CONSTRUCTION OF PROCESS PIPING SYSTEMS AND PUMPING STATIONS

Design and installation solutions for chemical and petroleum piping networks (Process Piping) and high-capacity pumping stations. Systems are constructed strictly to ASME B31.3 standards, integrating industrial valves and measurement instruments to optimize flow and safely control pressure.

Project Description

Specialized Process Piping and Pumping Infrastructure Solutions

Alongside storage tanks, the process piping network and pumping stations form the crucial "circulatory system" of any energy or chemical manufacturing plant. Newtech’s industrial piping construction services are engineered to ensure the fluid transportation (gasoline, oil, hazardous chemicals) is exceptionally smooth, highly pressure-resistant, and entirely leak-proof.

Technical Characteristics of Newtech Piping Systems

  • ASME B31.3 Compliance: The entire process piping system constructed by Newtech stringently adheres to the ASME B31.3 standard, guaranteeing exact pipe wall thickness, precise mechanical connection methods, and dynamic pressure load tolerance in accordance with international codes.

  • Hydraulic and Flow Optimization: The system is meticulously calculated for pump head, friction loss, and water hammer phenomena. This precise engineering stabilizes the fluid flow and protects the lifespan of the heavy-duty pump clusters.

Equipment Synchronization and Safety Systems

  • Integration of Valves and Instrumentation: Precise installation of isolation valves, Pressure Relief Valves (PRV), control valves, and critical instruments measuring pressure, flow rate, and temperature.

  • Corrosion Control: Piping networks are coated with high-grade epoxy primers and polyurethane (PU) topcoats to prevent severe environmental corrosion, combined with specialized thermal insulation jacketing for high/low-temperature pipelines.

  • Pressure Testing: Before final handover, the entire system must undergo severe Pressure Testing (Hydrostatic or Pneumatic) at levels significantly exceeding normal operating pressures to conclusively prove mechanical integrity.

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