Technical Visit to SYNGAS (Waste to Energy) Facility
Venue:
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Kawasan Perindustrian Gong Badak, 21300 Kuala Terengganu, Terengganu
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Date & Time:
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25 Jun 2019 (6:30 AM - 5:30 PM)
Postponed
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CPD: |
3.5 |
Closing Date Before: |
22-Jun-2019 (Subject to change based on availability of seat) |
Organised By |
Technical Division - Environmental Engineering (ENETD) |
SYNOPSIS
SYNGAS SDN BHD (Syngas) is a Manufacturing, and Research and Development Company located in Kapar, Selangor. The Syngas CONVERSION MACHINE, the machine that can convert waste plastic to diesel oil, Light Ultra Low Sulfur Diesel Fuel has been successfully awarded and registered with the Malaysia Commissioner of Patents and Trade Marks (MyIPO) under Section 31 (2) Patents Act 1983 No. MY-150550-A on 30th January 2014 and registered patents in 60 countries around the world.
Syngas Sdn Bhd is subsidiary of Mensilin Green Energy Sdn Bhd (MGE). Via MGE, the technology will be deployed in United Kingdom and Europe and explore possibility of implementing project in those countries.
SYNGAS TECHNOLOGY
The Syngas Plastic ti Oil Conversion System is an innovative, proprietary process to convert waste plastics into renewable energy namely, Diesel Oil. The Syngas Plastic to Oil Conversion System uses a process called fractional de-polymerization process to efficiently convert plastics to crude oil and further process to produce diesel oil. The system provides an integrated plastic waste processing system which offers an alternative to landfill disposal, incineration, and recycling – while also being a viable, economical, and environmentally-responsible waste management solution.
DISTILLATION PROCESS OF CRUDE OIL
Crude oil contains a variety of hydrocarbon that has different boiling points. To separate these compounds, the oil is first sent to a boiler where it is heated into a super hot mixture of liquid and vapor called feed.
The mixture is then fed into a distillation tower. In here, the compounds with a lower boiling point rise up as vapors, while the compounds with a higher boiling point fall downwards as liquids.
The tower contains trays that allow the vapor to bubble upwards through the liquid, helping to exchange heat and resulting in more effective separation.
NOTE
The visit is strictly limited to only twenty-five (25) participants registered and fully paid on a first-come, first-served basis
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