LCY Elastomers LP (LCY Chemical Group) • Plant Manager (6/1/2022~Present) / Deputy Plant Manager (8/30/2021~5/31/2022) - Baytown plant in USA − Lead a whole plant team with 55 company employees and 34 contract employees to reach targets on EHS, production, technical and maintenance.− Lead the team to solve the problems, enhance the process performance and reduce unplanned downtime. The internal unplanned downtime is reduced from 19.6% in 2021 to 3.5% in 2024. The scrap… Show more LCY Elastomers LP (LCY Chemical Group) • Plant Manager (6/1/2022~Present) / Deputy Plant Manager (8/30/2021~5/31/2022) - Baytown plant in USA − Lead a whole plant team with 55 company employees and 34 contract employees to reach targets on EHS, production, technical and maintenance.− Lead the team to solve the problems, enhance the process performance and reduce unplanned downtime. The internal unplanned downtime is reduced from 19.6% in 2021 to 3.5% in 2024. The scrap ratio is reduced from 2.9% in 2021 to 1.5% in 2024. Maintenance cost is reduced about 0.5 million USD in 2024 compared to the cost in 2021− Lead the team to finish several projects including the new BD tank and underground piping project LCY GRIT (LCY Chemical Group)• Technical Manager (6/1/2020~8/29/2021) / Senior Engineer (8/27/2018~5/31/2020) - Engineering Division in Taiwan− Process improvement and trouble-shooting for the plants in different business unit. Some projects are listed below:• De-bottleneck column internal to increase the quality of electric grade isopropanol and succeed to pass the PI run for customer TSMC. Rating, sizing and redesigning the structure packing and distributors for this project. • Trouble shoot for the Styrene purification system. Reduce PA (Phenyl-Acetylene) in Styrene to reach plant’s requirement and to improve the quality of the new SEBS product.• De-bottleneck solvent column system and improve its control system in Baytown plant.− Host the HAZOP and LOPA evaluation meeting in SG plant (Certificate in Functional Safety Engineer TÜV Rheinland ID-No.: #18268 / 19)− Cooperate RD teams to develop a new product IR latex. Simulate the process and scale up the process Show less

-Iron Making Process Development Section, Iron & Steel Research & Development Dept.-New iron-making process development-Process improvement for sinter plant-Treatment of vent gas and process design-Recovery of valuable elements from the residues

−Extensive experience in basic design, specification assessment, process hazard analysis (PHA), inspections of piping and equipment, plant construction and start-up.−Leading some research and development on new products and processes, ex. IPA, IB and EODH projects.−Process improvements and trouble-shooting.- Develop a new process for isopropanol.* IPA Project with 84 kTA productivity in Panjin city, China—Awarded for CCP’s Remarkable Contribution in 2014.* Reducing 1 million… Show more −Extensive experience in basic design, specification assessment, process hazard analysis (PHA), inspections of piping and equipment, plant construction and start-up.−Leading some research and development on new products and processes, ex. IPA, IB and EODH projects.−Process improvements and trouble-shooting.- Develop a new process for isopropanol.* IPA Project with 84 kTA productivity in Panjin city, China—Awarded for CCP’s Remarkable Contribution in 2014.* Reducing 1 million USD steam consumption per year by heat integration.* Saving 6 million USD capital cost of the pilot plant, which is estimated by 30% cost of the commercial plantDevelop a new process to produce isobutylene * Heading the new plant, IB plant, development in DTBP project with 30 kTA productivity in isobutylene and 17 kTA productivity in methanol in Changhua Coastal Industrial Park, Taiwan.* Reducing 800k USD steam consumption per year by heat integration.* Saving 2.3 million USD capital cost of the pilot plant, which is estimated by 30% cost of the commercial plant-Leading the development of EODH project, shale gas application in USA, with capacity in 311 kTA ethylene and 250 kTA acetic acid.-Implement the simulation and basic design for 460 kTA acetic acid plant in Mailao Taiwan.-Implement the simulation and basic design for 400 kTA phenol for PN2 project in Changshu China.* Reducing 834k USD total cost by assessing the vacuum system from multi-stage ejectors to hybrid systems.- Improve the process to have the high-purity product by using heterogeneous azeotropic distillation to increase the relative volatility in BDO 4,5&6 plants. *Obtain the “Awarded for CCP’s Remarkable Contribution in 2014”.* Creating 5.1 million USD profit by modifying the process procedure and simultaneously reaching stricter specifications of o-xylene in n-propanol and iso-butanol. Show less