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1<br />
a<br />
Continued from the front.<br />
III. PROCESSES (continued)<br />
C. SPACE FOR ADDITIONAL PROCESS CODES OR FOR DESCRIBING OTHER PROCESS (ecds'T04'). FOR EACH PROCESS ENTERED HERE INCLUDE DESIGN CAPACITY,<br />
S02<br />
Construction began on the Sodium Storage Facility (SSF) in June 1995 with the anticipated date for waste management<br />
operations to begin in April 1997. The anticipated date depends on the decision to restart the Fast FLUX Test Facility<br />
(FFTF) and the potential use of the soditae coolant in support of the Tank Waste Remedistiorl Project. The SSF is located<br />
adjacent to the FFTF in the 400 Area. The Unit will consist of three 302,a32-titer (80 000-gallon) tanks and one<br />
196,841-liter (52,000-gal Lon) tank contained within a concrete structureapproximately E7 meters (91 feet) long by 27.4<br />
meters (90 feet) wide by 9.1 meters (30 feet) high. The SSF will receive liquid sodium containing trace amounts of potassium<br />
through batch transfers from the FFTF by Way of transfer lines connecting the two facilities. The SSF also could receive and<br />
store sodium from other <strong>Hanford</strong> Facility operations of a ease-by-case basis. The sodium will be stored in the SSF Until<br />
transferred to the sodluas Reaction Facility (SRF) for treatment. The total process desigri capacity for the four SSF storage<br />
tanks WILL be 1,105,337 liters (292,000 gallons).<br />
T01<br />
Construction on the SRF depends on the decision to restart the FFTF and the potential use of the sodium coolant in support of<br />
the Tank Waste Remediation Project. If constructed, the SRF WILL be tociated near the SSF and will consist of a 757-liter<br />
(200-gallon) reaction vessel and ancillary equipment contained in a concrete and steel structure approximately 19,8 meters<br />
(65 feet) long by 17.4 meters (57 feet) wide by 10.7 meters (35 feet) high. The sodium reaction process Will consist of<br />
injecting awtten sodium metal containing trace amounts of potassium and water into the reaction vessel that Will be partially<br />
filled with 30 to 50 percent sodium hyydroxide at approximately 116'C (240'F). Reaction products include sodium hydroxide and<br />
hydrogen gas. The hydro gen gas Will be removed from the reaction vessel by an inert gas cover purge and maintained at<br />
sufficiently low levels so as not to be flammable then mixed with air. The sodium hydroxide solution-wil,14oe reacted With<br />
sulfuric acid to produce sodium sulfate, Which Witt be dried and placed into 208-11ter (55-gallon) containers for transfer to<br />
an onsite disposal area. The SRF also could receive and treat sodium from other <strong>Hanford</strong> Facility operations on a case-byease<br />
basis. The total treatment design capacity for the SRF Will be 2,700 liters (715 gallons) per day.<br />
N. DESCRIPTION OF DANGEROUS WASTES<br />
A. DANGEROUS WASTE NUMBER -Enter the fourdigIt number from Chapter 173-303 WAC for each Nnsd dangerous Mgt you WIN handle. H you handle<br />
dangerous wastes which am not listed in Chapter 173.303 WAC, enter the four digit numberts) that describes the characteristics and/or the toxic con.<br />
tamxtante of those dangerous wastes.<br />
B. ESTIMATED ANNUAL QUANTITY - For each gated waste ente red In column A estimate the quantity of that warts that will be handled on an annual basis.<br />
For each characteristic or toxic cordaminent entered In column A estimate the total annual quantity of as the non- gated waste(e) that WIN be handled which<br />
possess that characteristic or contaminant.<br />
C. UNIT OF MEASURE - For each quantity emend In column B enter the unit of moseura code. Units of measure which must be used and the appropriate codes<br />
an:<br />
4 ENGLISH UNn' OF MEASURE CODE METRIC UNIT OF MEASURE CODE<br />
POUNDS ................. P KILOGRAMS................... K<br />
TONS................. ......... . T METRIC TONS .................. M<br />
11 fecikj records use any other unit of measure for quantity, the units of measure must be convened into one of the required inks of measure taking Into account the<br />
appmpdate density or specific gravity of the waste.<br />
D.PROCESSES<br />
1, PROCESS CODES:<br />
For listed dangerous waste: For each listed dangerous waste entered M column A assert the coda(e) f rom the list of proessi codes contained In Section III to<br />
Indicate hew the waste will be stored, treated, and/or disposed of at the facility,<br />
For non-gated dangerous waster, For each characteristic or toxic contaminant entered In Column A. select the code(.) from the list of precast codes contained In<br />
Section VI to Indicate all the procostes that will be used to atom, treat. and/or dispose of all the nom0 god dangerous wastes that possess that characteristic or<br />
toxic conteminant.<br />
Note: Few spa". era yrovided for entering pro"se codes. If more are asadad: (1) Enter the first three as described above; (2) Enter 'ODO' in the extreme right<br />
box of Item IV•D(1); and (3) Enter in the spa" provided on page 4, the He. number and the additional code(.).<br />
2. PROCESS DESCRIPTION: It a coda Is not Voted for a process that will be used, describe the process in the spa" provided an the forth.<br />
NOTE: DANGEROUS WASTES DESCRIBED BY MORE THAN ONE DANGEROUS WASTE NUMBER • Dangerous wastes that can be described by mom than one Waste<br />
Number shall be descdbed on the fern as follows:<br />
1. Select one of the Dangerous Wage Numbers and enter It In column A. On the ue m line compute columns B, C, and D by estimating the total annual quantity of<br />
the waste and describing all the procosus to be used to treat, store, and/or dispose of the warts.<br />
2. In column A of the next line enterthe other Dangerous Waste Number that use be used to describe the waste. In column D(2) on that ire enter *Included with<br />
above*and make no other entries on that Una.<br />
3, Repeat step 2 for each other Dangerous Waste Number that can be used to describe the dangerous waste.<br />
EXAMPLE FOR COMPLETING SECTION IV Ishown to fine number X-1, X-2, X-3, and X-d be/owl - A facility will treat and dispose of an estimated 900 pounds per year<br />
of chrome ehavinoos from Nether tanning and finishing operation. In addition, tin facility wen treat and dispose of three nen-Itn.d wastes. Two wanes are comeshrs<br />
only and them W be an estimated 200 pounds per year of each waste. The other waste is corrosive and Ignitable and there will be an estimated 100 pounds per you<br />
Of that wane. Treatment will be In an Incinerator and disposal wW be In a landfill.<br />
0. PROCESSES<br />
N<br />
O DANGEROUS<br />
WASTE NO,<br />
B. ESTIMATED ANNUAL Of UNIT<br />
N QUANTrry OF WASTE<br />
SURE<br />
1. PROCESS CODES 2. PROCESS DESCRIPTION<br />
E<br />
tenter codel<br />
code ) ode rantal IN a cods Is not mtued In DI711<br />
X-1 Jr 900 P T 0 3 O d 0<br />
X-2 400 P T 0 3 D a 0<br />
X3 #ao 100 P T 03 O d 0<br />
DOE/RL-88-21<br />
Sodium Storage Facility and Sodium Reaction Facility<br />
Rev. 1, 10/01/96<br />
Page 2 of 9<br />
X-4 T 0 I D a 0 Included with above<br />
ECL30 - 271 - ECY 03031 Form 3 PAGE 2 OF S CONTINUE ON PAGE a '