Master'sOpen Access

To Arise from petrochemical industry of wastes contained sulphuric acid appreciate on limy soils for reforming the soil

2002
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Advisor: Yrd. Doç. Dr. Mahnaz Gümrükçüoğlu

Abstract (EN)

TO ARISE FROM PETROCHEMICAL INDUSTRY OF WASTES CONTAINED SULPHURIC ACID APPRECIATE ON LIMY SOILS FOR REFORMING THE SOIL SUMMARY Key Words: Petrochemical Industry, Limy Soil, Treatment Sludge, Soil Reform, Recreation With increasing of environment conscious, researcher studies about characteristics, evaluation, possibilities and problems of treatment sludge that is taking from industrial processes. Because of increasing demands on subject of waste water treatment, quantity of treatment sludge shows an important increase. Treatment of sludge and following strategies about this, formed from water treatment is acceptable, economical and reliable as environmental. Sludges from treatment plants after kinds of processes can be given to soil or used for soil reforms or can be treat with garbage. Treatment sludge is used in agriculture in many countries for long years in the beginning treatment sludge was used out of control but then its important appeared and intructions according to this subject put in order. In tins study, aim is using of limy soils (pH > 8-8,5) more productive. For this, wastes contained sulphuric acid, from petrochemical industry, are processed on limy soils and an experimental research is made for reforming the soil. So waste is aside by industries produced wastes containing sulphuric acid., there will be a possibility of removing of neutralisation unit or more economic unit according to decreasing expenses in process of his waste in these industries. According to results of experiments in a region they contains high limy soil, can be said that soil with stone, waste containing acid can be used in fields especially aim of recreation or evaluated as green frields. Experiments show that it isn't harmful for environment it is an important step in cheap aside and it can be economic for industrial founding.

Author

Dr. Yasemin Damar

How to Cite

Yasemin Damar (Master Thesis). To Arise from petrochemical industry of wastes contained sulphuric acid appreciate on limy soils for reforming the soil, 2002, Sakarya University.

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