Efficiency of Indian kino oil as a biodiesel

In summary, the Indian kino oil can be used as a biodiesel, but you will need a diesel engine and a calorimeter to measure the efficiency.
  • #1
ash_nar
3
0
I am planning to test the efficiency of Indian kino oil as a biodiesel... How do I do it? I only have access to my school chemistry lab...
 
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  • #3


If you want to measure the efficency simply in terms of how many Joules/kg you get from the oil you can do it by building a simple calorimter.

- In simple terms you want to burn a known amount of oil and use it to heat a known amount of water. You measure the temperature change of the water and we know how much energy it takes to heat 1kg of water 1 deg C (you can look this up).
In practice it's difficult to do accurately because you have to make sure that none of the heat from the diesel flame escapes, but at the same time allow enough air to reach the flame for it to burn.
 
  • #4


IANA Chemist, but as I recall calorimetry is notoriously difficult to perform with useful precision? In addition to the problem of capturing all the heat, in this case the diesel burn efficiency will be highly dependent on the device used to burn the fuel.
 
  • #5


Combustion heat is measured in pressure calorimeters filled with oxygen, that's not a device that you can make out of nothing.

Unless your name is MacGyver.
 
  • #6


As a school science fair experiment it's reasonable. You could probably compare the energy you get from vegetable oil and diesel - probably not a good idea to try gasoline!
 
  • #7


ash_nar said:
I am planning to test the efficiency of Indian kino oil as a biodiesel... How do I do it? I only have access to my school chemistry lab...

First, you need to define what you mean by 'efficiency'. Do you mean, "Will it burn in a diesel engine?" or do you mean, "How much more or less energy per gallon does Kino oil-derived biodiesel have than _________?" For the former, you need a diesel engine for the latter you merely need a calorimeter. If you are asking about pertinent fuel parameters (cetane, cloud point, acid number, etc...) consult the appropriate ASTM standard. Lots of specialized ($$$) equipment...
 

Related to Efficiency of Indian kino oil as a biodiesel

1. What is Indian kino oil and how is it used as a biodiesel?

Indian kino oil, also known as Pterocarpus marsupium, is a vegetable oil derived from the seeds of the Indian kino tree. It can be used as a biodiesel by converting it into methyl esters through a process called transesterification. This process involves reacting the oil with an alcohol, such as methanol, in the presence of a catalyst.

2. How efficient is Indian kino oil as a biodiesel?

The efficiency of Indian kino oil as a biodiesel depends on several factors, such as the quality of the oil, the transesterification process used, and the engine type. Generally, it has been found that Indian kino oil can have a similar or higher energy content compared to traditional biodiesel sources like soybean or rapeseed oil.

3. What are the benefits of using Indian kino oil as a biodiesel?

There are several benefits to using Indian kino oil as a biodiesel. Firstly, it is a renewable and sustainable resource, making it a more environmentally friendly option compared to fossil fuels. It also has a lower carbon footprint and emits fewer pollutants when burned. Additionally, it can be locally sourced, reducing dependence on foreign oil imports.

4. Are there any challenges to using Indian kino oil as a biodiesel?

While Indian kino oil has many benefits as a biodiesel, there are also some challenges to consider. One major challenge is the availability and cost of the oil. As it is not as widely produced as other biodiesel sources, it may be more expensive. There may also be concerns about the impact of using large quantities of Indian kino oil on food and land resources.

5. What is the current research on the efficiency of Indian kino oil as a biodiesel?

There is ongoing research on the efficiency of Indian kino oil as a biodiesel. Some studies have found that it can have a high conversion rate and perform well in engines. However, more research is needed to optimize the production and use of Indian kino oil as a biodiesel and to determine its long-term effects on engines and the environment.

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