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$25 USD / hour
Flag of THAILAND
ratchaburi, thailand
$25 USD / hour
It's currently 8:25 PM here
Joined September 11, 2013
0 Recommendations

Supphachai S.

@firekid

 0.0 (1 review)
0.8
0.8
100%
100%
$25 USD / hour
Flag of THAILAND
ratchaburi, thailand
$25 USD / hour
50%
Jobs Completed
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Repeat Hire Rate

Power engineering experience as Mechanical Engineer modeling and process modeling in all power plant

I have more than 15 years power engineering experience as Mechanical Engineer primarily in boiler / power island technologies and has extensive expertise in biomass power projects having developed detailed designs and specifications for a wide variety of fuels and gasification technology include biogas digestion and waste plastic pyrolysis, Chemical process modeling, and typical design engineering. Furthermore I have experience CFD and FEA and handmade programming calculation from the pass of power plant engineer. Knowledge easy to find in around the cyber world and I like to read them for support every your project.
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Portfolio

2866657
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
2866643
The lifting beam have once part is hook block and when calculation only one we still see the stress concentration occurred in corner area which is look like the product will failure due to over more the ultimate tensile strength of material therefore for more accuracy so we plus with beam and calculation on contact mode. We meet the vonmise stress over a bit of yield strength and then check with classical theory of design by plasticity state for modulus section area condition so make product will suitable 80 kN load
Lifting beam finite element analysis in the ironwork factory
The lifting beam have once part is hook block and when calculation only one we still see the stress concentration occurred in corner area which is look like the product will failure due to over more the ultimate tensile strength of material therefore for more accuracy so we plus with beam and calculation on contact mode. We meet the vonmise stress over a bit of yield strength and then check with classical theory of design by plasticity state for modulus section area condition so make product will suitable 80 kN load
Lifting beam finite element analysis in the ironwork factory
2866634
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
2866628
Prediction a drag force and a lifting force when assume the moterbike is can flying from include the jet engine
Aerodynamic of flying moterbike
2866626
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
2866615
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
2866657
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
This project use mutiphase flow couple with phase change between water and vapor by assume on 2 dimension and than transfer result to 3 dimension result and the finite element method for the pressure vessel analysis as next step and finally is the structural analysis
Deaerator complete design for new capacity boiler
2866643
The lifting beam have once part is hook block and when calculation only one we still see the stress concentration occurred in corner area which is look like the product will failure due to over more the ultimate tensile strength of material therefore for more accuracy so we plus with beam and calculation on contact mode. We meet the vonmise stress over a bit of yield strength and then check with classical theory of design by plasticity state for modulus section area condition so make product will suitable 80 kN load
Lifting beam finite element analysis in the ironwork factory
The lifting beam have once part is hook block and when calculation only one we still see the stress concentration occurred in corner area which is look like the product will failure due to over more the ultimate tensile strength of material therefore for more accuracy so we plus with beam and calculation on contact mode. We meet the vonmise stress over a bit of yield strength and then check with classical theory of design by plasticity state for modulus section area condition so make product will suitable 80 kN load
Lifting beam finite element analysis in the ironwork factory
2866634
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
Natural gas when combustion with pure oxygen and consideration other condition for firing natural gas also
Combustion model of natural gas preparing to pure oxygen
2866628
Prediction a drag force and a lifting force when assume the moterbike is can flying from include the jet engine
Aerodynamic of flying moterbike
2866626
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
Wind turbine and sound modelling, Solar tower, Solar cell and structure finite element resistant depression wind
Renewable energy demonstrate
2866615
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler
Air is low moisture content more than flue gas that firing wet palm shell therefore air heater will use for recovery heat back from boiler and sent to rotary dryer
Use waste heat to dry wet palm shell for use with boiler

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$25.00 USD
Private Engineering job for fire , please do not bid if you are not invited thanks
The project is not completed according to the dispute
Engineering
Civil Engineering
Structural Engineering
Mathematics
J
Flag of J V.
@jvirt
•
8 years ago

Experience

Senior Mechanical engineer

Owl energy
Jan 2009 - Nov 2015 (6 years, 10 months)
Boiler detail design engineer, Thermal power plant detail design engineer, Boiler combustion process engineer, Biogas power plant on CHAMCAD design, CFD modeling

Education

Bachelor’s Degree – Applied Physic on Energy field

Mahawithayalai Mahasarakham, Thailand 1997 - 2000
(3 years)

Contact Supphachai S. about your job

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Top Skills

Physics 1
Research
CAD/CAM
Scientific Research
3D Rendering

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