Implementing Constructed Nature Based System Solution as an Alternative for Water Treatment

Authors

  • Mr. Muhammad Huzaifah Wahap NAHRIM
  • Noor Azme Omar
  • Zubaidi Johar

DOI:

https://doi.org/10.36877/aafrj.a0000263

Abstract

Industrial wastes had contributed to environment pollution. In particular, wastewater had been increasing in any country around the world, from agricultural sectors to commercial sectors. Wastewater treatment had raised overhead costs on operational and maintenance. Many studies had been done on finding alternatives for wastewater treatment. In general, a variety of wastewater treatment processes are employed which includes primary treatment, secondary treatment and tertiary treatment. In this study, three designed systems of tertiary treatment had been observed to evaluate wastewater quality reduction. A designed system had been selected to identify the treatment efficiency using the same treatment concept of phytoremediation. There are three designs which are the large-scale design, medium-scale design and portable scale design. The differences among the designs are that the first large-scale design uses wastewater sources directed from a sewerage plant, while the second design with medium-scale uses groundwater water with nutrient loads from aquatic species. The third design with portable scale uses a customised aquarium method with conventional filtration. From the study, it was found that different solution design systems could perform treatments for different wastewater characteristics. The average range of treatment had been seen to reduce contaminated water quality between 10 to 60% on differences in water quality parameters. This identified that the constructed nature-based system (NBS) could possibly be performed as one of the wastewater treatments. Further study could be done for any sources of wastewater in future as an added value to the improvised existing design to improve surface water quality.

Downloads

Published

2021-09-30

Issue

Section

ORIGINAL RESEARCH ARTICLE