The efficiency of biogas produced from organic household waste was increased by 30 percent with graphene.

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The efficiency of biogas produced from organic household waste was increased by 30 percent with graphene.


It has been reported that the efficiency of biogas produced from organic household waste at Niğde Ömer Halisdemir University has been increased by 30 percent by using graphene.

It has been reported that the efficiency of biogas produced from organic household waste at Niğde Ömer Halisdemir University has been increased by 30 percent by using graphene.

Faculty of Engineering Department of Environmental Engineering Faculty Member prof. Dr. From the same faculty as Sevgi Demirel, Assoc. Dr. Oznur Begum Gokcek, Dr. Faculty Member Hamdi Muratçobanoğlu, Nanotechnology Application and Research Center researcher and Faculty of Arts and Sciences Physics Department Lecturer Assoc. Dr. Recep Zan from Bursa Technical University, Assoc. Dr. Deniz Uçar has prepared a project for the efficient production of biogas from organic household wastes using graphene.

Project coordinator Demirel told Anadolu Agency (AA) that while obtaining biogas from organic household waste with the project, nano-material graphene (Carbon He said that they aim to increase the efficiency of this system by using the thinnest of

Demirel said that in the project, they produced biogas from the organic domestic waste they received from the urban solid waste area.

“We have two reactors, one of them we added graphene as a nanomaterial. The other is a control reactor without graphene. In the reactors where we use graphene, the methane content in the biogas we produce is about 30 percent higher. This is a remarkable result. Because as the methane content in the biogas increases, the portion of it that can be converted to energy increases. We have been successful in our work so far. Our ultimate goal is to produce a secondary material with high added value by using the methane in the biogas we obtain as a raw material.”

Demirel stated that when the project is completed, they will propose the results they obtained in the laboratory to real-scale facilities.

1 million lira support from TÜBİTAK to the project

Pointing out that they think that when graphene is used at the rates they recommend in biogas facilities in fruit juice factories, domestic water waste treatment facilities or farm-scale places, they think that this will directly reflect on the efficiency, Demirel said, “We are investigating how we can apply this in real-scale facilities. Ultimately, the electricity generation potential of biogas plants will increase and the electricity produced can be sold to the grid or the company can use it to meet its own electricity needs.” used the phrases.

Demirel stated that TÜBİTAK supported the project with approximately 1 million liras, and thus, they provided scholarships to 5 students.

Explaining that they continue their studies with the domestic facilities of the university, Demirel added that graphene is produced in the Nanotechnology Application and Research Center.

The efficiency of biogas produced from organic household waste was increased by 30 percent with graphene.
The efficiency of biogas produced from organic household waste has been increased by 30 percent with graphene.
The efficiency of biogas produced from organic household waste has been increased by 30 percent with graphene.
The efficiency of biogas produced from organic household waste has been increased by 30 percent with graphene.

Source: Anadolu Agency / Abdullah Özkul


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