Maisara Alias Email & Phone Number

Selangor, Malaysia

Puchong, Selangor, Malaysia

1. EPCC for Design & Installation Service of Targeted Organic Treatment System at Intel Penang.- Focal for Engineering Department.- Detailed designing of equipment - tank and pump.- Performed hydraulic calculation.- Detailed designing of pipelines and instruments.- Development of Process Drawings; P&ID, PFD.- Produced shop drawings for Pumps, Tank, Pipings and Electrical.- Key person for technical verification for procurement & purchasing items. - Support in project management to ensure deliverables are within schedule. - To resolve any issue arise from Engineering Department and Construction.

Kuala Lumpur, Federal Territory Of Kuala Lumpur, Malaysia

Involvement in EPCC for Effluent Treatment System Design for a refinery project as follow:• Designed the main equipment, instruments, and line sizing for the Effluent Treatment Systemto meet Petronas's technical standards.• Developed P&ID, PFD, Process Safeguarding drawings for new ETS system.• Prepared process datasheets for new equipment and instruments.• Involvement in Alarm Rationalization Study (ARS) workshop and prepared OperatingPhilosophy document for new ETS scope.• Verified vendor documents for compliance to process requirements.• Engaged in discussions with clients, consultant and vendors.Project:1. EPCC of Effluent Management at Source (EMAS) Project at Melaka Refining Company SdnBhd

Involve in process designing and project management as follow:1. EPCC Compressor Installation Petronas Gas Berhad- Performed simulation using Aspen HYSYS for designing compressed air systems including PSV sizing.2. FEED for Installation of Flushing Line @ Jetty to Naphtha Unloading (Lotte)- Designed pipeline routing with low-pressure drop.3. FEED Zeon Works (Sg Takada)- Pipe design & PSV sizing for Compressed Air4. LNC- Hydraulic and pump design.

Involved in process design and project management as follows:-1. DED Service upgrading of Biodiesel from B10 to B30 (Petronas Dagangan Berhad)- Save capital costs by 25% using hydraulic analysis to determine pipe size, routing and pump size.- Designed POME loading & unloading pumps.- Developed P&ID for modification & demolition.- Created Operating Philosophy & Design Basis.- Prepared Line List, Tie In List & Equipment List.2: DED for Biodiesel Upgrading (Petron Terminals)- Prepared Line List, Tie In List & Equipment List.- Constructed process ITB for EPCC.3. DED Minor Project Petron PDR- Implemented P&ID, List(s), calculations (leakage, hydraulic, PSV sizing) & process datasheet for PSV system modification.- Prepared P&ID, Hydraulic calculation, List(s), Instrument Process Calculation & Datasheet for Seal Drum System Modification.- Constructed P&ID, line sizing, equipment sizing & process datasheet for Instrument Air System Modification.- Performed P&ID, hydraulic calculation, line sizing, list(s), ARV datasheet for New BFW Pump Installation.- Project planning, coordinate, scheduling, monitoring, & prepared progress report.- Arranged weekly/monthly meetings for discussion with clients, co-workers & management.4. FEED for Handling Petroleum Products (SODT II Senari Synergy)- Prepared tank level setting calculation(ADO, ULG-95, ULG-97, Fire Water & POME Tank) for a new terminal at Kuching Sarawak.- Developed pipe cost estimation.5. Heat Loss Feasibility Study (Shell Hong Kong)- Designed Bitumen and PMB new facilities.

Port Dickson, Negeri Sembilan, Malaysia

- Selected to design one of Pressure Safety Valve (PSV) for main project in the company – desulphurization process.- Performed hydraulic calculation for Boiler Feed Water system using PegaSYS software.- Assisted engineer to evaluate calculation from subcon in diffuser sizing at pipeline nozzle for new MOGAS tanks.- Implemented a feasibility study to improve the instrument air demand and quality by at least 80%.- Assisted an Oil Loss Engineer in reviewing oil loss in terms of Fuel Consumption, Energy Intensity Index (EII), flaring, LPG report, crude and 4 points.- Involved in shutdown for the catalyst regeneration process to monitor and test during the shutdown.- Tested and analysed sulphur contains in the tank residue.- Exposed with the Engineers about P&ID of the refining process, construction, and civil.- Communicated with subcons and vendor for progress discussion for projects.

Ipoh, Perak, Malaysia

- Assigned to do projects with objectives to increase quality of product, - Increase the efficiency of the process flow while reducing the operational cost - Achieve to reduce operational cost of the company by 58.4% annually in compress air consumptions by changing the piping system in the production plant. - Manage to reduce the noise level inside the production area from 120dB to 80dB by designing a convenient air purge pipeline to reduce the pressure usage.- Ensure the product is meet the customer demands.- Involve in training to share knowledge for better products development. - Lead focus groups with contractors to pinpoint sought-after traits for new products.- Invent new process to clean the equipment materials by chemical mixing while saving cost from cleaning materials. - Collaborated with Mechanical and Electrical teams to do R&D to improve the efficiency of equipment - Tested and analyzed new chemicals to study the effect of quality product and the efficiency of the process. - Prepared a manual handling book on how to run, and reboot the equipment as reference for everyone if there is an emergency case. - Proposed monthly suggestion to change the method and apparatus to reduce time consumption for workers to do their job. - Recommended and implemented sustainable manufacturing process of product.

Engineer'S Degree, Chemical Engineering, 3.8

Activities and Societies: Managing Director for Entrepreneurs Event - Participant in InoTech Competition by Institute of Engineering.

Diploma, Chemical Technology/Technician, 3.45

Spm, Pure Science