Engineering Study Case
Engineering Study Case
Engineering Study Case
Microalgae Carbon Biofixation
Microalgae Carbon Biofixation
Microalgae Carbon Biofixation
Microalgae Carbon Biofixation
This is a full engineering research for my Bachelor Thesis about Microalgae Carbon Biofixation Capability Comparison between Different Alternative Culture Medium
This is a full engineering research for my Bachelor Thesis about Microalgae Carbon Biofixation Capability Comparison between Different Alternative Culture Medium
This is a full engineering research for my Bachelor Thesis about Microalgae Carbon Biofixation Capability Comparison between Different Alternative Culture Medium
Key Message
Key Message
Key Message
Microalgae are one of the promising solutions for alternative carbon sequestration, but they remain difficult to scale up due to high maintenance costs. This study addresses these limitations by comparing the growth rate and carbon sequestration rate achieved using standard BG-11 medium and a low-cost hydroponic fertilizer medium.
Microalgae are one of the promising solutions for alternative carbon sequestration, but they remain difficult to scale up due to high maintenance costs. This study addresses these limitations by comparing the growth rate and carbon sequestration rate achieved using standard BG-11 medium and a low-cost hydroponic fertilizer medium.
Microalgae are one of the promising solutions for alternative carbon sequestration, but they remain difficult to scale up due to high maintenance costs. This study addresses these limitations by comparing the growth rate and carbon sequestration rate achieved using standard BG-11 medium and a low-cost hydroponic fertilizer medium.
Background Study
Background Study
Background Study
/01
/01
In 2023, Indonesia had an estimated population of 278.7 million people.
In 2023, Indonesia had an estimated population of 278.7 million people.
In 2023, Indonesia had an estimated population of 278.7 million people.
which caused the lost of 10,2 million hectares Indonesian primary rain-forest due to land clearing.
which caused the lost of 10,2 million hectares Indonesian primary rain-forest due to land clearing.
which caused the lost of 10,2 million hectares Indonesian primary rain-forest due to land clearing.
/02
/02
From 2002, around 21,1 metric tons of CO2 released to the atmosphere.
From 2002, around 21,1 metric tons of CO2 released to the atmosphere.
From 2002, around 21,1 metric tons of CO2 released to the atmosphere.
Impcating the global sea level, rising temperature, ocean acidification, and other climate problems.
Impcating the global sea level, rising temperature, ocean acidification, and other climate problems.
Impcating the global sea level, rising temperature, ocean acidification, and other climate problems.
/03
/03
Carbon sequestration using Microalgae are one the promising solution.
Carbon sequestration using Microalgae are one the promising solution.
Carbon sequestration using Microalgae are one the promising solution.
Chosen due to high photosynthesis rate (86% higher than terrestrial plant) and high adaptability.
Chosen due to high photosynthesis rate (86% higher than terrestrial plant) and high adaptability.
Chosen due to high photosynthesis rate (86% higher than terrestrial plant) and high adaptability.
/01 Preview
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Background Study
Background Study
Background Study
/01
/01
/01
We compare the total protein yield across nine Chlorella vulgaris cultures.
We compare the total protein yield across nine Chlorella vulgaris cultures.
We compare the total protein yield across nine Chlorella vulgaris cultures.
Shows the final protein concentration of each sample, highlighting differences in biomass quality under different experimental conditions.
Shows the final protein concentration of each sample, highlighting differences in biomass quality under different experimental conditions.
Shows the final protein concentration of each sample, highlighting differences in biomass quality under different experimental conditions.
/02
/02
And we track how each Chlorella vulgaris culture grows over time.
And we track how each Chlorella vulgaris culture grows over time.
And we track how each Chlorella vulgaris culture grows over time.
Each line represents optical density measurements across days, revealing variations in growth rate, inflection phase, and final biomass accumulation.
Each line represents optical density measurements across days, revealing variations in growth rate, inflection phase, and final biomass accumulation.
Each line represents optical density measurements across days, revealing variations in growth rate, inflection phase, and final biomass accumulation.
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End of the site pal 👋🏻
Hit me up — Let's jam it together, shall we?
I hope that you learn something from my site and hopefully find what you need from my site. Feel free to reach me through listed contact here. Adios 👋🏻
"Other" Product
DESIGNED WITH PRECISION. v3.1.6
ALL RIGHTS RESERVED © 2025 GHIFFARIN
End of the site pal 👋🏻
Hit me up — Let's jam it together, shall we?
I hope that you learn something from my site and hopefully find what you need from my site. Feel free to reach me through listed contact here. Adios 👋🏻
"Other" Product
DESIGNED WITH PRECISION. v3.1.6
End of the site pal 👋🏻
Hit me up — Let's jam it together, shall we?
I hope that you learn something from my site and hopefully find what you need from my site. Feel free to reach me through listed contact here. Adios 👋🏻
"Other" Product
DESIGNED WITH PRECISION. v3.1.6
ALL RIGHTS RESERVED © 2025 GHIFFARIN