Difference between revisions of "User:Galih.surya"

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[[File:GalihSurya.jpg|200px]]
 
[[File:GalihSurya.jpg|200px]]
  
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NAME          : GALIH SURYA KUSUMA HARTONO
+
'''NAME          : GALIH SURYA KUSUMA HARTONO'''
 +
'''AGE          : 20'''
 +
'''DATE OF BIRTH : 15/09/2002'''
 +
'''STUDENT NO.  : 2006490365'''
 +
'''STUDY PROGRAM : MECHANICAL ENGINEERING'''
  
−
AGE          : 20
+
=='''CLASS NOTES'''==
  
−
DATE OF BIRTH : SEPTEMBER 15 2002
+
'''(28/02/2023)'''
  
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STUDENT NO.  : 2006490365
+
  - Pyrolysis is a chemical process in which a material is heated in the absence or near absence of oxygen to decompose or break down into smaller pieces. It is used to convert organic materials into biomass
 +
   - The key difference between pyrolysis and ICE process is that pyrolysis is a process used for the conversion of organic materials into useful products, while the internal combustion engine is a process used
 +
    for converting fuel into mechanical energy to power vehicles or machines. The two process differ in terms of oxygen availability, purpose, temperature and pressure, reaction speed, and waste and emissions.
  
−
STUDY PROGRAM : MECHANICAL ENGINEERING
+
'''(07/03/2023)'''
 +
  - Industries uses drinking water for a process called CCUS (Carbon Control, Utilization, and Storage).
 +
  - CCUS refers to the technology used to capture and either use or store carbon dioxide emissions to prevent them from contributing to climate change
 +
  - There are two methods of desalination; Filtration, Graphene.
 +
  - Filtration is used to remove suspended particles and other impurities from the water before it is subjected to further treatment to remove salt and other dissolved solids
 +
  - There are several types of filtration used in desalination; Sand Filter, Multimedia Filters, Cartridge filters.
 +
  - Graphene has been studied as a potential material for desalination due to its porous, conductive, and durability, but challenges such as high cost and scalability need to be addressed.
 +
  - Biomass consist of organic waste, charcoal, and biochar
 +
  - Biochar is a type of charcoal made from organic materials like wood or manure, and it's used to improve soil fertility, water filtration, and carbon sequestration
  
 +
 +
=='''RELATIONS BETWEEN SUGAR CANE FACTORY, AUTOMOTIVE INDUSTRY, AND OIL & GAS COMPANY'''==
 +
 +
  '''"Galih"'''  : Could you tell me the relation between sugar cane factory, automotive industry, and oil & gas company?
 +
  '''"ChatGPT"''' : The relationship between sugar cane factories, automotive industry, and oil & gas companies is not immediately apparent, but there are several potential connections:
 +
              1. Ethanol productions: sugar cane can be used to produce ethanol, which is commonly used as biofuel in the automotive industry. Some oil and gas companies also produce ethanol as a
 +
                renewable fuel source. Therefore, sugar cane factories may supply ethanol to both the automotive industry and oil and gas companies.
 +
              2. Byproducts: Sugar cane processing can also result in byproducts like bagasse, which can be burned to produce electricity. Some automotive and oil and gas companies use bioenergy
 +
                as a part of their operations, so they may purchase sugar cane byproducts from sugar cane factories.
 +
              3. Geographic proximity: Sugar cane is primarily grown in tropical regions, and there may be overlap between the regions where sugar cane is grown and where oil and gas reserves are
 +
                found in these regions, sugar cane factories, automotive industries, and oil and gas companies may all be present due to their shared location.
 +
              4. Business partnerships: Some sugar cane factories, automotive industries, and oil and gas companies may have established partnerships or joint ventures. For example, an oil and gas
 +
                company may invest in a sugar cane factory to secure a supply of biofuels, or an automotive company to develop new technologies for reducing carbon emissions.
  
 
=='''PERSONAL PROJECT "EFFECTS OF DIFFERENT BATTERIES IN ELECTRIC VEHICLE'S PERFORMANCE"'''==
 
=='''PERSONAL PROJECT "EFFECTS OF DIFFERENT BATTERIES IN ELECTRIC VEHICLE'S PERFORMANCE"'''==
  
−
'''INTRODUCTION'''
+
'''INTRODUCTION'''
−
 
+
Mr. DAI and Prof. Adi has tasks us to create a personal project in order for us to learn deeply about '''ENERGY CONVERSION SYSTEM 02 Class'''. We were given three options: '''Pyrolysis''', '''IC Engines''', and  
−
Mr. DAI and Prof. Adi has tasks us to create a personal project in order for us to learn deeply about '''ENERGY CONVERSION SYSTEM 02 Class'''. We were given three options: '''Pyrolysis''', '''IC Engines''', and '''Electric Vehicle'''. For now, I choose the topic of '''Electric Vehicle''', specifically the effects of different types of battery in electric vehicle's performance. The topic I chose may change in the future as I haven't made my mind regarding the current topic I chose
+
'''Electric Vehicle'''. For now, I choose the topic of '''Electric Vehicle''', specifically the effects of different types of battery in electric vehicle's performance. The topic I chose may change in the future as the  
 +
current topic I chose is temporary.

Latest revision as of 14:35, 7 March 2023

ABOUT

GalihSurya.jpg 

NAME          : GALIH SURYA KUSUMA HARTONO
AGE           : 20
DATE OF BIRTH : 15/09/2002
STUDENT NO.   : 2006490365
STUDY PROGRAM : MECHANICAL ENGINEERING

CLASS NOTES

(28/02/2023) 

 - Pyrolysis is a chemical process in which a material is heated in the absence or near absence of oxygen to decompose or break down into smaller pieces. It is used to convert organic materials into biomass
 - The key difference between pyrolysis and ICE process is that pyrolysis is a process used for the conversion of organic materials into useful products, while the internal combustion engine is a process used 
   for converting fuel into mechanical energy to power vehicles or machines. The two process differ in terms of oxygen availability, purpose, temperature and pressure, reaction speed, and waste and emissions.

(07/03/2023) 

 - Industries uses drinking water for a process called CCUS (Carbon Control, Utilization, and Storage).
 - CCUS refers to the technology used to capture and either use or store carbon dioxide emissions to prevent them from contributing to climate change
 - There are two methods of desalination; Filtration, Graphene.
 - Filtration is used to remove suspended particles and other impurities from the water before it is subjected to further treatment to remove salt and other dissolved solids
 - There are several types of filtration used in desalination; Sand Filter, Multimedia Filters, Cartridge filters.
 - Graphene has been studied as a potential material for desalination due to its porous, conductive, and durability, but challenges such as high cost and scalability need to be addressed.
 - Biomass consist of organic waste, charcoal, and biochar
 - Biochar is a type of charcoal made from organic materials like wood or manure, and it's used to improve soil fertility, water filtration, and carbon sequestration


RELATIONS BETWEEN SUGAR CANE FACTORY, AUTOMOTIVE INDUSTRY, AND OIL & GAS COMPANY

 "Galih"   : Could you tell me the relation between sugar cane factory, automotive industry, and oil & gas company?
 "ChatGPT" : The relationship between sugar cane factories, automotive industry, and oil & gas companies is not immediately apparent, but there are several potential connections:
             1. Ethanol productions: sugar cane can be used to produce ethanol, which is commonly used as biofuel in the automotive industry. Some oil and gas companies also produce ethanol as a 
                renewable fuel source. Therefore, sugar cane factories may supply ethanol to both the automotive industry and oil and gas companies.
             2. Byproducts: Sugar cane processing can also result in byproducts like bagasse, which can be burned to produce electricity. Some automotive and oil and gas companies use bioenergy 
                as a part of their operations, so they may purchase sugar cane byproducts from sugar cane factories.
             3. Geographic proximity: Sugar cane is primarily grown in tropical regions, and there may be overlap between the regions where sugar cane is grown and where oil and gas reserves are 
                found in these regions, sugar cane factories, automotive industries, and oil and gas companies may all be present due to their shared location.
             4. Business partnerships: Some sugar cane factories, automotive industries, and oil and gas companies may have established partnerships or joint ventures. For example, an oil and gas 
                company may invest in a sugar cane factory to secure a supply of biofuels, or an automotive company to develop new technologies for reducing carbon emissions.

PERSONAL PROJECT "EFFECTS OF DIFFERENT BATTERIES IN ELECTRIC VEHICLE'S PERFORMANCE"

INTRODUCTION
Mr. DAI and Prof. Adi has tasks us to create a personal project in order for us to learn deeply about ENERGY CONVERSION SYSTEM 02 Class. We were given three options: Pyrolysis, IC Engines, and 
Electric Vehicle. For now, I choose the topic of Electric Vehicle, specifically the effects of different types of battery in electric vehicle's performance. The topic I chose may change in the future as the 
current topic I chose is temporary.
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