Process Engineer at Formosa Plastics Corporation USA
Point Comfort, Texas, United States -
Full Time


Start Date

Immediate

Expiry Date

16 Aug, 26

Salary

0.0

Posted On

18 May, 26

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

No

Skills

Hydrocarbon Distillation System Design, Mass and Energy Balance Simulation, Hydraulic Transportation System Design, Flare System Design, Cooling Water System Calculation, Heat Exchanger Design, Pressure Safety Valve Sizing, Wastewater Treatment Design, Process Revamping, Equipment Specification

Industry

Plastics Manufacturing

Description
For consideration, all Formosa employees interested in applying for this position, please submit an updated resume. Also, complete and attach the Job Opportunity Request Form with appropriate signatures required as a supporting document. Formosa Plastics Corporation, Texas, located in Point Comfort, Texas (jobsite), is looking for a full-time Process Engineer with a Bachelor’s degree in Chemical Engineering and 1 year related work experience. Job duties include designing and implementing hydrocarbon distillation system, simulating the static state of mass and energy balance for the distillation towers, designing and implementing hydraulic transportation system, calculating the hydraulic requirements for flare and cooling water system, designing and implementing heat exchanger, performing pressure safety valve recognition and sizing, designing and implementing wastewater, waste and sewage treatment system to remove the contaminants, developing process revamping to reduce water and energy consumption, designing and implementing the flare system, and preparing detailed specifications for the equipment. Send resume to P.O. Box 700, 201 Formosa Drive, Point Comfort, Texas 77978 Attn: HR Manager. REF# 692Z
Responsibilities
The role involves designing and implementing hydrocarbon distillation, hydraulic transportation, and wastewater treatment systems. Responsibilities also include performing safety valve sizing and developing process revamping to optimize water and energy consumption.
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