API 650 is the global standard for large, atmospheric storage tanks, designed for hydrostatic load, not internal pressure. The choice between a Fixed Roof (for water, fuel oil) and a Floating Roof (for crude oil) depends on product volatility to prevent emissions. The standard integrates other codes like ASTM (materials) and ASME (welding) for field erection and testing.
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Skid-Mounted Units are “plug-and-play” solutions where complex industrial systems (pressure vessels, piping, automation) are factory-integrated onto a single steel frame. This modular approach accelerates projects through “parallel processing,” reduces risks via factory acceptance testing (FAT), and lowers the total installed cost compared to traditional stick-built methods.
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Three global standards (ASME, EN 13445, AD 2000) ensure pressure vessel safety. The US-based ASME is a “rule-based” code, dominant in oil & gas, often resulting in heavier designs. The EU’s EN 13445 is “performance-based,” allowing lighter, cost-optimized designs and requiring a CE mark. AD 2000 (German) is highly detailed. Selection depends on the market, customer specs, and design optimization.
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High-Pressure Gas Vessels are critical systems storing CNG, hydrogen, and industrial gases. Their design relies on material science (fracture toughness) and stress analysis (hoop stress). Safety is ensured by strict international standards like ASME, ISO, and ADR, NDT (Radiographic/Ultrasonic), and mandatory hydrostatic testing. They are used in energy and chemical industries, especially for the hydrogen economy.
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Air Tanks are the heart of compressed air systems, optimizing compressor cycles, meeting peak demand, and separating moisture. Designed and built to international standards like ASME and EN (CE/U stamped), these pressure vessels include safety fittings like relief valves. Correct sizing and regular water draining are critical for efficiency and safety.
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Dewar tanks are portable, vacuum-insulated cryogenic storage tanks for liquids like LIN, LOX, LAR. Safer, more efficient, and higher capacity than high-pressure cylinders, they feature integrated pressure-building and economizer circuits. Used in healthcare, labs, and industry, they adhere to standards like EN 1251. Vacuum integrity and safety valve checks are crucial.
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Microbulk storage systems are a modern alternative to traditional cylinder bundles. These vacuum-insulated cryogenic tanks store LIN, LOX, and LAR gases more safely, efficiently, and cost-effectively. Compliant with TPED/ADR standards, these systems, monitored remotely via telemetry, ensure uninterrupted supply, reduce operational costs, and offer a fast return on investment.
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Cryogenic tanks (LIN, LOX, LAR) are high-tech storage solutions vital for industry. Designed to ASME and EN standards, these vacuum-insulated tanks (Microbulk/Bulk) offer superior efficiency over cylinders. Safety, telemetry monitoring, and maintenance are critical. Cryotanx provides expert engineering, ROI analysis, and full support as a strategic partner.
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LNG tanks are critical infrastructure storing flammable liquid at -162°C. They are subject to strict international standards like API 625, EN 14620, ASME, and the IMO IGF code. These double-walled, vacuum-insulated tanks, made from special materials (e.g., 9% Nickel Steel), are used in energy terminals, industry, and maritime. Cryotanx offers custom engineering solutions in this field.
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