C‑level executive and top 2% globally highly cited scientist with over a decade of leadership driving innovation in water, waste, and environmental sectors. Dr. Bazargan concurrently serves as CEO & Founder of Pyramoon Water and Energy Engineering, Chief Technical Advisor (CTA) for the United Nations Development Programme (UNDP), and holds a tenure-track faculty position at the University of Tehran. He is a recipient of numerous international awards, including the DAAD scholarship (Germany), TOTAL scholarship (France), and the University of Tokyo's Asian Program for Incubation of Environmental Leaders. His work bridges the gap between early‑stage innovation and full‑scale industrial deployment.
Research attachment at the University of Cambridge, United Kingdom. Awarded the SEND and PGRS scholarships.
Environmental & Energy Engineering — awarded the TOTAL scholarship.
Internship at Rheinland‑Pfälzische Technische Universität Kaiserslautern‑Landau, Germany.
Industrial‑scale test of electromagnetic waves to reduce scaling/fouling on SWRO membranes; potential acquisition of company shares upon success.
Design and Construction of a massive concrete structure (180×40×6 m) for slow sand filtration, reducing intake turbidity to < 1 NTU for Chabahar desalination plant.
Comprehensive audit and improvement suggestions for high‑rate DAF systems, identifying bottlenecks and reducing chemical consumption.
Techno‑economic assessment of brine management technologies (EDR, LSRRO, HPRO, MVR, etc.) and phased roadmap for Mg(OH)₂ recovery.
Integrated pretreatment system with Coagulation, Flocculation, Sedimentation, and DAF for Bushehr and Borazjan SWRO plants, achieving >90% reduction in turbidity, TSS, FOG, and zooplankton.
Pilot overhaul of DAF units at Persian Gulf Desalination Plant with 3D‑printed nozzles, reducing pressure and improving removal efficiency by 30%.
General contractor for a 1‑hectare tourist complex including concert hall, restaurants, villas, and landscaping.
Designed and manufactured novel static mixers using CFD modelling and 3D printing for low pressure drop and high mixing efficiency.
EPCM for an industrial wastewater treatment plant treating highly polluted wastewater (COD > 10,000 mg/L) using Anaerobic Fixed Bed, MBBR, etc.
Technical consultancy for one of the largest municipal wastewater reuse plants in Iran, including advanced pre‑treatment (UF, ozonation).
Built a sport center with unconventional diagonal concrete pillars, reducing costs by >50% compared to conventional methods.
EPC general contractor for full desalination plant including civil works and intake systems. Delivered on‑time amidst sanctions with 60+ staff.
Design and installation of 5.5 km of 24″ HDPE pipeline through Bushehr city to transfer desalinated water to the central tank.
Developed Dissolved Air Flotation Filtration from lab to industrial scale. Commissioned two large DAF systems after successful pilot.
EPC of a desalination unit with 80% recovery, permeate TDS < 20 mg/L. High automation for minimal intervention.
Provided step‑by‑step instructions to clear biofilm growth in pipelines of a major toiletries factory, ensuring product safety.
Consultancy for possible designs of a brackish water desalination plant. Provided optimized designs and modelling to inform decision‑making.
Research themes:
Students have ranked 1st nationally in entrance exams (twice) and won Distinguished Research Awards (twice).