Abraham Jose Jr

1. Operate and monitor of all the equipment associated with the Water Treatment Plant, Electro Chlorination Plant, Circulating Water Pump, Fire Fighting System, Pump house, Industrial Waste Water Treatment Plant, Auxiliary Boiler, Diesel Fuel System, Flue Gas Desulfurization, Energy Recovery generator and Bag House System. 2. Monitor production output and demand in consumption in order to have a continuous supply of make-up and cooling water to other plants and facilities. 3. Monitor tank levels and check process in the field, pipeline, instruments, valves, filters, pumps, motors and any abnormal sounds and vibrations. 4. Perform CIP (in UF, SWRO, BWRO), plant sanitation and cartridge filter as needed. 5. Perform regeneration in CATION BED, ANION BED and MIXED BED as needed. 6. Evaluate and check chemical dosing system, chemical preparations, chemical dosing flow rates and calibration of dosing pumps, Adjust chemical dosage as per process water quality. 7. Perform SWRO profiling and probing and raise work order for the pressure vessel membrane having high conductivity 8. Troubleshoot problems encountered and make modifications and improvements as required. 9. Maintains proper process plant records, log sheets and equipment running data sheets, recognizes readings outside specified limits, and informs the Shift Supervisor should these occur 10. Document Plant equipment performance and efficiency. Record all activities by maintaining complete and accurate log sheets and log books respectively. 11. Coordinate safety with regards to maintenance work activities following LOTO procedures by means of isolating and de-isolating of equipment before and after maintenance job respectively. 12. Report to ACRO, CRO or Shift Supervisor any plant abnormalities occurring to the designated areas. 13. Conduct training to newly hired Assistant Plant Operator. 14. Maintain the power generation facility area clean and safe to work with by performing 5S.

Modern ships are vastly more complex than their ancestors. Propulsion comes from massive diesels, gas turbines or nuclear reactors, and each vessel contains numerous subsystems for electrical power, water and plumbing, hydraulics, communications and high-tech computerized controls. Designing and operating these floating towns requires tremendous technical and engineering expertise. Both the designers and the operators of ships include professionals called "marine engineers," , Marine Engineers are responsible for keeping the ship running on a day-to-day basis. This includes performing routine maintenance on all the ship's systems and monitoring them to ensure they're within standard operating parameters. When there's a malfunction on the vessel, Marine Engineers must be able to repair the problem or improvise a workaround. Keeping a suitable inventory of parts and components is an important part of the job, since a ship on the open ocean can't easily obtain spares.