Ragheed Alabadl

University of Mossoul, Russia

Title: PETROLEUM DERIVATIVES REPRODUCE

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Biography

Ragheed Yohnan Alabadl graduated from the University of Mosul, Iraq, with a degree in Biology and Chemistry, including studies in geological surveying and petroleum production. He has conducted numerous scientific research projects, completed advanced courses at the International American School, and taught at higher education institutions for many years.

His innovations include converting sunflower oil residues into diesel-like fuel and transforming rubber into liquid fuel, a project he later presented to the Iraqi Ministry of Petroleum. He has also designed a factory prototype for large-scale fuel conversion and documented his experiments through video demonstrations.

Ragheed continues to contribute to scientific advancements in alternative fuel production and sustainable energy solutions.

Abstract

The main reason for this research is to present a new method ( technology) to rise the level of some petrol’s derivatives ( Kerosene, Inflammable Gas, Diesel, another side product ). Scope of this method: by using this new method to produce these products, we can reduce the emissions of greenhouse gas as well as, during this process, no pollution releases, more safer. Results: . Produce the same products when a petrol refinery is produced. . Process more cheaper thanks to the by-product’s. . Rather than digging underground a well to extract petrol, here by converting same sort of Garbage ( Beverages cans) the Alloys of metal by a chemical reaction with a liquid very abundant and is considered a cheaper product. Method used: As I mentioned before, I have used this type of wasting cans. It is very known that these cans of metal are recycling to reproduce the new cans. In this process rather than consuming a source of energy to melting down this alloys for reusing, I have extracted these sources of energy ( Kerosene, Diesel, Gas reassemble natural gas and another by-product). During this process, no toxic gases have emitted, with no wasting materials. I have marked that a gas is released when I used a sample ( video) and this gas was burning when I ignited him. Then, a white vapor also was liberated and I used some materials when I mixed a red kerosene with this vapor and the result was; when this vapor mixed with this kerosene, his colour has been changed from red into ( transparency ) and I tried to ignite he burned. The same thing I made with diesel, when I mixed with vapor, I saw a new layer forming and this layer is another liquid. Also, when I tried to burning this liquid, the results was ( rising the level of the two liquids. Now, I have concluded that there are new products. This process has produced the same products that are producing by the refinery process. Why I am saying that the process of production here is a cheaper source, this is due to the many products that when be sold like ( inflammable gas) when selling, can recover the cost of buying some materials ( wasting beverages cans + a chemical liquid) to start this chemical reaction. This, inflammable gas? recover the cost of production Kerosene + Diesel + by-product = could be the main profit for a company.