15/02/2023
The reason to why this replacement will be revolutionary and will be extremely good for the environment is because replacing fossil fuels with biofuels—fuels produced from renewable organic material—has the potential to reduce some undesirable aspects of fossil fuel production and use, including conventional and greenhouse gas (GHG) pollutant emissions, exhaustible resource depletion, and dependence on unstable foreign suppliers.
the benefits of biofuel:
Biofuels help reduce the carbon footprint of transportation and other industries, by making the most of our planet's carbon cycle. Every gallon of biofuel that replaces a gallon of fossil fuel helps reduce greenhouse-gas emissions.
So the replacement will not only benefit but it will also get rid of the problems that we have with today's energy source on a long term run.
Countries that are suffering from the air pollution of current day's energy source includes China where nearly every single location requires you to put on a mask since before Covid because of the pollution in the air. Wouldn't you think the algae energy source would help them? most definetly.
15/02/2023
Our alternative will be algae as an energy source since it is regrow able and gives much energy with more detailed info below:
Live green microalgae Chlorella pyrenoidosa was introduced in the anode of a microbial fuel cell (MFC) to act as an electron donor. By controlling the oxygen content, light intensity, and algal cell density at the anode, microalgae would generate electricity without requiring externally added substrates. Two models of algal microbial fuel cells (MFCs) were constructed with graphite/carbon electrodes and no mediator. Model 1 algal MFC has live microalgae grown at the anode and potassium ferricyanide at the cathode, while model 2 algal MFC had live microalgae in both the anode and cathode in different growth conditions. Results indicated that a higher current produced in model 1 algal MFC was obtained at low light intensity of 2500 lx and algal cell density of 5 × 10(6) cells/ml, in which high algal density would limit the electricity generation, probably by increasing oxygen level and mass transfer problem. The maximum power density per unit anode volume obtained in model 1 algal MFC was relatively high at 6030 mW/m(2), while the maximum power density at 30.15 mW/m(2) was comparable with that of previous reported bacteria-driven MFC with graphite/carbon electrodes. A much smaller power density at 2.5 mW/m(2) was observed in model 2 algal MFC. Increasing the algal cell permeability by 4-nitroaniline would increase the open circuit voltage, while the mitochondrial acting and proton leak promoting agents resveratrol and 2,4-dinitrophenol would increase the electric current production in algal MFC.
15/02/2023
Hello, and welcome to the MFC Company page. We people are specialized in the usage of Microbial Fuel Cells which could be an alternative energy source then the ones we are using now.
You might ask, Why would we need to replace our energy source with Microbial Fuel Cells?
Well, the usage of our current day's energy source is very destructive towards the environment and the world is also running out of it in alarming speeds. If we are able to switch current day's energy source with our MFC, it would not only help the environment but would also be nearly unlimited since it is renewable.
So we look forward to give more information in further posts.
