T/CIATA 0029-2020 Fiber Reinforced Plastic Fiber optic Composite Continuous Blow Out Hose
T/CIATA 0029-2020 Fiber Reinforced Plastic Fiber optic Composite Continuous Blow Out Hose
Basic Information
Scope
Scope: This standard specifies the terms and definitions, products, requirements, test methods, inspection rules, marking, packaging, transportation, and storage of fiberglass-reinforced plastic coated composite continuous tubing for cable laying. This standard applies to fiberglass-reinforced plastic coated composite continuous tubing (hereinafter referred to as composite tubing) used for laying power cables, signal cables, and other cables in the tubing body. It is mainly used in rodless oil extraction systems of oil wells where the well fluid temperature does not exceed 85°C and the pressure does not exceed 32MPa; it is particularly suitable for oil wells with high crude oil viscosity and prone to wax deposition, allowing dynamic monitoring and control of submersible electric pumps, liquid temperature, and liquid level submergence. Main technical content: This standard specifies the terms and definitions, products, requirements, test methods, inspection rules, marking, packaging, transportation, and storage of fiberglass-reinforced plastic coated composite continuous tubing for cable laying. This standard applies to fiberglass-reinforced plastic coated composite continuous tubing (hereinafter referred to as composite tubing) used for laying power cables, signal cables, and other cables in the tubing body. It is mainly used in rodless oil extraction systems of oil wells where the well fluid temperature does not exceed 85°C and the pressure does not exceed 32MPa; it is particularly suitable for oil wells with high crude oil viscosity and prone to wax deposition, allowing dynamic monitoring and control of submersible electric pumps, liquid temperature, and liquid level submergence. Fiberglass-reinforced plastic coated composite continuous tubing is a downhole tubing produced, transported, and installed continuously, consisting of a tubing body and end connectors. The length of the tubing body is determined by the depth of the well, with no connectors in between. T