Metal. CNG-2 Metal liner reinforced with resin impregnated continuous filament (hoop wrapped) CNG-3 Metal liner reinforced with resin impregnated continuous filament (fully wrapped) CNG-4 Resin impregnated continuous filament with a non-metallic liner (all composite) Service conditions to which the cylinders will be subjected are detailed in paragraph 4. of this annex. This annex is based upon a working pressure for natural gas as a fuel of 20 MPa settled at 15 °C with a maximum filling pressure of 26 MPa. Other working pressures can be accommodated by adjusting the pressure by the appropriate factor (ratio). For example, a 25 MPa working pressure system will require pressures to be multiplied by 1.25. The service life of the cylinder shall be defined by the manufacturer and may vary with applications. Definition of service life is based upon filling the cylinders 1,000 times a year for a minimum of 15,000 fills. The maximum service life shall be 20 years. For metal and metal-lined cylinders, the cylinder life is based upon the rate of fatigue crack growth. The ultrasonic inspection, or equivalent, of each cylinder or liner is required to ensure the absence of flaws which exceed the maximum allowable size. This approach permits the optimized design and manufacture of light weight cylinders for natural gas vehicle service. For all-composite cylinders with non-metallic non-load bearing liners the "safe life" is demonstrated by appropriate design methods, design qualification testing and manufacturing controls.
Metal seated or Teflon seal ring-seated butterfly valves for special service applications will be of the wafer or lug-wafer type and will be designed for installation between ANSI flanges. The use of these valves will be in accordance with the pressure temperature ratings specified by the manufacturer. Bronze Body Valves Bronze gate and globe valves 2 inches and smaller will have union bonnet joints and screwed ends. Bronze gate and globe valves used in control air service will have braze joint ends. Gate valves will be inside screw, rising stem type with solid wedge disks. Globe valves will have renewable seats and disks. Bronze check valves 2 inches and smaller will be Y-pattern, swing disk type or guided piston type designed for satisfactory operation on both horizontal piping and vertical piping with upward flow. -------------------------------------------------------------------------------- Proprietary Information Page 32 AES IRONWOOD CONTRACT FINAL ISSUE - OCTOBER 30, 1998 -------------------------------------------------------------------------------- 2x1 501G REFERENCE PLANT APPLICATION HANDBOOK -------------------------------------------------------------------------------- MECHANICAL ENGINEERING DESIGN CRITERIA -------------------------------------------------------------------------------- Bronze valves 2-1/2 inches and larger will have bolted flange bonnet joints and flanged ends. Gate and globe valves will be of the outside screw rising stem construction. Gate valves will have either integral or renewable seats. Globe valves will have renewable seats. The use of these valves will be in accordance with the pressure temperature ratings specified by the manufacturer and in accordance with the criteria established in MSS SP-80. Bronze valves will generally be Class 200 and will be limited to service with piping systems having design pressures of 200 psi or less, and design temperatures of 150F or less. Bronze valves will generally be limited to a size of 3 inches or less. Plug Valves Plug valves will be of the eccentric, lubricated, or Teflon sleeve plug type, as required by the service. Plug valve bodies will conform to the requirements of ANSI for dimensions, material thicknesses, and material specifications. Bonnets will be of the bolted flange type. Body ends will be flanged, faced, and drilled for installation between ANSI flanges. The use of these valves will be in accordance with the pressure temperature ratings specified by the manufacturer.
Metal. 9.1 On vertical piping and vessels "s" clips should be used while installing metal. Also, "j" clips or “u” clips should be used to hold bands on all vessels. The “j” or “u” clips shall be installed at a minimum of 6 feet apart. On 1-1/4" corrugated metal or larger, .040 SS S-clips shall be used with a minimum of two (2) clips per sheet.
9.2 Self-tapping sheet metal screws or pop rivets should be used to eliminate fish mouths.
9.3 Bands shall be no further apart than 12 inches on piping.
9.4 On vessels over 12 feet in diameter, bands shall have expansion springs.
9.5 Cutouts for manholes and larger holes on vessels shall be made from two pieces of metal.
9.6 Gores and lunes shall both be crimped and beaded. Screws and pop rivets shall be installed no further than 8 inches apart along laps.
9.7 On large corrugated sheets, the lap shall be 1 and 1/2 corrugations minimum.
9.8 Cutouts shall be within 1/8 of an inch of the surface cut out for.
9.9 All metal shall be installed for watershed.
9.10 Expansion joint sleeves shall have the bands, screws, or any other fasteners left off one end, to allow for expansion.
9.11 Caulking shall be used in a 1/4 inch bead and smoothed to a fine finish.
9.12 Flashing will be used on all heads of vertical tanks when necessary for watershed.
9.13 Chokers for bands shall be made of stainless steel wire and double tied.
9.14 No Staples shall be used on metal.
9.15 Metal shall have no exposed straight cut leading to any cutouts unless proper backing is used.
9.16 When PVC plastic covers are used with metal outdoors, they shall be coated with a protective finish. Metal elbows shall be applied so the heel is tightly lapped.
9.17 End caps and conicals shall be secured to the adjacent metal with screws or pop rivets at ¼ intervals at a minimum.
9.18 Where screws are used to secure metal jacketing they will be installed on 6 inch centers minimum.
9.19 Caulking shall be used on cutouts and laps exposed to weather.
9.20 Metal end caps are required with metal jacketing. PVC or mastic is not to be used.
Metal. In addition, any commercial kitchen must provide separation, storage and collection of kitchen scraps and other compostable materials.
Metal. On vertical piping and vessels "s" clips should be used while installing metal. Also, "j" clips or “u” clips should be used to hold bands on all vessels. The “j” or “u” clips shall be installed at a minimum of 6 feet apart. On 1-1/4" corrugated metal or larger, .040 SS S-clips shall be used with a minimum of two (2) clips per sheet.
Metal. (a) The Parties acknowledge that, subject to the Parties’ obligations regarding soft tolling set forth in Section B.1(a) of Exhibit C, soft tolling of metal is a part of this Amended and Restated Agreement. To that extent, CCB, on behalf of the Bottlers, shall provide Rexam with reasonable advance notice of any change in designated aluminum suppliers (and such newly designated supplier shall be a qualified first tier metal sheet producer, or second tier sheet producer reasonably acceptable to Rexam), no later than 120 days prior to implementing such change to this Amended and Restated Agreement (excluding 2006, which has been dealt with as of the date hereof to the Parties’ mutual satisfaction). Notwithstanding the foregoing, in the event of an actual, material quality problem or shortfall in the metal supplied to Rexam, Rexam shall retain the right to qualify or disqualify any of CCB’s designated aluminum supplier(s) provided, however, that the criteria used to disqualify such supplier(s) was pre-existing (i.e., in effect prior to the execution hereof), was uniformly established for all aluminum suppliers to Rexam, and was disclosed to CCB and agreed upon prior to the execution hereof; and provided further that Rexam provide CCB with reasonable advance written notice of the effective date of any such disqualification. Upon any such notice of disqualification, the Parties will discuss a mutually agreeable aluminum supplier, and the Parties shall agree to use any other aluminum supplier if such supplier is then qualified by Rexam as set forth above (Rexam agrees to provide CCB a listing of all aluminum suppliers qualified to do business with Rexam, which list may be updated quarterly, as needed). In the event a supplier not currently qualified to supply Rexam is required for supply reasons currently unforeseen by Rexam or CCB, and the Parties cannot reach agreement on such an unqualified aluminum supplier within [***] days from the date of such disqualification, Rexam may use any other aluminum supplier so long as such aluminum meets the specifications contained in this Amended and Restated Agreement, and (ii) if, and only if so agreed to by Rexam and CCB, all incremental cost adjustments, if any, to implement such new aluminum supplier are borne by the Bottlers for the anticipated period of time required (not to exceed one hundred and twenty (120) days), or until a mutually agreed to supplier is found.
(b) At any time during the Term of this Amended and Re...
Metal. (a) Each Party undertakes to lease, or to cause its respective Affiliates to lease, to the Joint Venture, for so long as it retains an Ownership Interest in the Company, Metal as follows:
(i) SG Topco shall lease, or cause its Affiliates to lease, to OC Parent (which OC Parent shall then sublease to the Joint Venture) an aggregate amount of Metal equal to the SG Required Aggregate Lease Quantity of Metal in accordance with the terms of the Master Lease Agreement.
(ii) OC Topco shall lease, or cause its Affiliates to lease to the Company, at all times an aggregate amount of Metal equal to the difference between (x) the Metal required by the Joint Venture for the operation of the Business and (y) the SG Required Aggregate Lease Quantity of Metal, in accordance with the terms of the OC Master Lease Agreement.
(b) At Closing, (i) SG Topco shall enter, and shall cause its relevant Affiliates to enter, into a master lease agreement with OC Parent, substantially in the form attached hereto as Schedule 4.5(b)(i) (the “SG Master Lease Agreement”), (ii) OC Topco shall enter, and shall cause its relevant Affiliates to enter, into a master lease agreement with the Company or its Subsidiaries, substantially in the form attached hereto as Exhibit C to the SG Master Lease Agreement (the “OC Master Lease Agreement” and, together with the SG Master Lease Agreement, the “Master Lease Agreements”). To secure the performance by the Joint Venture of its payment and other obligations to SG Topco and its Affiliates, as appropriate, under the SG Master Lease Agreement, at Closing the Parties shall enter, and shall cause their relevant Affiliates to enter into an intercreditor agreement with the Company substantially in the form set forth in Schedule 4.5(b)(ii) (the “Intercreditor Agreement”). Prior to the Closing Date, the Parties will review together, on a jurisdiction by jurisdiction basis, whether the lease and sub-lease of Metal contemplated in the Master Lease Agreements can be implemented in accordance with the terms thereof. In the event that local laws do not allow or make the operations contemplated by the Master Lease Agreements materially onerous for the SG Parties and/or the OC Parties, the Parties agree to find an alternate solution reasonably acceptable to both of them, on or prior to the Closing Date. Such solutions will, on an aggregate basis, be consistent with the SG Master Lease Agreement and the Intercreditor Agreement.
(c) The Parties agree that the Joint Ven...
Metal. (i) The information provided in the Metal Reconciliation Certificate shall be true and accurate as of the Closing Date.
(ii) The quantity of Metal in Metal containing refractory materials used in the calculation SG Owned Metal Book Quantity in SG’s Business as of March 1, 2007 was 61.1 kg of platinum and 9.0 kg of rhodium as set forth on Exhibit F.
(iii) No Metal containing refractory materials used in SG’s Business or Metal recovered from refractory materials used in SG’s Business has been sold by or removed from SG’s Business since March 1, 2007.
Metal. Any precious metal (including but not limited to gold, silver, platinum, palladium, rhodium, iridium, rhenium and ruthenium) meeting the applicable specifications provided herein. A separate Account shall be maintained for each Metal and all obligations and undertakings herein with respect to any Metal shall be computed and performed separately for each Metal.
Metal. CNG-2 Metal liner reinforced with resin impregnated continuous filament (hoop wrapped) CNG-3 Metal liner reinforced with resin impregnated continuous filament (fully wrapped) CNG-4 Resin impregnated continuous filament with a non-metallic liner (all composite)
