Profile banner
Divyesh Parde

Divyesh Parde

Environmental engineer researching energy-efficient wastewater treatment

Bhubaneswar, India
Joined March 2026

Summary

Focused researcher on anammox-based and energy-efficient nitrogen removal: Divyesh Parde's work centers on experimental and optimization studies of anammox processes (MBBR, UASB integration, reactor configuration comparisons) to improve nitrogen removal efficiency and startup performance for domestic wastewater treatment. nih+2
Productive academic author with peer-reviewed contributions: He is a first-author or co-author on multiple peer-reviewed articles and conference chapters spanning reviews, experimental reactor studies, and optimization work, and maintains an academic citation record. google+1
Doctoral research and supervision at IIT Bhubaneswar: Registered as a research scholar under supervisors Dr. Manaswini Behera and Prof. R. R. Dash with a PhD thesis focused on application strategy and performance evaluation of anammox processes using lab and pilot MBBRs. ac+1
Experience bridging research and applied technology development: Engagement with CSIR-NEERI technology activities (e.g., UCCW) and publication contributions on constructed wetlands and fecal sludge treatment indicate involvement in applied sanitation and wastewater technology development. nitter+1

Work

Education

Projects

Writing

Enhanced anammox cultivation using mixed sludge and optimized nitrite-ammonium ratio

January 1, 2025

Laboratory study demonstrating enrichment of anammox bacteria using mixtures of readily available aerobic and anaerobic sludges and optimized NH4+-N:NO2--N ratios, reporting reduced startup times and metagenomic evidence of Candidatus Brocadia enrichment.

Favicon imagesciencedirect.com

Anammox-Moving Bed biofilm reactor Data-Driven optimization: Insights into anammox process stability and performance

January 1, 2025

Study optimizing operational parameters (COD, NH4+-N, HRT) for anammox-MBBR treating domestic wastewater; identifies stable operational windows and reports microbial community composition supporting anammox activity.

Favicon imagepubmed.ncbi.nlm.nih.gov

Assessment of reactor configurations and key factors for enhanced anammox-based nitrogen removal

January 1, 2024

Experimental evaluation comparing UASBR, MBBR and SBR configurations for culturing anammox bacteria and achieving nitrogen removal; reports reactor performances, effects of C/N ratio and Fe on specific anammox activity, and microbial community analysis showing presence of Candidatus Brocadia.

Favicon imagepubmed.ncbi.nlm.nih.gov

A review on anammox processes: Strategies for enhancing bacterial growth and performance in wastewater treatment

January 1, 2024

Literature review summarizing operational conditions, inhibitors, reactor types, and strategies to enrich and preserve anammox bacteria for wastewater treatment applications.

Favicon imagesciencedirect.com

Life cycle cost analysis of wastewater treatment technologies

January 1, 2022

Conference paper comparing life-cycle costs of wastewater treatment technologies (ASP, BIOFOR, UASB, MBBR) using present value method and 20-year economic life assumptions.

Favicon imageiopscience.iop.org

A review of constructed wetland on type, treatment and technology of wastewater

January 1, 2021

Review article covering types, design processes and technologies for constructed wetlands used in wastewater treatment.

Favicon imageresearchgate.net