U�ucu k�l, kire� ve cam tozu kullanarak blok �retimi

Turgut, Paki

Cilt : 24 Say� : 3 Y�l : 2024

30/2Son Say� Erken Bask� Ar�iv Pop�ler Makaleler Makale G�nderimi

Pamukkale �niversitesi M�hendislik Bilimleri Dergisi

U�ucu k�l, kire� ve cam tozu kullanarak blok �retimi [Pamukkale Univ Muh Bilim Derg]

Pamukkale Univ Muh Bilim Derg. 2018; 24(3): 413-418 | DOI: 10.5505/pajes.2016.70048

U�ucu k�l, kire� ve cam tozu kullanarak blok �retimi

Paki Turgut
Harran �niversitesi, M�hendislik Fak�ltesi, �n�aat M�hendisli�i B�l�m�, Osmanbey Kamp�s�, �anl�urfa

�lkemizde bulunan Kangal Termik Santrali�nde �ok miktarda u�ucu k�l birikmektedir. Bu santralde �retilen u�ucu k�ller depolama alanlar�na d�k�lmekte, ciddi �evre problemleri ve sa�l�k sorunlar�na sebep olmaktad�r. At�k cam da baz� problemler do�urmaktad�r. Geri d�n��m� olmayan camlar�n �o�u, �evre dostu bir ��z�m olmayan depolama alan�na g�nderilir. Dolay�s�yla, at�k cam biyolojik olarak ayr��mad��ndan, yap� sekt�r�nde kullan�lmas�na kuvvetle ihtiya� vard�r. Bu �al��mada, u�ucu k�l, kire� ve cam tozu kullan�larak yap� bloklar� �retildi. Bloklar 70oC s�cakl�kta 24, 48, 72 ve 96 saatlik s�relerde k�r edildi. Bloklar�n bas�n� ve yarmada �ekme dayan�mlar�, su emme, k�lcal su emme ve yo�unluk de�erleri belirlendi. K�r s�resinin yan�nda, blok i�erisindeki kire� ve at�k cam tozu gibi ilave malzemelerin miktarlar�n�n da sonu�lar �zerinde direk etkili oldu�u bulundu. Elde edilen sonu�lar, bu at�k malzemeler kullan�larak blok �retilebilece�ini g�sterdi.

Anahtar Kelimeler: U�ucu k�l, Kire�, At�k cam, Blok �retimi

Production of block by using fly ash, lime and glass powder

Paki Turgut
Harran University, Engineering Faculty, Civil Engineering Department, Osmanbey Campus, Sanliurfa

A large amount of fly ash is accumulating in Kangal Thermal Power Plant in our country. Fly ash produced in this plant is abandoned to the landfills and causes certain serious environmental problems and health hazards. Waste glass also constitutes some problems. The most of non-recyclable glass is sent to landfill that is not an environment-friendly solution. Therefore, there is a strong need to be utilized it in building sector because it is not biodegradable. In this study, masonry blocks were produced by using fly ash, lime and waste glass powder. Blocks were cured for periods of 24, 48, 72 and 96 hours at 70 oC. The compressive and flexural strengths, water absorption, sorptivity and density values of blocks were determined. It was found that curing time and amounts of additional materials that were lime and waste glass powder in the block were directly effective on the results. The results obtained showed that block could be produced by using these waste materials.

Keywords: Fly ash, Lime, Waste glass, Block production

Paki Turgut. Production of block by using fly ash, lime and glass powder. Pamukkale Univ Muh Bilim Derg. 2018; 24(3): 413-418

Sorumlu Yazar: Paki Turgut, T�rkiye
Makale Dili: T�rk�e

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