Reeya engineering is involved in the field of engineering design for pressure vessels, heat exchangers, condensers, dryers, columns, petroleum tanks, lpg storage tanks, structures, skid & supports, vessels, storage tanks, air receivers, air separators, oil containers, oil tanks based on is, bs, tema, api, astm, ansi, din codes & standards.

Development of conceptual process scheme � develop simulation model of process plant � preparation of process flow diagram with heat & material balance � preparation of process specification of equipment � preparation of p&id showing equipment specification, line sizing, piping specification, instrumentation and controls, insulation etc. � preparation of line list, instrument specifications � prepare the basic engineering package

• develop thermal design of shell & tube heat exchanger & air fin coolers • re-rating of shell & tube heat exchanger & air fin coolers • trouble shooting or de-bottle-necking of heat exchanger.

Static equipment design and engineering drawings: • mechanical design of pressure vessels, heat exchangers, tall towers, towers, and reaction vessels, air fin coolers using renowned computer software’s like pvelite – design codes used asme tema is 2825. • design and detailing of air fin coolers. • generation of mechanical data sheet and general arrangement drawings. • preparation of fabrication drawings using autocad. • review and checking of vendor drawings and design calculation. • mechanical design of large storage tanks using in-house developed excel sheets – design codes used api 650 is 803. • design of under ground vessels as per smpv (u) 1981

Reeya engineering is involved in the field of engineering design for pressure vessels, heat exchangers, condensers, dryers, columns, petroleum tanks, lpg storage tanks, structures, skid & supports, vessels, storage tanks, air receivers, air separators, oil containers, oil tanks based on is, bs, tema, api, astm, ansi, din codes & standards.

Development of conceptual process scheme � develop simulation model of process plant � preparation of process flow diagram with heat & material balance � preparation of process specification of equipment � preparation of p&id showing equipment specification, line sizing, piping specification, instrumentation and controls, insulation etc. � preparation of line list, instrument specifications � prepare the basic engineering package

• develop thermal design of shell & tube heat exchanger & air fin coolers • re-rating of shell & tube heat exchanger & air fin coolers • trouble shooting or de-bottle-necking of heat exchanger.

Static equipment design and engineering drawings: • mechanical design of pressure vessels, heat exchangers, tall towers, towers, and reaction vessels, air fin coolers using renowned computer software’s like pvelite – design codes used asme tema is 2825. • design and detailing of air fin coolers. • generation of mechanical data sheet and general arrangement drawings. • preparation of fabrication drawings using autocad. • review and checking of vendor drawings and design calculation. • mechanical design of large storage tanks using in-house developed excel sheets – design codes used api 650 is 803. • design of under ground vessels as per smpv (u) 1981