Andre Novent Chenady Email & Phone Number

Tangerang Selatan, Banten, Indonesia

Process Safety Study:Fire & Explosion Risk Assessment (FERA), Quantitative Risk Assessment (QRA), Fire & Gas Detector Mapping Study, Reliability Availability and Maintainability (RAM) Study, Fire Water Demand Calculation, Flaring/Venting Radiation Dispersion Study, Ship Collision Study, Drop Object Study, HSE Philosophy, Specification for Safety & Fire Fighting Equipment, Escape Route Layout, Hazardous Equipment Layout.Familiar with API, OGP, NFPA, CMPT, UKHSE, NORSOK and Other Safety Standard.Process Safety Software: Ms. Office, ASPEN HYSYS, DNV Phast, DNV MAROS, Flaresim, AutoCAD Naviswork.Corrosion Engineer Study:Corrosion Study Report for Platform and Pipeline, Material Selection Study, Specification for Corrosion Monitoring and Corrosion Protection System.Familiar with API, NACE, and DNV Standard.Corrosion Study Software: Electronic Corrosion Engineer (ECE).Project InvolvedDED-As Built FPU MAC Field (HCML), FEED-DED MOPU MAC Field (HCML), Manpatu Pre-FEED (Pertamina Hulu Mahakam), Kaji/Semoga Facility Modification (Medco E&P Rimau), Block A Gas Development Project, ARAS, AS-15 Wellpad, AS-14 Wellpad (Medco E&P Indonesia), Forel FPSO, FEED MOPU Nong Yao Field (Mubadala Energy), FEED MOPU & CSF Mako Field (Conrad Asia Energy).

Surabaya, East Java, Indonesia

Activities :- Research and design battery cooling system using ANSYS Fluent Software

Final Project :- Sugarcane Bagasse Lignocellulose Fractionation Plant by Steam Explosion Method- Fluid Dynamics Modeling of Empty Fruit Bunches Delignification Process with ANSYS Fluent

Guide the practicant to learn in the first application of chemical engineering laboratory with some laboratory modules :- Pump capacity and cavitation- Series and Parallel Pump- Fluidized Bed, Piping Design- Orifice Plate- Liquid Mixing Efficiency- Water Hammer- Sedimentation

Activities :- Create and evaluate ICRCC guidance book- Participate in ICRCC online roadshow to some universities in Indonesia- Inspect participant's Chem-E-Car in the chemical section during inspection and race day- Ensuring the competition runs smoothly and fair to all audience

Activities :- Create a comfortable working environment- Organize the objectives of the technical and non-technical team- Monitor the Chem-E-Car Research team- Participate in events and expos for team branding- Head of Chem-E-Car trials and testing simulation team- Monitor the Educational Chem-E-Car Team- Re-activate Spektronics WebsiteAchievement :- 7 Chem-E-Car winner titles held by the various organizers in Indonesia, Malaysia, and Germany- Sponsorship up to 400% from last year's achievement

Surabaya, East Java, Indonesia

Activities :- Responsible for stopping mechanism section in battery-powered Chem-E-Car- Responsible for Zinc-Carbon battery research with ZA Fertilizer Electrolyte- Manage technical team during Chem-E-Car trials and testing- Manage technical team to create a scientific paper about ZA Fertilizer Battery to compete in internationals online competition- Held Spektronics 1st webinar "All About Spektronics" as Project Leader during open recruitment 2020- Head of Spektronics Open recruitment 2020Achievement :- Gold Medal in Indonesia Science and Invention Fair 2020- Gold and Silver medals in Indonesia International Applied Science Project Olympiad 2020

Surabaya, East Java, Indonesia

Activities :- Constructing and developing a prototype car powered by chemical reaction- Prepare chemical materials and be responsible for the availability of chemicals- PIC in chemical division open recruitment 2019Achievement :- 4th Place IEM Chem-E-Car Competition Malacca, Malaysia 2019- 1st Place Race Winner Chemeca Chem-E-Car Competition Sydney, Australia 2019

Karawang, West Java, Indonesia

Activities :- Re‑design and evaluation of Piping and Instrumentation Diagram (P&ID) of Ammonium Sulfate (ZA) Plant- Evaluation of Mass and Heat Balance of Ammonium Sulfate (ZA) Plant- Evaluation study on Ammonium Sulfate (ZA) Plant Production Capacity Scaling Up Project from existing capacity of 45 ton per day to 50 ton per day- Designing automation for Sulphur Trioxide gas absorber make up water systemKey Result :- Mass and Heat Balance Calculation- Process Equipment Evaluation, such as : Saturator Vessel, Submersible Pump, Centrifugal Separator, Direct Heat Rotary Dryer, and Cooling Tower- Proportional‑Integral‑Derivative Controller Setting Up skill- Sensor and Instrumentation Selection for Acid Condition- Project Timeline Management