Thermal, hydraulic and mechanical design of a product cooler from heat duty to the pressure-retaining equipment.

Condensation, cooling-water demand, pressure drop and stability verification of a condenser operating under vacuum.

Systematically determine evaporation duty, heating area, circulation hydraulics and pressure parts of a kettle reboiler.

Design regeneration, pasteurisation, cooling and pressure drop of a multi-zone plate heat exchanger.

Design heat-up and cooldown time, agitator duty, jacket and pressure vessel together for a batch reactor.

Determine oil flow, heater area, film temperature, piping, pump and protection for a thermal-oil system.

Design fill volume, heat loss, insulation, tracing and pressure/vacuum behaviour of a storage tank.

Determine disengagement area, liquid holdup, two-phase inlet, pressure vessel and saddles for a horizontal separator.

Design gas velocity, droplet separation, liquid holdup, skirt and wind loading of a vertical separator.

Determine pipe diameter, system curve, operating point, NPSH, control valve and surge for a transfer duty.

Coordinate pressure budget, orifice, control valve, piping and operating range of a metering and control station.

Calculate compression work, discharge temperature, aftercooler, condensate and separator as one integrated system.

Determine finned area, tube rows, airflow, pressure drop and fan power for a process air cooler.

Determine air states, condensate, cooling and reheating duty and fan demand for a dehumidification system.

Determine flue-gas balance, steam duty, area, stack loss, acid dew point and draught for a waste-heat boiler.

Design multicomponent separation, energy demand, reboiler, condenser and mechanical column as one system.

Determine drying time, heat duty, vapour rate, vacuum resistance and cycle life of a heated agitated dryer.

Assess bulk-solid properties, filling/discharge loads, hopper pressure, wind and seismic actions on a process silo.

Design fermentation heat removal, cooling jackets, cooldown, CO₂ pressure, shell and support together.

Design shell, heads, nozzles, flanges, MDMT, test pressure, saddles and relief valve to ASME VIII-1.

Verify tightness, bolt loads, flange rotation and assembly condition of a hot flanged joint to EN 1591-1.

Assess recurring flange leakage and systematically improve gasket, bolts, flange configuration and assembly.

Verify local stresses at a complex nozzle-to-shell junction using analytical screening and a FELV finite-element model.

Classify pressure, temperature and operating cycles and verify allowable cycle counts for critical vessel details.

Classify FEA stresses, assess elastic fatigue and determine allowable load cycles to ASME VIII-2.

Transform and combine piping forces and moments and verify their local shell effects at a vessel nozzle.

Assess external piping loads at a spherical-shell nozzle using EN and WRC methods and identify critical regions.

Design lifting lugs, trunnions and local shell resistance for transport, crane lifting and vessel erection.

Verify support brackets, welds and local shell effects from weight, wind, seismic and piping loads.

Assess measured out-of-roundness, external pressure and stiffener spacing for vacuum-vessel stability.

Verify bulk-solid loads, cylindrical shell, ring stiffeners, hopper and roof of a steel silo as one Eurocode design.

Verify hopper wall, cylinder-to-hopper transition and ring support under bulk-solid, support and asymmetric loads.

Determine thermal movement, spring forces, pressure thrust, stability and fatigue life of a piping expansion bellows.

Design routing, supports and thermal expansion so that piping and equipment-nozzle limits are met together.

Verify tubesheet forces, differential thermal expansion and cyclic loading of a fixed-tubesheet exchanger together.

Design duty, U-tube bundle, pressure drop, vibration resistance and tubesheet for a large temperature difference.

Determine droplet size, mesh loading, pressure drop and separator geometry required to reduce liquid carry-over.

Assess flooding, weeping, entrainment and pressure drop of a tray column and determine its maximum reliable capacity.

Assess runaway heat release, pressure rise, two-phase venting and required emergency-relief area of a reactor.

Assess fire heat input, vaporisation, relief capacity and mechanical design of a horizontal LPG storage vessel.