ISSN:
1913-1844
Journal Name:
Modern Applied Science, https://doi.org/10.5539/mas.v13n11p54
Volume:
13
Issue:
11
Pages From:
54
To:
61
Date:
Sunday, October 13, 2019
Keywords:
limestone slurry, olive mill wastewater, pomace, agriculture crops, zeebar
Project:
Chemistry, https://doi.org/10.5539/mas.v13n11p54
Abstract:
The main objective of this project is to develop sustainable method of innovative agriculture practices that relies
on reducing the liquid and solid waste generated from olive mill and limestone slurry by-product from factories
in Palestine. The second aim is to use these waste by-products in a proper ratio mixture and their feasibility in
the agricultural use for optimal and best conditions. The overall output is the implementation of applied research
on wheat crop and solanaceous vegetables including tomato and pepper which proved their tolerance to grow
well in such natural medium. It was observed that the best mixing ratio of the two parameter of limestone slurry
and OMW was at 90:10 respectively. Crop growth, plant length and leaf area were measured. The best ratio of
lime to OMW in wheat and pepper was 90:10, while tomato 80:20. It appears that the best result including plant
height and leaf surface area were obtained at 90:10 mixing ratio of limestone and OMW as medium of limestone,
pomace and OMW was suitable for cultivating the different types of studied crops. In general, the best results of
plant growth were achieved when the percentage of limestone was high in the medium. The research has shown
that it is possible to prepare an alternative media for plant growth from three major environmental by-products
that were considered pollutants. In general, as the percentage of limestone increased in the medium, the plants
grow proportionally. Selection of project site was within the AAUP Biology department and arboretum