Corrosion Control. Lessee shall carry out such work as may be required for the control of corrosion, including without limitation, periodic inspections by penetration of fuel tanks, periodic inspection and clean-up under galleys, forward and aft cargo pit areas and lavatories, periodic treatment of all mild corrosion and correcting of all moderate and severe or exfoliation corrosion in accordance with the Maintenance Program.
Corrosion Control. The Company shall carry out at its expense such work as may be required for the control of corrosion in accordance with the Approved Maintenance Program.
Corrosion Control. In addition to the above, Corrosion Control proposed by Contractor must comply with at least, but not limited to the following requirements: • Fasteners and hardware throughout system shall be stainless steel or material of equivalent corrosion resistance • Racking components shall be anodized aluminum, hot-dipped galvanized steel, or material of equivalent corrosion resistance • Unprotected steel not to be used in any components • Each PV system and associated components must be designed and selected to withstand the environmental conditions of the site (e.g., snow, temperature extremes, winds, rain, flooding, etc.) to which they will be exposed.
Corrosion Control. 23 9.09 Modifications ................................................ 23 9.10 Possession; Subleasing; Equipment Substitution ............... 24 9.11 Repairs ...................................................... 25 9.12
Corrosion Control. In addition to the above, Corrosion Control proposed by Seller must comply with the following requirements: • Fasteners and hardware throughout system shall be stainless steel, galvanized steel, or material of equivalent corrosion resistance • Racking components shall be aluminum, galvanized steel, or material of equivalent corrosion resistance • Unprotected steel not to be used in any components • Each PV system and associated components must be designed and selected to withstand the environmental conditions of the site (e.g., snow, temperature extremes, winds, rain, flooding, etc.) to which they will be exposed.
Corrosion Control. Lessee shall adopt and incorporate in the ----------------- Maintenance Program specific measures for the control of corrosion in conformance with the Airframe manufacturer's corrosion prevention manual, and shall carry out such work as may be required to comply therewith, including without limitation, periodic inspections by penetration of fuel tanks, periodic inspection and clean-up under cargo areas and periodic treatment of all mild and moderate corrosion and correcting of all severe or exfoliated corrosion in accordance with the Maintenance Program.
Corrosion Control. 24 9.09 MODIFICATIONS .............................................. 24 9.10 POSSESSION; SUBLEASING; EQUIPMENT SUBSTITUTION ............. 24 9.11 REPAIRS .................................................... 26 9.12
Corrosion Control. SRNL will perform analytical services on samples needed to support the corrosion control program in the F and H Tank farms, as requested by SRR. 773-A is the primary provider of analytical services for Corrosion Control (CC) samples. Analytical Laboratories (772- F/1F) may be able to provide some backup analytical services for CC samples.
Corrosion Control. The corrosion control proposed by Offeror must comply with the following requirements: • Fasteners and hardware throughout system shall be stainless steel or material of equivalent corrosion resistance • Racking components shall be anodized aluminum, hot-dipped galvanized steel, or material of equivalent corrosion resistance • Unprotected steel not to be used in any components • Each System and associated components must be designed and selected to withstand the environmental conditions of the site (e.g., temperatures, winds, rain, flooding, etc.) to which they will be exposed.
Corrosion Control. Xxxxxxxxx uses process design as a tool in avoiding conditions that lead to corrosion problems in nitric acid plants. The temperature cut-off points for heat recovery in gas to gas exchangers in the tail gas and the air heaters have been selected specifically to avoid corrosion problems associated with condensing acid from process gas on the inside tube walls at the low temperature end of each unit. Acid condensation from process gas takes place only within the tubes of the cooler-condenser, which features zirconium tubes and zirconium-clad S.S. tube sheets for long life in this corrosive environment.
