EAC At 20: Institute Exhibits Diesel, Kerosene Produced from Plastics

EAC At 20: Institute Exhibits Diesel, Kerosene Produced from Plastics

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Various chemicals on display at the EAC’s Bodija exhibition on wednesday

Ibadan, the capital city of Oyo State, witnessed a landmark event on Wednesday the 14th of September 2016  as the Education Advancement Centre (EAC) released a set of chemical products derived from waste plastics and cans.

The products displayed  include diesel, kerosene and alum which were made from waste plastic and cans instead of crude oil.

The firm launched the products at an exhibition at its Bodija headquarters, which was one of the activities marking its 20th anniversary.

The products, which come at a cheaper cost, according to the director, Mr Muyiwa Bamgbose, would also reduce environmental destruction through the use of the non-degradable materials as raw materials.

Bamgbose said rather than relying on oil, which was quite expensive, the waste materials, which were available in huge quantity, were far cheaper.

For instance, he said a litre of its kerosene and diesel would cost N120 instead of the average of N200 they were being sold nationwide.

But EAC is not willing to go into large scale production. Rather, the firm is looking for investors or manufacturers that can produce at that level that will meet the needs of Nigerians.

Bamgbose, in an interview with reporters, said: “For the diesel and kerosene, we call them green products. They are made from waste thermosetting plastics which do not have any recycle value. The non-thermosetting plastics can be recycled but thermosetting plastics are useless. From those thermosetting plastics, we have been able to produce kerosene that can reduce the cost of fuel and get our environment cleaner because they are non-degradable.

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“The other part is the aluminium from cans. When people finish drinking from aluminium cans, they throw them away. Some compress them and export. But this is something that is more useful to us in Nigeria. When we export the aluminium, we later import chemicals to produce alum whereas these aluminium cans have alum content which we extracted into aluminium hydroxide and reacting it with sulphuric acid, we are able to produce an alum that is useful for water treatment and others. Water Resources organizations need alum to make water cleaner. We have been able to put all these together based on basic science coupled with research and development. We believe this is  one of the functions of education. Education should allow people to do new research and find new solutions to  problems.

“Right now, the project  is at a pilot scale. We can produce about 500 litres of kerosene and diesel per day. We are able to produce a trailer load of alum in two days. We will begin to offer the products in the next few days.

“We have approached the Standards Organisation of Nigeria (SON) for quality control and standardisation and they are happy to visit our factory.

“But we are not interested in going into  large scale production (of the materials). We are looking for factories or investors that will do that. We will just sell the licence to them and they can produce in large scale for Nigerians. They will end up helping our environment by ridding it of the wastes which have constitute nuisance all over the country. If we find people who are willing to finance the production, we will give them the licence and the know-how.

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“We will serve as technical partners to them because these processes are not static. We went through various processes to arrive at the results we got. That also tells us that we cannot stop at what we currently have on ground at the moment. We are never satisfied with whatever we achieve (at the EAC).

“Even for the kerosene and diesel, even though we have said  the  model we have now is one we want to license to other people,   we are looking to be involved continuously, we may find a better way of doing it. When we started (the process) we were using naked flame to heat ( the waste materials). Now, we are using electric energy. That is  why we want to participate rather than just sell technology to users. Manufacturers will need to continue to upgrade the process. The same for the aluminium from cans. We are willing to participate so that  we can continue to improve on the products.”

On sustainability, Bamgbose said plastic use had become part of modern life, meaning that they will continue to be there in large numbers. He added that the advantage of this  technology is that it  is completely home-made. Also, the Nigerian population would continue to use the products (used to make the fuels).

After participating in the exhibition which also featured some educational materials, including software and other educational technological materials, the state Commissioner for Education, Science and Technology, Prof. Adeniyi Olowofela, said the products developed by the firm showed that there was great future for Nigeria.

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