Environmental impact assessment of phosphate chemical complex in NE Algeria
Year: 2025
Type: article
Abstract: Purpose. This study aims to assess the environmental impact of a proposed phosphate chemical complex in the Wadi Elkbarit region of northeastern Algeria, focusing on the potential risks associated with its operations. Methods. A combination of analytical techniques was employed, including thermometers, turbidimeters, and various spectrophotometric methods, following standardized protocols (NF T and ISO) to assess water quality parameters. Chemical ana-lyses of dam water and soil samples were conducted to determine heavy metal concentrations and nutrient content. Findings. The facility is projected to generate significant environmental residues, including 2.07 to 2.53 million tons of phosphogypsum, approximately 2.3 thousand tons of sulfur emissions, and 5 to 10 thousand tons of fluoride compounds annually. Water quality analyses revealed alarming levels of heavy metals, with cadmium at 112.5 tons per year and lead at 50 tons per year, exceeding established standards. Soil analyses indicated nutrient and heavy metal concentration variability, raising concerns about soil health and agricultural safety. Originality. This research contributes novel insights into the environmental implications of phosphate processing, particularly concerning contaminant migration through interconnected groundwater systems. Practical implications. The findings underscore the urgent need for effective management strategies to mitigate environmental risks, particularly those linked to waste storage and wastewater discharge. Establishing robust monitoring systems and implementing remediation measures are essential for protecting water quality and promoting sustainable agricultural practices in the region.
Source: Mining of Mineral Deposits
Authors: Khaled Rais, Riheb Hadji, Louiza Boudiba, Chaouki Melkia, Amor Hamad, Toufik Djebbassi, Karima Hanini
Language: English
Subfield: Water Science and Technology
Field: Environmental Science
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W7083625126