Fluidstorage

Fluidstorage is a broad term used to describe systems and components designed to contain and manage liquids and gases. It encompasses containers, tanks, and reservoirs used to store fluids for supply, processing, or safety. Typical implementations include above-ground tanks made of steel, fiberglass, or reinforced concrete; underground storage tanks for fuels and chemicals; pressurized vessels for gases; and cryogenic tanks for ultra-low temperatures. Storage infrastructure may also include secondary containment, substructure, vents, level and pressure sensors, and piping networks.

Key considerations include material compatibility with the stored fluid to prevent corrosion or chemical reactions, structural integrity to avoid leaks, and leak detection and spill containment to minimize environmental impact. Pressure and temperature control are important for gases and volatile liquids, and regulatory requirements often govern design, testing, and maintenance. Common performance metrics are storage volume, fill rate, headspace, and precision of level measurement.

Applications span municipal water and wastewater systems, fuel distribution and storage, chemical processing, and industrial energy storage. Modern fluidstorage increasingly relies on digital monitoring, with sensors, telemetry, and automated shutoff to improve safety and efficiency. Environmental and safety concerns drive the use of double-walled tanks, corrosion-resistant linings, secondary containment, and regular inspection regimes.

See also: storage tank, reservoir, and vessel.