Quantity Measurement. 6.1 The invoice quantity shall be determined by DSC based on the reading given by its calibrated flow meters, corrected for temperature.
6.2 DSC shall be responsible for the upkeep and maintenance of its calibrated flow meters.
6.3 DSC shall arrange for the testing and calibration of all its tanks and calibrated flow meters on a regularly scheduled basis.
6.4 If at any time PURCHASER has reasonable grounds to suspect that any measuring equipment is not accurate in any respect, the discrepancy or suspected discrepancy shall be immediately reported to DSC in writing along with any evidence in support of such claim and DSC shall arrange for the testing of the relevant piece of measuring equipment.
6.5 If any piece of measuring equipment fails to register or, upon test, is found not to be within +/- 0.5 percent accuracy then, for the purposes of this Agreement, a reasonable adjustment in accordance with generally accepted engineering practices shall be made correcting all measurements made with that piece of measuring equipment. Such adjustments shall reflect, if determinable, the actual period during which any inaccurate measurements were made. If such period cannot be determined it shall be deemed to be such period as shall be equal to one-half of the time from the date of the previous test of such measurement equipment, provided that the period covered by any such correction shall not exceed 6 months.
Quantity Measurement. The quantity of Ethanol delivered to Cargill shall be established by outbound meter tickets obtained by Producer and expressed in net temperature-corrected gallons in accordance with standards commonly used within the industry in the United States of America. The meter tickets shall be obtained from meters which are certified as of the time of loading and which comply with all applicable laws, rules, and regulations. The outbound meter tickets shall be determinative in absence of manifest error (greater than 0.5% variation) of the quantity of Ethanol for which Cargill is obligated to pay. In the event of manifest error, the Parties will try to resolve such dispute on a commercial level. If the Parties cannot resolve the dispute in such manner, the Parties will resolve the dispute in accordance with Section 7 of the Master Agreement. At Cargill’s request, Producer shall provide Cargill with documentation of the Ethanol Facility’s Ethanol Production.
Quantity Measurement. Quantity measurements shall be taken at HCU 942 meter -------------------- FQ-2251. The following meters shall be used as input to the above calculations: Light Cycle Oil to HCU 942: XX-XXXX EXHIBIT A-19 Heavy Gas Oil from DCU 843 to HCU 942: DCU 843 FE-1000 Heavy Gas Oil from AVU 146 & Light Cycle Oil to HCU 942: HCU 942 FQ-1020 Quality Measurement: Grab samples shall be taken at least (1) time per day and ------------------- analyzed by xxxxxxx and at least (3) times per week and analyzed by gas chromatography. EXHIBIT A-20 Product: Light Naphtha from HCU 942 ------- Target Specification: --------------------- Property Specification Test Method -------- ------------- ----------- Propane 0.17% LV Typical UOP-539 Isobutane 1.59% LV Typical UOP-539 Normal Butane 1.56% LV Typical UOP-539 Butane and Lighter 5.00% LV Maximum UOP-539 Xxxx Vapor Pressure @ 100 degrees F 13.5 PSIG Maximum ASTM D-5191 (Xxxxxxx) Quantity: Xxxxx Company shall sell and Xxxxx shall purchase the portion of this -------- Product produced by Xxxxx Company feedstocks in HCU 942. That portion is calculated as follows:
Quantity Measurement. Quantity measurements shall be taken at HCU 942 meter -------------------- FQ-2575. The following meters shall be used as input to the above calculations: Light Cycle Oil to HCU 942: XX-XXXX Heavy Gas Oil from DCU 843 to HCU 942: DCU 843 FE-1000 Heavy Gas Oil from AVU 146 & Light Cycle Oil to HCU 942: HCU 942 FQ-1020 Quality Measurement: Grab samples shall be taken (3) times per week and analyzed ------------------- for each specification. Product Purchase Agreement Page 35 August 3, 1999 EXHIBIT A-23 Product: Diesel from HCU 942 ------- Target Specification: -------------------- Property Specification Test Method -------- ------------- ----------- API Gravity 30.0 Minimum ASTM D-1298, ASTM D-287, or ASTM D-4052 Corrosion 3 hrs. @ 212 degrees F 1 Maximum ASTM D-130 Viscosity @ 100 degrees F 2.0 cSt Minimum ASTM D-445 Viscosity @ 100 degrees F 3.6 cSt Maximum ASTM D-445 Flash Point 130 degrees F Minimum ASTM D-56 90% 540 degrees F Minimum ASTM D-86 90% 640 degrees F Maximum ASTM D-86 FBP 690 degrees F Maximum ASTM D-86 Color 2.5 Maximum ASTM D-1500 Cloud (September-March) 15 degrees F Maximum ASTM D-2500, ASTM D-5771, or ASTM D-5773 Cloud (April-August) 20 degrees F Maximum ASTM D-2500, ASTM D-5771, or ASTM D-5773 Pour (September-March) 0 degrees F Maximum ASTM D-97, ASTM D-5949, or ASTM D-5950 Pour (April-August) 10 degrees F Maximum ASTM D-97, ASTM D-5949, or ASTM D-5950 Sulfur 0.047 wt% Maximum ASTM D-2622 Cetane Index 42 Minimum ASTM D-976 Ash 0.01 wt% Maximum ASTM D-482 Carbon Residue (Ramsbottom on 10% Bottom) 0.35 Maximum ASTM D-524 BS&W 0.05 Maximum ASTM D-1796 Haze Rating @ 77 degrees F (Procedure 2) 2 Maximum ASTM D-4176 Thermal Stability 90 Minutes 150 degrees C Pad Rating 7 Maximum Dupont Scale OR Oxidation Stability 2.5 mg/100 ml Maximum ASTM D-2274 * Denotes less than Target specifications are based on current fungible transportation diesel fuel namely Colonial 74 Grade Low Sulfur Diesel Fuel. To the extent the specifications change for Colonial 74 Grade Low Sulfur Diesel Fuel the target specifications will be changed accordingly. Quantity: Xxxxx Company shall sell and Xxxxx shall purchase the portion of this -------- Product produced by Xxxxx Company feedstocks in HCU 942. That portion is calculated as follows: Xxxxx Company Diesel = Total Diesel * ( Heavy Gas Oil from AVU 146 to HCU EXHIBIT A-23
Quantity Measurement. The quantity of Ethanol Delivered to Buyer by Seller from the Plant shall be established by outbound meter tickets expressed in net temperature-corrected Gallons in accordance with standards commonly used within the industry in the United States of America. The meter tickets shall be obtained from meters which are certified as of the time of loading and which comply with all applicable laws, rules and regulations. The outbound meter tickets shall be determinative in the absence of manifest error [***] of the quantity of Ethanol for which Buyer is obligated to pay pursuant to Section 10.1.
Quantity Measurement. 6.1 The quantity of Product delivered during any period shall be determined by the Flowmeters and analytical equipment as referred to in Clause 5.3. The quantity of Product delivered will be determined as follows: The percentage of IP in IP/19 multiplied by the volume recorded by Flowmeter X, plus The percentage of IP in IP/60 multiplied by the volume recorded by Flowmeter Y minus the percentage of IP in the return stream from the Pernis IR unit multiplied by the volume recorded by Flowmeter Z.
6.2 The quantity of Polysolvent delivered during any period shall be determined by the Flowmeters and analytical equipment as mentioned in Clause 5.3. The quantity of Polysolvent delivered will be determined as follows: The percentage of Polysolvent in IP/19 multiplied by volume recorded by Flowmeter X, plus The percentage of Polysolvent in IP/60 multiplied by volume recorded by Flowmeter Y minus the percentage of Polysolvent in the return stream from the Pernis IR unit multiplied by volume recorded by Flowmeter Z, 10 (Pernis-Isoprene Monomer-Feedstock Agt.) plus the total amount of the return stream from the Pernis SIS unit as measured by Flowmeter W [note: this will be the stream ex U-4000 to RKW].
6.3 The invoice quantity shall be determined by SNC based on the reading given by its calibrated Flowmeters, or on the level difference in its gauged IP tanks, both corrected for temperature.
6.4 SNC shall be responsible for the upkeep and maintenance of its gauged IP tanks and its calibrated flow meters.
6.5 SNC shall arrange for the testing and calibration of all its gauged IP tanks and calibrated flow meters on a regularly scheduled basis.
6.6 If at any time PURCHASER has reasonable grounds to suspect that any measuring equipment, including the Flowmeters, is not accurate in any respect, the discrepancy or suspected discrepancy shall be immediately reported to SNC in writing along with any evidence in support of such claim and SNC shall arrange for the testing of the relevant piece of measuring equipment.
6.7 If any piece of measuring equipment fails to register or, upon test, is found not to be within +/- 0.5 percent accuracy then, for the purposes of this Agreement, a reasonable adjustment in accordance with generally accepted engineering practices shall be made correcting all measurements made with that piece of measuring equipment. Such adjustments shall reflect, if determinable, the actual period during which any inaccurate measurements were made. If such period...
Quantity Measurement. 6.1 In the case of quantities delivered to Wesseling, the invoice quantity shall be determined by SUPPLIER based on the level difference in the gauged SM tanks or on the reading given by the calibrated flow meters, both corrected for temperature. If either cannot be determined, the ship tank calibration measurement will be used, also corrected for temperature. In the case of quantities delivered to Pernis Plant or to Berre Plant the invoice quantity shall be determined by SUPPLIER or SHELL CHIMIE, as the case may be, based on the reading given by the Calibrated Meter.
(a) PURCHASER shall be responsible for procuring the upkeep and maintenance of the gauged SM tanks and the calibrated flow meters at Berre Plant;
(b) SUPPLIER shall be responsible for the upkeep and maintenance of its gauged SM tanks and its calibrated flow metersat Pernis.
Quantity Measurement. The quantity of Ethanol Delivered to Buyer by Seller from the Plant shall be established by outbound meter tickets expressed in temperature-corrected Net Gallons in accordance with standards commonly used within the industry in the United States of America. The meter tickets shall be obtained from meters which are certified as of the time of loading and which comply with all applicable laws, rules and regulations. The outbound meter tickets shall be determinative in the absence of manifest error (greater than 0.5% variation) of the quantity of Ethanol for which Buyer is obligated to pay pursuant to Section 11.1. Seller shall provide copies of meter tickets when requested by Buyer.
Quantity Measurement. Quantity measurements shall be calculated by changes in -------------------- Unfinished Naphtha inventory utilizing standard yield accounting methods. Quality Measurement: Quality measurements for each component are described in ------------------- Attachments I and II below. Attachment I ------------ Component: Light Naphtha from AVU 146 --------- Target Specification: -------------------- Property Typical Test Method -------- ------- ----------- IBP 90 degrees F ASTM D-86 5% 128 degrees F ASTM D-86 10% 140 degrees F ASTM D-86 30% 168 degrees F ASTM D-86 50% 189 degrees F ASTM D-86 70% 209 degrees F ASTM D-86 90% 235 degrees F ASTM D-86 95% 249 degrees F ASTM D-86 FBP 267 degrees F ASTM D-86 N+A 27.7% LV ASTM D-5134 - Modified to C-15 Quantity: For days that Unfinished Naphtha is excessed to inventory, Xxxxx -------- Company shall sell and Xxxxx shall purchase the "Xxxxx Company Share" of the partial output of this Product boiling above 195 degrees F as defined above.
Quantity Measurement. Quantity measurements shall be calculated by changes in -------------------- Unfinished Diesel inventory utilizing standard yield accounting methods. The following meters shall be used as input to the above calculations: Total Light Cycle Oil from FCCU 1241: FCCU 1241 FC-1247 Light Cycle Oil to Cutter: Pump St. 379 FRC-201 Light Cycle Oil to HCU 942: XX-XXXX Diesel Charge to GFU 241: XX-XXXX Diesel from AVU 146: See Attachment I Light Gas Oil from DCU 843: See Attachment II Quality Measurement: Quality measurements for each component is described in ------------------- Attachments I and II below. Attachment I ------------ Component: Diesel from AVU 146 --------- Product Purchase Agreement Page 8 August 3, 1999 EXHIBIT A-5 Target Specification: --------------------- Property Specification Test Method -------- ------------- ----------- 90% 540 Degrees F Minimum ASTM D-86 90% 640 Degrees F Maximum ASTM D-86 FBP 690 Degrees F Maximum ASTM D-86 Flash Point 130 Degrees F Minimum ASTM D-93 Target specifications are based on current fungible transportation diesel fuel namely Colonial 74 Grade Low Sulfur Diesel Fuel. To the extent the specifications change for Colonial 74 Grade Low Sulfur Diesel Fuel the target specifications will be changed accordingly.
