Ultrafast remediation of lead-contaminated water applying sphagnum peat moss by dispersive solid-phase extraction

field_of_study

Blank

university

Al-Azhar University – Gaza

authors

Lubbad S.H.; Al-Batta S.N.

authors_full_names

Lubbad, Said H. (6603250489); Al-Batta, Shady N. (57211459633)

authors_id

6603250489; 57211459633

year

2020

source_title

International Journal of Environmental Studies

article_title

Ultrafast remediation of lead-contaminated water applying sphagnum peat moss by dispersive solid-phase extraction

volume

77

issue

3

page_start

382

page_end

397

publisher

Routledge

affiliations

Department of Chemistry, Al–Azhar University–Gaza, Palestine; Institute of Water and Environment, Al–Azhar University–Gaza, Palestine, Egypt

authors_with_affiliations

Lubbad S.H., Department of Chemistry, Al–Azhar University–Gaza, Palestine; Al-Batta S.N., Institute of Water and Environment, Al–Azhar University–Gaza, Palestine, Egypt

corresponding_author

S.H. Lubbad; Department of Chemistry, Al–Azhar University–Gaza, Gaza, Jamal Abdel–Nasser St., P.O.Box 1277, Palestine; email: s.lubbad@alazhar.edu.ps

cited_by

10

doi

10.1080/00207233.2019.1674582

author_keywords

lead; sphagnum peat moss; Ultrafast removal

index_keywords

Adsorption; Cost effectiveness; Extraction; Lead; Peat; Phase separation; Water conservation; Water pollution; Adsorption equilibria; Contaminated water; Developed economies; Dispersive solid phase extraction; Initial concentration; Regeneration and reuse; Sphagnum peat; Ultra-fast; Lead removal (water treatment)