Waste is a global problem and not a domestic problem confined to one State alone. As technological development increases in all aspects of life, the waste generated increases. The survey found that most of the imported and domestic products studied i
n the research are recyclable, consisting of refillable glass bottles, aluminium, plastics and cartons, all of which represent national wealth and resources with which to operate stop plants in Iraq, as well as a shortage of recycling plants in Iraq compared to the daily waste produced. In addition, there is a shortage of recycling plants in Iraq compared to the daily wastes in question. The waste recycling plants consisted of one plant in Sulaymaniyah governorate, the other in Al- Mahmudiyah district and the third in Dhe Qar governorate, which has been out of service owing to its combustion, and the fourth and fifth in Karkh and Rasafa districts, both of which have been under construction since 2017. Most of the waste studied in the research is recoverable (aluminium, plastic, glass, cartoon) and all of it is imported by the state and its final plant is unhealthy.
The present study was testing the three type of waste (orang crusts, pomegranate crusts, banana crusts) for repairing some lab ecosystems through their ability of treating contaminated soil with some pollutants metals that produced from some laborato
ry equipments. C = contaminated soil only that consider to be a control test. Both plants were exposed to heavy elements (Pb, Cd, Cr) for a period of three weeks and record the tolerance range weekly, all data recorded was triplicate. Atomic absorption spectrometer used to estimated metals concentrations. The results show that mostly there are significant differences at each mineral concentration towards treatments during tested period. Aim of this work is to find a simple and friendly ways to limit the contamination in aqua ecosystem.
