Egg shells will capture carbon dioxide

The University of Technical University Chemical-Metalurji Faculty of Chemical Engineering Professor. Dr. Muge Sarı Yilmaz started the project of Carbondioxide (CO2) Retention Mechanisms by Functionalizing the Polymers of the Layer Material, which was Sentied from the Turkish Scientific and Technological Research Institute (TUBİTAK) in August. With the project, layer material from egg shells is produced and supported by different polymers, the solid surface will be expected. In this way, rich egg shells in calcium carbonate will also get rid of garbage. "As a result of the combustion of fuels in our day, various types of greenhouses increased the atmosphere of carbon dioxide, especially from these places. This is why serious climate change that negatively occurs the ecosystem. That’s why many countries include Turkey are trying to create carbon emissions reduction plan to reduce carbon footprints.” Yılmaz reminded that Paris Climate Agreement has been approved last year by Turkey, and in this context, the goal of reaching net zero emissions up to 2053, said that carbon retention and storage technologies have been considered as an important strategy to achieve carbon emissions reduction.

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Muge Yellow Yılmaz, which emphasizes the importance of poor carbon dioxide emitted during production, said: "Demir-steel, poor carbon dioxide in some industries such as cement, insurance, is not possible. In these, carbon dioxide capture, conversion, reuse and storage have technologies strategic importance. About us? ‘In recent years, a adsorbent on the surface of the solid (the substance that keeps carbon dioxide on the surface of the elimination of gas or liquid molecules) due to the ease of application, relatively lower energy requirements and applicability in a wide range of processes. We also decided to produce an innovative material for carbon retention on the solid surface. We’ve seen that calcium-based adsorbents are listening to capture carbon. And we directed our work to calcium-based innovative materials. "
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Age Yellow Yılmaz, based on renewable resources to increase the energy consumption in the production of materials and chemicals in recent years and to reduce energy consumption, the synthesis is simpler and cost-effective to develop high-performance materials, Muge Yellow Yılmaz derivatives that has increased for this purpose. Yılmaz to use the egg shell wastes for our innovative calcium-based adsorbence in our project with this logic. There is very high rate calcium carbonate in the egg shell. Despite this, it is thought and thrown as a material without being converted to any useful material. In fact, egg shell is a popular biological waste that is produced quite in both homes and restaurants, and businesses.
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Muge Yellow Yılmaz, who shares the hunger that around 90 million tons of eggs shell will appear waste on the global basis, is the importance of creating an alternative application area to the egg shell, changes as follows: "We wanted to make a layer material from egg shells to be synthesized for the first time, and combine with different polymers, and we wanted to refine the performance in carbon dioxide retention. The project was accepted by TUBITAK. Prof. Copyright © 2018. All Rights Reserved. Prof. Dr. Tarık Eren and Western University of Michigan. Home Mert Atilhan will fortune as a consultant. In the scope of the project, an innovative material synthesis will be shown to the association, but more importantly, Turkey will contribute to the efforts of poor carbon emissions in the Paris Climate Agreemen Tags. At the same time, we aim to contribute to the actions of the threat of destruction within the Green Mutabakat Action Plan and providing waste of food. "
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Use in the industry
Muge Yellow Yılmaz, which informs that the study to keep carbon in small diameters will not be economical, in larger diameters, industrial areas will require use, "There are several methods for this. For example; carbon dioxide release in the production of the factory will be kept with a adsorbent and will be recovered with the pressure of the retained carbon dioxide or heat. It can be stored in carbon dioxide or geological or carried by pipes, it can be used in various industries such as fuel, chemical, beverage and food. At the end of the project we plan to share our results with the industry. The company spoke to the pilot application work in case of request. Yılmaz said that 1 gram material they produce is waiting for carbon dioxide retention over 110 milligrams: “The bark shell should be used in an important calcium carbonate source and different fields. The use of renewable energy sources in all areas of our lives are widely used. In some industries where we are not able to reduce carbon dioxide, capture, conversion, reuse and promote storage technologies Home. Individually, of course, we need to pay attention to our energy consumption, transportation and nutrition preferences.
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Source: AA