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Xử lý ô nhiễm đất quy mô thực tế bằng phytoremediation
Tóm tắt
Trong nghiên cứu này, một quy trình xử lý ô nhiễm bằng thực vật với sự kết hợp của các loài thực vật khác nhau (Populus nigra (var.italica), Paulownia tomentosa và Cytisus scoparius), cùng với các loại cây tự nhiên đã được đề xuất ở quy mô thực tế (10.000 m2) nhằm khôi phục và phục hồi chức năng cho một loại đất bị ô nhiễm nặng nề bởi kim loại nặng và hydrocacbon. Trong nỗ lực đánh giá cả hiệu quả và tiến trình của hệ thống phục hồi hướng tới một hệ sinh thái đất tự nhiên, bên cạnh các tham số ô nhiễm, cũng đã điều tra các tham số mô tả hiệu quả của các thành phần vi sinh vật (hoạt động enzyme). Trong 3 năm, tổng hàm lượng hydrocacbon và kim loại nặng trong đất giảm theo thời gian (40% và 20-40%, tương ứng), đạt nồng độ dưới giới hạn của luật pháp quốc gia và biến địa điểm trở nên thích hợp cho việc tái sử dụng môi trường. Việc giảm ô nhiễm có thể là nguyên nhân dẫn đến sự gia tăng trong hoạt động dehydrogenase (chỉ số hoạt động vi sinh vật tổng thể), β-glucosidase và phosphatase, các enzyme liên quan đến vòng tuần hoàn C và P, tương ứng. Tuy nhiên, xu hướng này rõ ràng cũng do sự gia tăng của các dưỡng chất hóa học, đóng vai trò như nền tảng cho các enzyme này. Hơn nữa, một thử nghiệm thực vật được thực hiện với Raphanus sativus cho thấy, sau 3 năm, một sự gia tăng đáng kể về tỷ lệ tăng trưởng của cây, xác nhận sự giảm độc tính của đất và sự cải thiện trong trạng thái dinh dưỡng của đất. Do đó, hệ thống xử lý ô nhiễm bằng thực vật này dường như rất hứa hẹn để thực hiện cả việc khử ô nhiễm và phục hồi chức năng của một loại đất ô nhiễm ở cấp độ quy mô thực tế.
Từ khóa
#phytoremediation #ô nhiễm đất #vi sinh vật #enzyme #phục hồi chức năngTài liệu tham khảo
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