Search Wikipedia:

Latest topics
April 2018

Calendar Calendar

Free Hit Counter

Heat energy production by quicklime and water

Go down

Heat energy production by quicklime and water

Post  baothinh on Fri Jun 13, 2014 6:26 am

All of us know that chemical reaction between calcium oxide (quicklime) with water will produce heat energy strongly by the following equation:
Cao + H2O = Ca(OH)2 -> releases heat energy
I have improved the reaction above to maximize the heat energy production with the following steps:
1. I use a plastic jar whose volume is around 65.53 cm3. I put into the jar 3 full spoons of quicklime. (The volume of the spoon is around 7.85 cm3)
2. Boil water
3. Fill in the remaining volume of the jar with boiled water
4. Then drop some floor cleaner liquid into the jar and shut it tightly
Result: After step 3, the mixture begins to bubble up and overflow severely. This results from the combination of 2 heat resources, one from the chemical reaction, and the other from the boiled water itself
Now we go to step 4. Here the additive to be used can be floor cleaner liquid as mentioned above, or dishwashing liquid, body wash general it is any foaming substance. By this, the seething mixture will be expanding more severely, and overflow the jar. Since the jar is shut tightly, the mixture itself and its heat are accumulated there, and results in the melting or breaking of the jar.
While step 3 upgrades the heat energy released by the chemical reaction to a very high level, step 4 itself is the turning point to force this energy breaking out most severely
Above is my way to create heat energy. The experts can consider it as a new method for energy solution. Just by a small jar with volume 65.35 cm3, I can create such significant amount of energy. If we use a larger amount, for example 1 kg of lime, the released amount of energy will be more terrible, in comparison with 1 kg of coal, or 1 m3 of petroleum, natural gas.
Forum members can talk more to me about this topic both here and through my email address, which can be found in my profile, or provided by admin user. Another way is calling me in Vietnam by phone number +84909021475
Nghiêm Bảo Thịnh (HCMC, Việt Nam)


Posts : 1
Join date : 2014-06-08

View user profile

Back to top Go down

Back to top

- Similar topics

Permissions in this forum:
You cannot reply to topics in this forum