(f)(6).
---------------------------------------------------------------------------

I. Self-Regulatory Organization's Statement of the Terms of Substance
of the Proposed Rule Change

    FINRA is proposing to extend the current pilot program related to
FINRA Rule 11892 (Clearly Erroneous Transactions in Exchange-Listed
Securities) (``Clearly Erroneous Transaction Pilot'' or ``Pilot'')
until April 20, 2022.
    The text of the proposed rule change is available on FINRA's
website at http://www.finra.org, at the principal office of FINRA and
at the Commission's Public Reference Room.

II. Self-Regulatory Organization's Statement of the Purpose of, and
Statutory Basis for, the Proposed Rule Change

    In its filing with the Commission, FINRA included statements
concerning the purpose of and basis for the proposed rule change and
discussed any comments it received on the proposed rule change. The
text of these statements may be examined at the places specified in
Item IV below. FINRA has prepared summaries, set forth in sections A,
B, and C below, of the most significant aspects of such statements.

A. Self-Regulatory Organization's Statement of the Purpose of, and
Statutory Basis for, the Proposed Rule Change

1. Purpose
    FINRA is proposing a rule change to extend the current pilot
program related to FINRA Rule 11892 governing clearly erroneous
transactions in exchange-listed securities until the close of business
on April 20, 2022. Extending the Pilot would provide FINRA and the
national securities exchanges additional time to consider a permanent
proposal for clearly erroneous transaction reviews.
    On September 10, 2010, the Commission approved, on a pilot basis,
changes to FINRA Rule 11892 that, among other things: (i) Provided for
uniform treatment of clearly erroneous transaction reviews in multi-
stock events involving twenty or more securities; and (ii) reduced the
ability of FINRA to deviate from the objective standards set forth in
the rule.\4\ In 2013, FINRA adopted a provision designed to address the
operation of the Plan to Address Extraordinary Market Volatility
Pursuant to Rule 608 of Regulation NMS (``Plan'').\5\ Finally, in 2014,
FINRA adopted two additional provisions addressing (i) erroneous
transactions that occur over one or more trading days that were based
on the same fundamentally incorrect or grossly misinterpreted
information resulting in a severe valuation error; and (ii) a
disruption or malfunction in the operation of the facilities of a self-
regulatory organization or responsible single plan processor in
connection with the transmittal or receipt of a trading halt.\6\
---------------------------------------------------------------------------

    \4\ See Securities Exchange Act Release No. 62885 (September 10,
2010), 75 FR 56641 (September 16, 2010) (Order Approving File No.
SR-FINRA-2010-032).
    \5\ See Securities Exchange Act Release No. 68808 (February 1,
2013), 78 FR 9083 (February 7, 2013) (Notice of Filing and Immediate
Effectiveness of File No. SR-FINRA-2013-012).
    \6\ See Securities Exchange Act Release No. 72434 (June 19,
2014), 79 FR 36110 (June 25, 2014) (Order Approving File No. SR-
FINRA-2014-021).
---------------------------------------------------------------------------

    On April 9, 2019, FINRA filed a proposed rule change to untie the
effectiveness of the Clearly Erroneous Transaction Pilot from the
effectiveness of the Plan, and to extend the Pilot's effectiveness to
the close of business on October 18, 2019.\7\ On October 10, 2019,
FINRA filed a proposed rule change to extend the Pilot's effectiveness
until April 20, 2020.\8\ On March 18, 2020, FINRA filed a proposed rule
change to extend the pilot's effectiveness until October 20, 2020.\9\
On October 16, 2020, FINRA filed a proposed rule change to extend the
Pilot's effectiveness until April 20, 2021.\10\ On March 15, 2021,
FINRA filed a proposed rule change to extend the Pilot's effectiveness
until October 20, 2021.\11\ FINRA now is proposing to further extend
the Pilot until April 20, 2022, so that market

participants can continue to benefit from the more objective clearly
erroneous transaction standards under the Pilot.\12\ Extending the
Pilot also would provide more time to permit FINRA and the other self-
regulatory organizations to consider what changes, if any, to the
clearly erroneous transaction rules are appropriate.\13\
---------------------------------------------------------------------------

    \7\ See Securities Exchange Act Release No. 85612 (April 11,
2019), 84 FR 16107 (April 17, 2019) (Notice of Filing and Immediate
Effectiveness of File No. SR-FINRA-2019-011).
    \8\ See Securities Exchange Act Release No. 87344 (October 18,
2019), 84 FR 57076 (October 24, 2019) (Notice of Filing and
Immediate Effectiveness of File No. SR-FINRA-2019-025).
    \9\ See Securities Exchange Act Release No. 88495 (March 27,
2020), 85 FR 18608 (April 2, 2020) (Notice of Filing and Immediate
Effectiveness of File No. SR-FINRA-2020-008).
    \10\ See Securities Exchange Act Release No. 90219 (October 19,
2020), 85 FR 67574 (October 23, 2020) (Notice of Filing and
Immediate Effectiveness of File No. SR-FINRA-2020-036).
    \11\ See Securities Exchange Act Release No. 91373 (March 19,
2021), 86 FR 16003 (March 25, 2021) (Notice of Filing and Immediate
Effectiveness of File No. SR-FINRA-2021-004).
    \12\ If the pilot period is not either extended or approved as
permanent, the version of Rule 11892 prior to SR-FINRA-2010-032
shall be in effect, and the amendments set forth in SR-FINRA-2014-
021 and the provisions of Supplementary Material .03 of the rule
shall be null and void.
    \13\ See Securities Exchange Act Release No. 85623 (April 11,
2019), 84 FR 16086 (April 17, 2019) (Order Approving the Eighteenth
Amendment to the National Market System Plan to Address
Extraordinary Market Volatility).
---------------------------------------------------------------------------

    FINRA has filed the proposed rule change for immediate
effectiveness and has requested that the SEC waive the requirement that
the proposed rule change not become operative for 30 days after the
date of the filing, so FINRA can implement the proposed rule change
immediately.
2. Statutory Basis
    FINRA believes that the proposed rule change is consistent with the
provisions of Section 15A(b)(6) of the Act,\14\ which requires, among
other things, that FINRA rules must be designed to prevent fraudulent
and manipulative acts and practices, to promote just and equitable
principles of trade and, in general, to protect investors and the
public interest. FINRA believes that the proposed rule change promotes
just and equitable principles of trade in that it promotes transparency
and uniformity across markets concerning the review of transactions as
clearly erroneous. FINRA believes that extending the Pilot under FINRA
Rule 11892, until April 20, 2022, would help assure consistent results
in handling erroneous trades across the U.S. equities markets, thus
furthering fair and orderly markets, the protection of investors and
the public interest. Based on the foregoing, FINRA believes the Clearly
Erroneous Transaction Pilot should continue to be in effect while FINRA
and the national securities exchanges consider a permanent proposal for
clearly erroneous transaction reviews.
---------------------------------------------------------------------------

    \14\ 15 U.S.C. 78o-3(b)(6).
---------------------------------------------------------------------------

B. Self-Regulatory Organization's Statement on Burden on Competition

    FINRA does not believe that the proposed rule change will result in
any burden on competition that is not necessary or appropriate in
furtherance of the purposes of the Act. The proposal would ensure the
continued, uninterrupted operation of harmonized clearly erroneous
transaction rules across the U.S. equities markets while FINRA and the
national securities exchanges consider further amendments to these
rules. FINRA understands that the national securities exchanges also
will file similar proposals to extend their clearly erroneous execution
pilot programs, as applicable. Thus, the proposed rule change will help
to ensure consistency across market centers without implicating any
competitive issues.

C. Self-Regulatory Organization's Statement on Comments on the Proposed
Rule Change Received From Members, Participants, or Others

    Written comments were neither solicited nor received.

III. Date of Effectiveness of the Proposed Rule Change and Timing for
Commission Action

    Because the foregoing proposed rule change does not: (i)
Significantly affect the protection of investors or the public
interest; (ii) impose any significant burden on competition; and (iii)
become operative for 30 days from the date on which it was filed, or
such shorter time as the Commission may designate, it has become
effective pursuant to Section 19(b)(3)(A)(iii) of the Act \15\ and
subparagraph (f)(6) of Rule 19b-4 thereunder.\16\
---------------------------------------------------------------------------

    \15\ 15 U.S.C. 78s(b)(3)(A)(iii).
    \16\ 17 CFR 240.19b-4(f)(6). In addition, Rule 19b-4(f)(6)(iii)
requires a self-regulatory organization to give the Commission
written notice of its intent to file the proposed rule change, along
with a brief description and text of the proposed rule change, at
least five business days prior to the date of filing of the proposed
rule change, or such shorter time as designated by the Commission.
FINRA has satisfied this requirement.
---------------------------------------------------------------------------

    A proposed rule change filed under Rule 19b-4(f)(6) \17\ normally
does not become operative prior to 30 days after the date of the
filing. However, Rule 19b-4(f)(6)(iii) \18\ permits the Commission to
designate a shorter time if such action is consistent with the
protection of investors and the public interest. FINRA has asked the
Commission to waive the 30-day operative delay so that the proposed
rule change may become operative immediately upon filing. The
Commission believes that waiving the 30-day operative delay is
consistent with the protection of investors and the public interest, as
it will allow the current clearly erroneous execution pilot program to
continue uninterrupted, without any changes, while FINRA and the
national securities exchanges consider a permanent proposal for clearly
erroneous execution reviews. For this reason, the Commission hereby
waives the 30-day operative delay and designates the proposed rule
change as operative upon filing.\19\
---------------------------------------------------------------------------

    \17\ 17 CFR 240.19b-4(f)(6).
    \18\ 17 CFR 240.19b-4(f)(6)(iii).
    \19\ For purposes only of waiving the 30-day operative delay,
the Commission has also considered the proposed rule's impact on
efficiency, competition, and capital formation. See 15 U.S.C.
78c(f).
---------------------------------------------------------------------------

    At any time within 60 days of the filing of the proposed rule
change, the Commission summarily may temporarily suspend such rule
change if it appears to the Commission that such action is necessary or
appropriate in the public interest, for the protection of investors, or
otherwise in furtherance of the purposes of the Act. If the Commission
takes such action, the Commission shall institute proceedings to
determine whether the proposed rule should be approved or disapproved.

IV. Solicitation of Comments

    Interested persons are invited to submit written data, views and
arguments concerning the foregoing, including whether the proposed rule
change is consistent with the Act. Comments may be submitted by any of
the following methods:

Electronic Comments

     Use the Commission's internet comment form (http://www.sec.gov/rules/sro.shtml); or
     Send an email to [email protected]. Please include
File Number SR-FINRA-2021-026 on the subject line.

Paper Comments

     Send paper comments in triplicate to Secretary, Securities
and Exchange Commission, 100 F Street NE, Washington, DC 20549-1090.

All submissions should refer to File Number SR-FINRA-2021-026. This
file number should be included on the subject line if email is used. To
help the Commission process and review your comments more efficiently,
please use only one method. The Commission will post all comments on
the Commission's internet website (http://www.sec.gov/rules/sro.shtml).
Copies of the submission, all subsequent amendments, all written
statements with respect to the proposed rule change that are filed with
the Commission, and all written communications relating to the proposed
rule change between the Commission and any person, other than those
that may be withheld from the public in accordance with the provisions
of 5 U.S.C. 552, will be available for website viewing and

printing in the Commission's Public Reference Room, 100 F Street NE,
Washington, DC 20549, on official business days between the hours of
10:00 a.m. and 3:00 p.m. Copies of such filing also will be available
for inspection and copying at the principal office of FINRA. All
comments received will be posted without change. Persons submitting
comments are cautioned that we do not redact or edit personal
identifying information from comment submissions. You should submit
only information that you wish to make available publicly. All
submissions should refer to File Number SR-FINRA-2021-026 and should be
submitted on or before November 12, 2021.
---------------------------------------------------------------------------

    \20\ 17 CFR 200.30-3(a)(12).

    For the Commission, by the Division of Trading and Markets,
pursuant to delegated authority.\20\
J. Matthew DeLesDernier,
Assistant Secretary.
[FR Doc. 2021-22930 Filed 10-20-21; 8:45 am]
BILLING CODE 8011-01-P


3-Methylphenol (m-Cresol)	Total Catch	ug	<	75	ND	---

  [Using MDL]	Concentration	ug/dscm

17.63

---

	Emission Rate	lbs/hr

6.51E-04

---

	Emission Rate	g/s

8.21E-05

1.02E-05

Diisopropylmethylphosphonate	Total Catch	ug

NOT FOUND

---

	Concentration	ug/dscm

---

---

	Emission Rate	lbs/hr

---

---

	Emission Rate	g/s

---

---

4-Methylphenol (p-Cresol)	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

1.02E-04

Naphthalene	Total Catch	ug	<	28.6

---

  [Using DL]	Concentration	ug/dscm

6.72

---

	Emission Rate	lbs/hr

2.48E-04

---

	Emission Rate	g/s

3.13E-05

1.30E-05

Naphthalene	Total Catch	ug	<	11.9

---

  [Using MDL]	Concentration	ug/dscm

2.80

---

	Emission Rate	lbs/hr

1.03E-04

---

	Emission Rate	g/s

1.30E-05

1.30E-05

1,4-Naphthoquinone	Total Catch	ug	<	150	ND	---

	Concentration	ug/dscm

35.26

---

	Emission Rate	lbs/hr

1.30E-03

---

	Emission Rate	g/s

1.64E-04

---

1-Napthylamine	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

2-Napthylamine	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

Table 12:	Semivolatile Organic Emission Results (Continued)

Parameter

Units

Run 2

RCRA Permit Limit

5-Nitroacenaphthalene	Total Catch	ug

NOT FOUND

---

	Concentration	ug/dscm

---

---

	Emission Rate	lbs/hr

---

---

	Emission Rate	g/s

---

---

2-Nitroaniline	Total Catch	ug	<	150	ND	---

	Concentration	ug/dscm

35.26

---

	Emission Rate	lbs/hr

1.30E-03

---

	Emission Rate	g/s

1.64E-04

---

3-Nitroaniline	Total Catch	ug	<	150	ND	---

	Concentration	ug/dscm

35.26

---

	Emission Rate	lbs/hr

1.30E-03

---

	Emission Rate	g/s

1.64E-04

---

4-Nitroaniline	Total Catch	ug	<	150	ND	---

	Concentration	ug/dscm

35.26

---

	Emission Rate	lbs/hr

1.30E-03

---

	Emission Rate	g/s

1.64E-04

---

Nitrobenzene	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

2-Nitrophenol	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

4-Nitrophenol	Total Catch	ug	<	150	ND	---

	Concentration	ug/dscm

35.26

---

	Emission Rate	lbs/hr

1.30E-03

---

	Emission Rate	g/s

1.64E-04

---

4-Nitroquinoline-l-oxide	Total Catch	ug	<	300	ND	---

	Concentration	ug/dscm

70.52

---

	Emission Rate	lbs/hr

2.61E-03

---

	Emission Rate	g/s

3.28E-04

---

N-Nitroso-di-n-butylamine	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

N-Nitrosodiethylamine	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

N-Nitrosodimethylamine	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

N-Nitrosomethylethylamine	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

N-Nitrosodiphenylamine	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

Table 12:	Semivolatile Organic Emission Results (Continued)

Parameter

Units

Run 2

RCRA Permit Limit

N-Nitroso-di-n-propylamine	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

N-Nitrosomorpholine	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

N-Nitrosopiperidine	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

N-Nitrosopyrrolidine	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

Pentachlorobenzene	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

Pentachloroethane	Total Catch	ug	<	150	ND	---

	Concentration	ug/dscm

35.26

---

	Emission Rate	lbs/hr

1.30E-03

---

	Emission Rate	g/s

1.64E-04

---

Pentachloronitrobenzene	Total Catch	ug	<	150	ND	---

	Concentration	ug/dscm

35.26

---

	Emission Rate	lbs/hr

1.30E-03

---

	Emission Rate	g/s

1.64E-04

---

Pentachlorophenol	Total Catch	ug	<	150	ND	---

	Concentration	ug/dscm

35.26

---

	Emission Rate	lbs/hr

1.30E-03

---

	Emission Rate	g/s

1.64E-04

---

Perylene	Total Catch	ug

NOT FOUND

---

	Concentration	ug/dscm

---

---

	Emission Rate	lbs/hr

---

---

	Emission Rate	g/s

---

---

Phenacetin	Total Catch	ug	<	60	ND	---

	Concentration	ug/dscm

14.10

---

	Emission Rate	lbs/hr

5.21E-04

---

	Emission Rate	g/s

6.56E-05

---

Phenanthrene	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

Phenol	Total Catch	ug	<	150	ND	---

	Concentration	ug/dscm

35.26

---

	Emission Rate	lbs/hr

1.30E-03

---

	Emission Rate	g/s

1.64E-04

---

1,4-Phenylenediamine	Total Catch	ug	<	300	ND	---

	Concentration	ug/dscm

70.52

---

	Emission Rate	lbs/hr

2.61E-03

---

	Emission Rate	g/s

3.28E-04

---

Table 12:	Semivolatile Organic Emission Results (Continued)

Parameter

Units

Run 2

RCRA Permit Limit

2-Picoline	Total Catch	ug	<	60	ND	---

	Concentration	ug/dscm

14.10

---

	Emission Rate	lbs/hr

5.21E-04

---

	Emission Rate	g/s

6.56E-05

---

Pronamide	Total Catch	ug	<	60	ND	---

	Concentration	ug/dscm

14.10

---

	Emission Rate	lbs/hr

5.21E-04

---

	Emission Rate	g/s

6.56E-05

---

Pyrene	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

Pyridine	Total Catch	ug	<	60	ND	---

	Concentration	ug/dscm

14.10

---

	Emission Rate	lbs/hr

5.21E-04

---

	Emission Rate	g/s

6.56E-05

---

Quinoline	Total Catch	ug

NOT FOUND

---

	Concentration	ug/dscm

---

---

	Emission Rate	lbs/hr

---

---

	Emission Rate	g/s

---

---

Safrole	Total Catch	ug	<	60	ND	---

	Concentration	ug/dscm

14.10

---

	Emission Rate	lbs/hr

5.21E-04

---

	Emission Rate	g/s

6.56E-05

---

1,2,4,5-Tetrachlorobenzene	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

2,3,4,6-Tetrachlorophenol	Total Catch	ug	<	150	ND	---

	Concentration	ug/dscm

35.26

---

	Emission Rate	lbs/hr

1.30E-03

---

	Emission Rate	g/s

1.64E-04

---

o-Toluidine	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

p-Toluidine	Total Catch	ug

NOT FOUND

---

	Concentration	ug/dscm

---

---

	Emission Rate	lbs/hr

---

---

	Emission Rate	g/s

---

---

1,2,4-Trichlorobenzene	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

2,4,5-Trichlorophenol	Total Catch	ug	<	30	ND	---

	Concentration	ug/dscm

7.05

---

	Emission Rate	lbs/hr

2.61E-04

---

	Emission Rate	g/s

3.28E-05

---

2,4,6-Trichlorophenol	Total Catch	ug	<	150	ND	---

	Concentration	ug/dscm

35.26

---

	Emission Rate	lbs/hr

1.30E-03

---

	Emission Rate	g/s

1.64E-04

---

Table 12:	Semivolatile Organic Emission Results (Continued)

Parameter

Units

Run 2

RCRA Permit Limit

1,3,5-Trinitrobenzene	Total Catch	ug	<	150	ND	---

	Concentration	ug/dscm

35.26

---

	Emission Rate	lbs/hr

1.30E-03

---

	Emission Rate	g/s

1.64E-04

---

Tributylamine	Total Catch	ug

NOT FOUND

---

	Concentration	ug/dscm

---

---

	Emission Rate	lbs/hr

---

---

	Emission Rate	g/s

---

---

Propanoic acid, 2-methyl-, met	Total Catch	ug

14

---

(TIC)	Concentration	ug/dscm

3.29

---

547-63-7	Emission Rate	lbs/hr

1.22E-04

---

	Emission Rate	g/s

1.53E-05

---

Butonic acid, methyl ester	Total Catch	ug

24.7

---

(TIC)	Concentration	ug/dscm

5.81

---

623-42-7	Emission Rate	lbs/hr

2.14E-04

---

	Emission Rate	g/s

2.70E-05

---

1,3,5-Cycloheptatriene	Total Catch	ug

129

---

(TIC)	Concentration	ug/dscm

30.32

---

544-25-2	Emission Rate	lbs/hr

1.12E-03

---

	Emission Rate	g/s

1.41E-04

---

Butanoic acid, 2-methyl-, meth	Total Catch	ug

7.6

---

(TIC)	Concentration	ug/dscm

1.79

---

868-57-5	Emission Rate	lbs/hr

6.60E-05

---

	Emission Rate	g/s

8.32E-06

---

Decane, 5-methyl-	Total Catch	ug

12.5

---

(TIC)	Concentration	ug/dscm

2.94

---

13151-35-4	Emission Rate	lbs/hr

1.09E-04

---

	Emission Rate	g/s

1.37E-05

---

N-hexadecanoic acid	Total Catch	ug

23

---

(TIC)	Concentration	ug/dscm

5.41

---

57-10-3	Emission Rate	lbs/hr

2.00E-04

---

	Emission Rate	g/s

2.52E-05	 	---

Octadecanoic acid	Total Catch	ug

12.2

---

(TIC)	Concentration	ug/dscm

2.87

---

57-11-4	Emission Rate	lbs/hr

1.06E-04

---

	Emission Rate	g/s

1.33E-05

---

Docosane	Total Catch	ug

53

---

(TIC)	Concentration	ug/dscm

12.46

---

629-97-0	Emission Rate	lbs/hr

4.60E-04

---

	Emission Rate	g/s

5.80E-05

---

Tetracosane	Total Catch	ug

129

---

(TIC)	Concentration	ug/dscm

30.32

---

646-31-1	Emission Rate	lbs/hr

1.12E-03

---

	Emission Rate	g/s

1.41E-04

---

Decane	Total Catch	ug

4.7

---

(TIC)	Concentration	ug/dscm

1.10

---

124-18-5	Emission Rate	lbs/hr

4.08E-05

---

	Emission Rate	g/s

5.14E-06

---

Phenol, 2,2’-methylenebis[6-(1-	Total Catch	ug

48

---

(TIC)	Concentration	ug/dscm

11.28

---

119-47-1	Emission Rate	lbs/hr

4.17E-04

---

	Emission Rate	g/s

5.25E-05

---

Table 12:	Semivolatile Organic Emission Results (Continued)

Parameter

Units

Run 2

RCRA Permit Limit

Tridecane, 7-hexyl-	Total Catch	ug

52

---

(TIC)	Concentration	ug/dscm

12.22

---

7225-66-3	Emission Rate	lbs/hr

4.52E-04

---

	Emission Rate	g/s

5.69E-05

---

Octacosane	Total Catch	ug

27

---

(TIC)	Concentration	ug/dscm

6.35

---

630-02-4	Emission Rate	lbs/hr

2.34E-04

---

	Emission Rate	g/s

2.95E-05	 	---

Pentatriacontane	Total Catch	ug

5.7

---

(TIC)	Concentration	ug/dscm

1.34

---

630-07-9	Emission Rate	lbs/hr

4.95E-05

---

	Emission Rate	g/s

6.24E-06

---

2-Pentanol, 4-methyl-	Total Catch	ug

11

---

(TIC)	Concentration	ug/dscm

2.59

---

108-11-2	Emission Rate	lbs/hr

9.55E-05

---

	Emission Rate	g/s

1.20E-05

---

Decane, 3-methyl-	Total Catch	ug

5.1

---

(TIC)	Concentration	ug/dscm

1.20

---

13151-34-3	Emission Rate	lbs/hr

4.43E-05

---

	Emission Rate	g/s

5.58E-06

---

Nonanoic acid	Total Catch	ug

6.9

---

(TIC)	Concentration	ug/dscm

1.62

---

112-05-0	Emission Rate	lbs/hr

5.99E-05

---

	Emission Rate	g/s

7.55E-06

---

4-Ethylbenzoic acid	Total Catch	ug

4.2

---

(TIC)	Concentration	ug/dscm

0.99

---

619-64-7	Emission Rate	lbs/hr

3.65E-05

---

	Emission Rate	g/s

4.60E-06

---

Benzaldehyde, 3-hydroxy-4-meth	Total Catch	ug

7.3

---

(TIC)	Concentration	ug/dscm

1.72

---

621-59-0	Emission Rate	lbs/hr

6.34E-05

---

	Emission Rate	g/s

7.99E-06

---

1,2-Benzenedicarboxylic acid	Total Catch	ug

34

---

(TIC)	Concentration	ug/dscm

7.99

---

84-69-5	Emission Rate	lbs/hr

2.95E-04

---

	Emission Rate	g/s

3.72E-05	 	---

Hexadecanoic acid, methyl este	Total Catch	ug

6.0

---

(TIC)	Concentration	ug/dscm

1.41

---

112-39-0	Emission Rate	lbs/hr

5.21E-05

---

	Emission Rate	g/s

6.56E-06

---

Octadecanoic acid, methyl este	Total Catch	ug

5.7

---

(TIC)	Concentration	ug/dscm

1.34

---

112-61-8	Emission Rate	lbs/hr

4.95E-05

---

	Emission Rate	g/s

6.24E-06

---

Heneicosane	Total Catch	ug

4.8

---

(TIC)	Concentration	ug/dscm

1.13

---

629-94-7	Emission Rate	lbs/hr

4.17E-05

---

	Emission Rate	g/s

5.25E-06

---

1-Eicosanol	Total Catch	ug

9.8

---

(TIC)	Concentration	ug/dscm

2.30

---

629-96-9	Emission Rate	lbs/hr

8.51E-05

---

	Emission Rate	g/s

1.07E-05

---

Table 12:	Semivolatile Organic Emission Results (Continued)

Parameter

Units

Run 2

RCRA Permit Limit

Triphenylphosphine oxide	Total Catch	ug

7.5

---

(TIC)	Concentration	ug/dscm

1.76

---

791-28-6	Emission Rate	lbs/hr

6.51E-05

---

	Emission Rate	g/s

8.21E-06

---

Acetic acid, (triphenylphospho	Total Catch	ug

12

---

(TIC)	Concentration	ug/dscm

2.82

---

2605-67-6	Emission Rate	lbs/hr

1.04E-04

---

	Emission Rate	g/s

1.31E-05

---

Notes:

(A)	SHADING denotes the RCRA Permit Limit could not be demonstrated because of laboratory reporting conventions (See UMCDF DFS GB Rocket ATBP, Appendix B, Section 11.3 and Table 11-2).

(B)	Blank corrections have not been made to these data.

(C)	Results have been reported considering both the DL and MDL as reported on the analytical results page for each fraction.  To provide the most conservative emission estimates, calibrated target compounds that are not detected are reported at the DL.  Values reported between the DL and MDL are incorporated into the emission estimate as reported.  When identified, TICs are reported at the reported estimated concentrations.

(D)	“NOT FOUND” indicates that a non-calibrated target compound was not found using an ion-specific forward library search.  An estimated DL or MDL is not available for these compounds.

(E)	In instances where a TIC was identified more than once in one or more sample fractions, the reported value represents the sum of all reported values.

Abbreviations:

%	percent	<	less than

(F	degrees Fahrenheit	---	not applicable

CO2	carbon dioxide	DL	detection limit

dscf	dry standard cubic feet	dscfm	dry standard cubic feet per minute

g/s	grams per second	lbs/hr	pounds per hour

MDL	method detection limit	ND	not detected

O2	oxygen	PAS	Pollution Abatement System

PS4B	US EPA Performance Specification 4B	RCRA	Resource Conservation and Recovery Act

TIC	tentatively identified compound	ug	microgram

ug/dscm	microgram per dry standard cubic meter

Table 13:	Volatile Organic Emission Results

Parameter

Units	Run 2	RCRA Permit Limit

Sampling Location

---	PAS Exhaust Duct	---

Date

---	10/29/05	---

Start Time

---	0802	---

Stop Time

---	1612	---

Net Sampling Time

minutes	120	---

Sample Volume

liters	77.88	---

Gas Flow Rate(1)

dscfm	288.63	---

Acetone	Total Catch	ng

68,171

---

	Concentration	ug/dscm

875.33

---

	Emission Rate	lbs/hr

3.34E-02

---

	Emission Rate	g/s

4.21E-03

7.18E-02

Benzene	Total Catch	ng	<	569

---

	Concentration	ug/dscm

7.31

---

	Emission Rate	lbs/hr

2.79E-04

---

	Emission Rate	g/s

3.52E-05

1.11E-04

Bromodichloromethane	Total Catch	ng	<	132.7

---

  [Using RL]	Concentration	ug/dscm

1.70

---

	Emission Rate	lbs/hr

6.51E-05

---

	Emission Rate	g/s

8.20E-06

3.31E-06

Bromodichloromethane	Total Catch	ng	<	24.58

---

  [Using MDL]	Concentration	ug/dscm

0.32

---

	Emission Rate	lbs/hr

1.21E-05

---

	Emission Rate	g/s

1.52E-06

3.31E-06

Bromoform	Total Catch	ng	<	150.4

---

	Concentration	ug/dscm

1.93

---

	Emission Rate	lbs/hr

7.38E-05

---

	Emission Rate	g/s

9.29E-06

6.44E-05

Bromomethane	Total Catch	ng	<	1,315.6

---

	Concentration	ug/dscm

16.89

---

	Emission Rate	lbs/hr

6.45E-04

---

	Emission Rate	g/s

8.13E-05

---

1,3-Butadiene	Total Catch	ng	<	800	ND	---

	Concentration	ug/dscm

10.27

---

	Emission Rate	lbs/hr

3.92E-04

---

	Emission Rate	g/s

4.94E-05

---

2-Butanone	Total Catch	ng	<	800	ND	---

  (Methyl Ethyl Ketone)	Concentration	ug/dscm

10.27

---

	Emission Rate	lbs/hr

3.92E-04

---

	Emission Rate	g/s

4.94E-05

7.33E-04

Carbon Disulfide	Total Catch	ng	<	147

---

  [Using RL]	Concentration	ug/dscm

1.89

---

	Emission Rate	lbs/hr

7.21E-05

---

	Emission Rate	g/s

9.08E-06

7.33E-07

Carbon Disulfide	Total Catch	ng	<	87.59

---

  [Using MDL]	Concentration	ug/dscm

1.12

---

	Emission Rate	lbs/hr

4.30E-05

---

	Emission Rate	g/s

5.41E-06

7.33E-07

Carbon Tetrachloride	Total Catch	ng	<	128

---

  [Using RL]	Concentration	ug/dscm

1.64

---

	Emission Rate	lbs/hr

6.28E-05

---

	Emission Rate	g/s

7.91E-06

7.33E-07

Table 13:	Volatile Organic Emission Results (Continued)

Parameter

Units	Run 2	RCRA Permit Limit

Carbon Tetrachloride	Total Catch	ng	<	21.56

---

  [Using MDL]	Concentration	ug/dscm

0.28

---

	Emission Rate	lbs/hr

1.06E-05

---

	Emission Rate	g/s

1.33E-06

7.33E-07

Chlorobenzene	Total Catch	ng	<	80	ND	---

  [Using RL]	Concentration	ug/dscm

1.03

---

	Emission Rate	lbs/hr

3.92E-05

---

	Emission Rate	g/s

4.94E-06

2.35E-06

Chlorobenzene	Total Catch	ng	<	17.28	ND	---

  [Using MDL]	Concentration	ug/dscm

0.22

---

	Emission Rate	lbs/hr

8.47E-06

---

	Emission Rate	g/s

1.07E-06

2.35E-06

Chloroethane	Total Catch	ng	<	160	ND	---

	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	---

Chloroform	Total Catch	ng	<	152

---

	Concentration	ug/dscm

1.96

---

	Emission Rate	lbs/hr

7.47E-05

---

	Emission Rate	g/s

9.42E-06

8.38E-05

Chloromethane	Total Catch	ng	<	879.6

---

  [Using RL]	Concentration	ug/dscm

11.29

---

	Emission Rate	lbs/hr

4.31E-04

---

	Emission Rate	g/s

5.44E-05

7.33E-07

Chloromethane	Total Catch	ng	<	790.5

---

  [Using MDL]	Concentration	ug/dscm

10.15

---

	Emission Rate	lbs/hr

3.88E-04

---

	Emission Rate	g/s

4.88E-05

7.33E-07

2-Chloropropane	Total Catch	ng	<	160	ND	---

	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	---

Dibromochloromethane	Total Catch	ng	<	160	ND	---

  [Using RL]	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	4.89E-06

Dibromochloromethane	Total Catch	ng	<	19.68	ND	---

  [Using MDL]	Concentration	ug/dscm

0.25

---

	Emission Rate	lbs/hr

9.65E-06

---

	Emission Rate	g/s

1.22E-06

4.89E-06

1,2-Dibromoethane	Total Catch	ng	<	160	ND	---

  (Ethylene Dibromide)	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	---

Dibromomethane	Total Catch	ng	<	160	ND	---

	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	---

cis-1,4-Dichloro-2-butene	Total Catch	ng	<	800	ND	---

	Concentration	ug/dscm

10.27

---

	Emission Rate	lbs/hr

3.92E-04

---

	Emission Rate	g/s

4.94E-05

---

Table 13:	Volatile Organic Emission Results (Continued)

Parameter

Units	Run 2	RCRA Permit Limit

trans-1,4-Dichloro-2-butene	Total Catch	ng	<	800	ND	---

	Concentration	ug/dscm

10.27

---

	Emission Rate	lbs/hr

3.92E-04

---

	Emission Rate	g/s

4.94E-05

---

1,1-Dichloroethane	Total Catch	ng	<	160	ND	---

  [Using RL]	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	7.33E-07

1,1-Dichloroethane	Total Catch	ng	<	19.36	ND	---

  [Using MDL]	Concentration	ug/dscm

0.25

---

	Emission Rate	lbs/hr

9.49E-06

---

	Emission Rate	g/s

1.20E-06

7.33E-07

1,2-Dichloroethane	Total Catch	ng	<	160	ND	---

	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	---

1,1-Dichloroethene	Total Catch	ng	<	160	ND	---

	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	---

trans-1,2-Dichloroethene	Total Catch	ng	<	160	ND	---

	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	---

Dichlorodifluoromethane	Total Catch	ng	<	167

---

  (Freon 12)	Concentration	ug/dscm

2.14

---

	Emission Rate	lbs/hr

8.19E-05

---

	Emission Rate	g/s

1.03E-05

---

1,2-Dichloropropane	Total Catch	ng	<	160	ND	---

  (Propylene Dichloride)	Concentration	ug/dscm

2.05 	 	---

  [Using RL]	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	7.33E-07

1,2-Dichloropropane	Total Catch	ng	<	18.40	ND	---

  (Propylene Dichloride)	Concentration	ug/dscm

0.24

---

  [Using MDL]	Emission Rate	lbs/hr

9.02E-06

---

	Emission Rate	g/s

1.14E-06

7.33E-07

cis-1,3-Dichloropropene	Total Catch	ng	<	155.2

---

  [Using RL]	Concentration	ug/dscm

1.99

---

	Emission Rate	lbs/hr

7.61E-05

---

	Emission Rate	g/s

9.59E-06

7.33E-07

cis-1,3-Dichloropropene	Total Catch	ng	<	26.2

---

  [Using MDL]	Concentration	ug/dscm

0.34

---

	Emission Rate	lbs/hr

1.28E-05

---

	Emission Rate	g/s

1.62E-06

7.33E-07

trans-1,3-Dichloropropene	Total Catch	ng	<	160	ND	---

  [Using RL]	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	7.33E-07

trans-1,3-Dichloropropene	Total Catch	ng	<	19.36	ND	---

  [Using MDL]	Concentration	ug/dscm

0.25	 	---

	Emission Rate	lbs/hr

9.49E-06	 	---

	Emission Rate	g/s

1.20E-06	 	7.33E-07

Table 13:	Volatile Organic Emission Results (Continued)

Parameter

Units	Run 2	RCRA Permit Limit

Ethyl Benzene	Total Catch	ng	<	160	ND	---

	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	2.25E-05

Hexane	Total Catch	ng	<	134.8

---

	Concentration	ug/dscm

1.73

---

	Emission Rate	lbs/hr

6.61E-05

---

	Emission Rate	g/s

8.33E-06

---

2-Hexanone	Total Catch	ng	<	800	ND	---

  [Using RL]	Concentration	ug/dscm

10.27

---

	Emission Rate	lbs/hr

3.92E-04

---

	Emission Rate	g/s

4.94E-05

7.33E-07

Iodomethane	Total Catch	ng	<	800	ND	---

	Concentration	ug/dscm

10.27

---

	Emission Rate	lbs/hr

3.92E-04

---

	Emission Rate	g/s

4.94E-05

---

4-Methyl-2-pentanone	Total Catch	ng	<	800	ND	---

  (Methyl Isobutyl Ketone)	Concentration	ug/dscm

10.27

---

  [Using RL]	Emission Rate	lbs/hr

3.92E-04

---

	Emission Rate	g/s

4.94E-05

7.33E-07

Methylene Chloride	Total Catch	ng	<	3,957.6

---

	Concentration	ug/dscm

50.82

---

	Emission Rate	lbs/hr

1.94E-03

---

	Emission Rate	g/s

2.45E-04

1.20E-02

2-Propanol	Total Catch	ng	<	24,000	ND	---

	Concentration	ug/dscm

308.17 	 	---

	Emission Rate	lbs/hr

1.18E-02	 	---

	Emission Rate	g/s

1.48E-03	 	---

Styrene	Total Catch	ng	<	143.4

---

	Concentration	ug/dscm

1.84

---

	Emission Rate	lbs/hr

7.03E-05

---

	Emission Rate	g/s

8.86E-06

1.11E-04

1,1,1,2-Tetrachloroethane	Total Catch	ng	<	160	ND	---

	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	---

1,1,2,2-Tetrachloroethane	Total Catch	ng	<	160	ND	---

  [Using RL]	Concentration	ug/dscm

2.05

---

	Emission Rate	lbs/hr

7.85E-05

---

	Emission Rate	g/s

9.89E-06

7.33E-07

1,1,2,2-Tetrachloroethane	Total Catch	ng	<	34.56	ND	---

  [Using MDL]	Concentration	ug/dscm

0.44

---

	Emission Rate	lbs/hr

1.69E-05

---

	Emission Rate	g/s

2.14E-06

7.33E-07

Tetrachloroethene	Total Catch	ng	<	80	ND	---

  (Tetrachloroethylene)	Concentration	ug/dscm

1.03

---

  [Using RL]	Emission Rate	lbs/hr

3.92E-05

---

	Emission Rate	g/s

4.94E-06

7.33E-07

Tetrachloroethene	Total Catch	ng	<	26.08	ND	---

  (Tetrachloroethylene)	Concentration	ug/dscm

0.33

---

  [Using MDL]	Emission Rate	lbs/hr

1.28E-05

---

	Emission Rate	g/s

1.61E-06

7.33E-07

Table 13:	Volatile Organic Emission Results (Continued)

Parameter

Units	Run 2	RCRA Permit Limit

Toluene	Total Catch	ng	<	151.7

---

	Concentration	ug/dscm

1.95

---

	Emission Rate	lbs/hr

7.44E-05

---

	Emission Rate	g/s

9.37E-06

6.17E-03

1,1,1-Trichloroethane	Total Catch	ng	<	160	ND	---

	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	---

1,1,2-Trichloroethane	Total Catch	ng	<	160	ND	---

  (Methyl Chloroform)	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	1.22E-04

Trichloroethene	Total Catch	ng	<	160	ND	---

	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	---

Trichlorofluoromethane	Total Catch	ng	<	160	ND	---

  (Freon 11)	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	---

1,2,3-Trichloropropane	Total Catch	ng	<	160	ND	---

	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	---

1,1,2-Trichloro-1,2,2-trifluoroethane	Total Catch	ng	<	160	ND	---

  (Freon 113)	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	---

m,p-Xylene	Total Catch	ng	<	152

---

	Concentration	ug/dscm

1.95

---

	Emission Rate	lbs/hr

7.45E-05

---

	Emission Rate	g/s

9.39E-06

---

o-Xylene	Total Catch	ng	<	160	ND	---

	Concentration	ug/dscm

2.05

---

	Emission Rate	lbs/hr

7.85E-05

---

	Emission Rate	g/s

9.89E-06

---

Total Xylenes(2)	Total Catch	ng	<	312

---

  [Using RL]	Concentration	ug/dscm

4.01

---

	Emission Rate	lbs/hr

1.53E-04

---

	Emission Rate	g/s

1.93E-05

1.58E-05

Total Xylenes(2)	Total Catch	ng	<	44.38

---

  [Using MDL]	Concentration	ug/dscm

0.57

---

	Emission Rate	lbs/hr

2.18E-05

---

	Emission Rate	g/s

2.74E-06

1.58E-05

Vinyl Acetate	Total Catch	ng	<	800	ND	---

  [Using RL]	Concentration	ug/dscm

10.27

---

	Emission Rate	lbs/hr

3.92E-04

---

	Emission Rate	g/s

4.94E-05

7.33E-07

Vinyl Bromide	Total Catch	ng	<	800	ND	---

	Concentration	ug/dscm

10.27

---

	Emission Rate	lbs/hr

3.92E-04

---

	Emission Rate	g/s

4.94E-05

---

Table 13:	Volatile Organic Emission Results (Continued)

Parameter

Units	Run 2	RCRA Permit Limit

Vinyl Chloride	Total Catch	ng	<	160	ND	---

  [Using RL]	Concentration	ug/dscm

2.05 	 	---

	Emission Rate	lbs/hr

7.85E-05	 	---

	Emission Rate	g/s

9.89E-06	 	1.62E-06

Vinyl Chloride	Total Catch	ng	<	18.24	ND	---

  [Using MDL]	Concentration	ug/dscm

0.23	 	---

	Emission Rate	lbs/hr

8.95E-06	 	---

	Emission Rate	g/s

1.13E-06	 	1.62E-06

Ethane, 1,1,1,2-tetrafluoro	Total Catch	ng

1,290

---

(TIC)	Concentration	ug/dscm

16.56

---

(811-97-2)	Emission Rate	lbs/hr

6.33E-04

---

	Emission Rate	g/s

7.97E-05

---

Benzaldehyde	Total Catch	ng

125

---

(TIC)	Concentration	ug/dscm

1.61

---

(100-52-7)	Emission Rate	lbs/hr

6.13E-05

---

	Emission Rate	g/s

7.72E-06

---

Ethanone, 1-phenyl-	Total Catch	ng

219

---

(TIC)	Concentration	ug/dscm

2.81

---

(98-86-2)	Emission Rate	lbs/hr

1.07E-04

---

	Emission Rate	g/s

1.35E-05

---

Benzonitrile	Total Catch	ng

55

---

(TIC)	Concentration	ug/dscm

0.71

---

(100-47-0)	Emission Rate	lbs/hr

2.70E-05

---

	Emission Rate	g/s

3.40E-06

---

Methane, nitro-	Total Catch	ng

61

---

(TIC)	Concentration	ug/dscm

0.78

---

(75-52-5)	Emission Rate	lbs/hr

2.99E-05

---

	Emission Rate	g/s

3.77E-06

---

1-Propene	Total Catch	ng

78

---

(TIC)	Concentration	ug/dscm

1.00

---

(115-07-1)	Emission Rate	lbs/hr

3.83E-05

---

	Emission Rate	g/s

4.82E-06

---

Notes:

(A)	SHADING denotes the RCRA Permit Limit could not be demonstrated because of laboratory reporting conventions (See UMCDF DFS GB Rocket ATBP, Appendix B, Section 11.3 and Table 11-2).

(B)	No blank corrections have been made to these data.  If undetected in the analysis, the detection limit is reported.

(C)	Results have been reported considering both the RL and MDL as reported on the laboratory results page for each fraction.  To provide the most conservative emission estimates, calibrated target compounds that are not detected are reported at the RL.  Values reported between the RL and MDL are incorporated into the emission estimate as reported.  When identified, TICs are reported at the reported estimated concentrations.

(D)	Note that only TICs detected in multiple runs are averaged.  If detected in only a single run, that value is reported in the “Average” column.  “NO TIC” is reported for the runs in which the TIC was not found.

Footnotes:

(1)	Taken from the flow rates measured by the M0010, M0023A-PCB, and M0023A-PCDD/F sampling trains during Runs 2, 3, and 4.

(2)	The total xylene catch was derived by adding the m,p-xylene and o-xylene catches and comparing that value to the RCRA Permit limit.

Table 13:	Volatile Organic Emission Results (Continued)

Abbreviations:

<	less than	---	not applicable

dscfm	dry standard cubic feet per minute	g/s	grams per second

lbs/hr	pounds per hour	M0010	SW-846 Method 0010

M0023A	SW-846 Method 0023A	MDL	method detection limit

ND	not detected	ng	nanograms

PAS	Pollution Abatement System	PCB	polychlorinated biphenyl

PCDD/F	polychlorinated dibenzo-p-dioxin/furan	RCRA	Resource Conservation and Recovery Act

RL	reporting limit	TIC	tentatively identified compound

ug/dscm	micrograms per dry standard cubic meter

Table 14:	Recirculation Scrubber Brine Analytical Results

Analyte	Units	Run 2	Run 3	Run 4	Average

Total MonoCB	pg/L	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total DiCB	pg/L	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total TriCB	pg/L	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

3,4,4',5-TetraCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

3,3',4,4'-TetraCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

Total TetraCB	pg/L	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

2,3,3',4,4'-PentaCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,3,4,4',5-PentaCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,3',4,4',5-PentaCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2',3,4,4',5-PentaCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

3,3',4,4',5-PentaCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

Total PentaCB	pg/L	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

2,3,3',4,4',5-HexaCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,3,3',4,4',5'-HexaCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,3',4,4',5,5'-HexaCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

3,3',4,4',5,5'-HexaCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

Total HexaCB	pg/L	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

2,3,3',4,4',5,5'-HeptaCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,2',3,4,4',5,5'-HeptaCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,2',3,3',4,4', 5-HeptaCB	pg/L	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

Total HeptaCB	pg/L	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total OctaCB	pg/L	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total NonaCB	pg/L	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total DecaCB	pg/L	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Abbreviations:

<	less than	CB	chlorinated biphenyl

ND	not detected	pg/L	picograms per liter

Table 15:	Cyclone Residue Analytical Results

Analyte	Units	Run 2	Run 3	Run 4	Average

Total MonoCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total DiCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total TriCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

3,4,4',5-TetraCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

3,3',4,4'-TetraCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

Total TetraCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

2,3,3',4,4'-PentaCB	pg/g	130	160	120	136.67

2,3,4,4',5-PentaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,3',4,4',5-PentaCB	pg/g	350	380	290	340.00

2',3,4,4',5-PentaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

3,3',4,4',5-PentaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

Total PentaCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

2,3,3',4,4',5-HexaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,3,3',4,4',5'-HexaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,3',4,4',5,5'-HexaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

3,3',4,4',5,5'-HexaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

Total HexaCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

2,3,3',4,4',5,5'-HeptaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,2',3,4,4',5,5'-HeptaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,2',3,3',4,4', 5-HeptaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

Total HeptaCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total OctaCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total NonaCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total DecaCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Abbreviations:

<	less than	CB	chlorinated biphenyl

ND	not detected	pg/g	picograms per grams

Table 16:	HDC Ash Analytical Results

Analyte	Units	Run 2	Run 3	Run 4	Average

Total MonoCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total DiCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total TriCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

3,4,4',5-TetraCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

3,3',4,4'-TetraCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

Total TetracCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

2,3,3',4,4'-PentaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,3,4,4',5-PentaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,3',4,4',5-PentaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2',3,4,4',5-PentaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

3,3',4,4',5-PentaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

Total PentaCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

2,3,3',4,4',5-HexaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,3,3',4,4',5'-HexaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,3',4,4',5,5'-HexaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

3,3',4,4',5,5'-HexaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

Total HexaCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

2,3,3',4,4',5,5'-HeptaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,2',3,4,4',5,5'-HeptaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

2,2',3,3',4,4', 5-HeptaCB	pg/g	< 100 [ND]	< 100 [ND]	< 100 [ND]	< 100 [ND]

Total HeptaCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total OctaCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total NonaCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Total DecaCB	pg/g	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]	< 1,000 [ND]

Abbreviations:

<	less than	CB	chlorinated biphenyl

ND	not detected	pg/g	picograms per grams

Table 17:	DFS AWFCO Parameters

RCRA [MACT]

Item Number	AWFCO Alarm

Tag Number	Process Data Description	RCRA AWFCO for Normal Agent Operations

DFS-01

[DFS(M)-1]	16-TAHH-182	Rotary Kiln

Temperature (Before Spray)

High-High	1,615(F

(instantaneous)

DFS-02

[DFS(M)-2]	16-TAHH-08	Rotary Kiln

Temperature (After Spray)

High-High	1,539oF

(instantaneous)

DFS-03

[DFS(M)-3]	16-TALL-08	Rotary Kiln

Temperature (After Spray)

Low-Low	949(F

(instantaneous)

DFS-04

[DFS(M)-4]	16-XS-207

16-XS-209	Feed Chute Operation	Jammed

(instantaneous)

DFS-05

[DFS(M)-5]	16-PSHH-204	Rotary Kiln

Pressure

High-High	-0.1 inwc

with 3-second delay

(instantaneous)

DFS-06

[DFS(M)-6]	16-TAHH-51A through E	Rotary Kiln Shell

Temperature

High-High	1,600oF

(instantaneous)

DFS-07

[DFS(M)-7]	16-BSLL-850/851	Afterburner

Flame Loss

Low-Low	Flame Loss

(both burners)

(instantaneous)

DFS-08

[DFS(M)-8]	16-TALL-42	HDC

Temperature

Low-Low	1,012(F

(instantaneous)

DFS-09

[DFS(M)-9	16-XS-58

16-XS-821	Discharge Conveyor Operation	Jammed

(instantaneous)

DFS-10

[DFS(M)-10]	16-SSL-57	HDC Operation	Zero speed

(instantaneous)

DFS-11

[DFS(M)-11]	16-PDAHH-813	Afterburner

Exhaust Gas Flow Rate

High-High	0.92 inwc

(instantaneous)

[DFS(M)-12]	16-PDAHH-813A

0.92 inwc

(ROHA)

DFS-12

[DFS(M)-13]	16-TALL-182/20	Rotary Kiln

Temperature (Before Spray)

Low-Low	1,000oF

 (instantaneous)

[DFS(M)-14]	16-TALL-182C

1,117oF

(ROHA)

[DFS(M)-15]	24-PDALL-25A	Scrubber Tower Packed Bed

Differential Pressure

Low-Low	0.3 inwc

(ROHA)

Table 17:	DFS AWFCO Parameters (Continued)

RCRA [MACT]

Item Number	AWFCO Alarm

Tag Number	Process Data Description	RCRA AWFCO for Normal Agent Operations

DFS-13

[DFS(M)-16]	16-TALL-92	Afterburner

Temperature

Low-Low	2,050oF

 (instantaneous)

DFS-14

[DFS(M)-18]	16-TAHH-92	Afterburner

Temperature

High-High	2,200oF

(instantaneous)

[DFS(M)-19]	24-AALL-07A/B	Quench Brine

Brine pH

Low-Low	8.5 pH units

(ROHA)

DFS-15

[DFS(M)-20]	24-PDALL-08	Venturi Scrubber

Differential Pressure

Low-Low	20 inwc

(instantaneous)

DFS-16

[DFS(M)-22]	24-AAHH-207C	PFS Exhaust Duct

CO Concentration

High-High	100 ppmv

7% O2, dry basis

(ROHA)

[DFS(M)-23]	24-DAHH-35	Scrubber Tower

Clean Liquor Solids Content

High-High	1.01 sgu

(12HRA)

DFS-17

[DFS(M)-24	PDAR	Waste Feed Rate

High	See Section 8.5.21

DFS-18

[DFS(M)-25]	24-FALL-30	Scrubber Tower

Clean Liquor Flow Rate

Low-Low	1,475 gpm

(instantaneous)

DFS-19	MON-ACAM-183	Chemical Agent Emissions

Exhaust Blower Duct

High-High	0.0003 mg/m3 GB

(instantaneous)

DFS-20	MON-ACAM-297	Chemical Agent Emissions

Cyclone Enclosure

High-High	0.0003 mg/m3 GB

(instantaneous)

DFS-21	MON-ACAM-129/223/225	Chemical Agent Emissions

Common Stack

High-High	0.0003 mg/m3 GB

(instantaneous)

DFS-22	23-LSHH-02/06/702/706	Brine Surge Tank(s)

Level

High High	Unavailable is when the level high-high at 18 feet 3 inches or tank is selected for feed to the BRA

DFS-23

[DFS(M)-27]	24-AALL-34	Scrubber Tower

Clean Liquor pH

Low-Low	7.1 pH units

(instantaneous)

Table 17:	DFS AWFCO Parameters (Continued)

RCRA [MACT]

Item Number	AWFCO Alarm

Tag Number	Process Data Description	RCRA AWFCO for Normal Agent Operations

DFS-24

[DFS(M)-29]	114-PALL-344	Scrubber Tower

Clean Liquor Pressure

Low-Low	25 psig

(instantaneous)

DFS-25	24-TSHH-01	Quench Tower

Exhaust Gas Temperature

High-High	225(F

(instantaneous)

DFS-26

[DFS(M)-30]	24-FALL-06	Venturi Scrubber

Quench Brine Flow Rate

Low-Low	260 gpm

(instantaneous)

DFS-27

[DFS(M)-32]	24-DAHH-33	Quench Tower

Brine Density

High-High	1.06 sgu

(instantaneous)

[DFS(M)-33]	24-DAHH-33A

1.06 sgu

(12HRA)

DFS-28

[DFS(M)-34]	16-SAHH-602	Kiln

Rotational Speed

High-High	2.06 rpm

DFS-29	24-AAHH-206A/B	PFS Exhaust Duct

O2 Concentration

High-High	14%

dry basis

(instantaneous)

DFS-30

[DFS(M)-35]	24-AALL-206A/B	PFS Exhaust Duct

O2 Concentration

Low-Low	7.7%

dry basis

(2MRA)

DFS-31

[DFS(M)-36]	16-PAHH-65	Afterburner

Pressure

High-High	-0.1 inwc

(instantaneous)

DFS-32	24-LSHH-10	Scrubber Tower

Sump Liquid Level

High-High	69 inches above bottom tangent line

(instantaneous)

DFS-33	24-LSLL-10	Scrubber Tower

Sump Liquid Level

Low-Low	33 inches above bottom tangent line

(instantaneous)

DFS-34

[DFS(M)-37]	16-BSLL-844	Rotary Kiln

Flame Loss	Flame Loss

(instantaneous)

DFS-35

[DFS(M)-38]	114-PDAHH-440A/442A/ 454A/436A/ 438A/487A	PFS Prefilter

Differential Pressure

High-High	1.5 inwc

(instantaneous)

DFS-36

[DFS(M)-39]	114-PDAHH-440B/H/442B/H454B/H/436B/H438B/H/487B/H	PFS HEPA Filter

Differential Pressure

High-High	3.0 inwc

(instantaneous)

Table 17:	DFS AWFCO Parameters (Continued)

RCRA [MACT]

Item Number	AWFCO Alarm

Tag Number	Process Data Description	RCRA AWFCO for Normal Agent Operations

DFS-37

[DFS(M)-40]	114-TSHH-430	Carbon Filter System

Inlet Temperature

High-High	180(F

(instantaneous)

	114-TAHH-417

169(F

(ROHA)

DFS-38

[DFS(M)-41]	114-MSHH-431A/B	Carbon Filter System

Inlet Moisture Level

High-High	80% RH

(instantaneous)

	114-MAHH-431A/B

55% RH

(ROHA)

DFS-39	114-ZS-449B	Carbon Filter System

Bypass Valve Operation	Not Closed

(instantaneous)

[DFS(M)-42]	114-PDALL-440A/442A/ 454A/436A/ 438A/487A	PFS Prefilter

Differential Pressure

Low-Low	0.20 inwc

(instantaneous)

[DFS(M)-43]	114-PDALL-440B/H/442B/H454B/H/436B/H438B/H487B/H	PFS HEPA Filter

Differential Pressure

Low-Low	0.15 inwc

(instantaneous)

DFS-40	MON-ACAM-353	Chemical Agent Emissions

Upstream of PFS

High-High	0.0003 mg/m3 GB

(instantaneous)

DFS-41

[DFS(M)-44]	24-PDAHH-312/53	Mist Eliminator

Differential Pressure

High-High	20 inwc

(instantaneous)

DFS-42

[DFS(M)-45]	16-TAHH-182A	Rotary Kiln

Temperature (Before Spray)

High-High	1,548ºF

(ROHA)

DFS-43	114-MAHH-111/112/113/109/209/110	Carbon Filter System

Outlet Moisture Level

High-High	55% RH

(30MRA)

Abbreviations:

%	percent	12HRA	12-hour rolling hourly average

2MRA	2-minute rolling average	AAHH	analyzing alarm high-high

AALL	analyzing alarm low-low	AWFCO	automatic waste feed cutoff

BRA	Brine Reduction Area	BSLL	burner switch low-low

CO	carbon monoxide	DAHH	density alarm high-high

DFS	Deactivation Furnace System	(F	degrees Fahrenheit

FALL	flow alarm low-low	gpm	gallons per minute

HDC	Heated Discharge Conveyor	HEPA	high efficiency particulate air

inwc	inches of water column	LSHH	level switch high-high

LSLL	level switch low-low	MACT	Maximum Achievable Control Technologies

MAHH	moisture alarm high-high	mg/m3	milligrams per cubic meter

MSHH	moisture switch high-high	O2	oxygen

PAHH	pressure alarm high-high	PAS	Pollution Abatement System

Table 17:	DFS AWFCO Parameters (Continued)

Abbreviations (Continued):

PDAHH	pressure differential alarm high-high	PDALL	pressure differential alarm low-low

PDAR	process data acquisition and recording	PFS	PAS Filtration System

ppmv	parts per million volume	PSHH	pressure switch high-high

psig	pounds per square inch gauge	RCRA	Resource Conservation and Recovery Act

RH	relative humidity	ROHA	rolling hourly average

rpm	revolutions per minute	SAHH	speed alarm high-high

sgu	specific gravity units	SSL	speed switch low

TAHH	temperature alarm high-high	TALL	temperature alarm low-low

TSHH	temperature switch high-high	XS	unclassified switch

ZS	position switch

UMCDF DFS GB TSCA ATBR, Revision 0	January 2006

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UMCDF DFS GB TSCA ATBR, Revision 0	January 2006

UMCDF DFS GB TSCA ATBR, Revision 0	January 2006

UMCDF DFS GB TSCA ATBR, Revision 0	January 2006

UMCDF DFS GB TSCA ATBR, Revision 0	January 2006

UMCDF DFS GB TSCA ATBR, Revision 0	January 2006

UMCDF DFS GB TSCA ATBR, Revision 0	January 2006

UMCDF DFS GB TSCA ATBR, Revision 0	January 2006

UMCDF

Deactivation Furnace System GB Rocket Toxic Substances Control Act Agent Final Trial Burn Report

Revision 0, January 2006

Volume 1 of 4

(Main Report to Appendix G)

Submitted to:	National Program Chemicals Division

Submitted by:	U.S. Army Chemical Materials Agency UMCDF Field Office

	Umatilla Chemical Depot