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Tamas Karches

associate professor, department head

National University of Public Service

Hungary

Research Interests

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Professors in Hungary

About

Tamas Karches is an associate professor and department head at the National University of Public Service in Hungary. His research areas encompass hydraulic flow patterns in wastewater treatment, geocoding applications for urban water supply analysis, and optimizing wastewater treatment operations. His recent publications explore dynamic modeling and biokinetic control strategies aimed at enhancing the efficiency of wastewater management systems.

Articles (18)

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2026

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2020

Collaborators (1)

Janos Korponai

associate professor

National University of Public Service

HUNGARY

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Tamas Karches

Research Interests

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Articles (18)

Investigating Cladocera Community Composition in Wetlands with Different Hydrological Types

Hydraulic Flow Patterns in an On-Site Wastewater Treatment Unit Under Various Operating Conditions

Geocoding Applications for Enhancing Urban Water Supply Network Analysis

A konténerizált szennyvíztisztító telep anyagáramon alapuló modellezésének fejlesztése

A vízelosztó hálózatok hidrodinamikai hatékonyságának javítása geokódolási stratégiák mentén

Cladocera and Geochemical Variables from Core Sediments Show Different Conditions of Hungarian Lakes

GIS-Based Model Parameter Enhancement for Urban Water Utility Networks

Plant-Wide Models for Optimizing the Operation and Maintenance of BTEX-Contaminated Wastewater Treatment and Reuse

Towards a Dynamic Compartmental Model of a Lamellar Settler

Towards a Dynamic Compartmental Model of a Lamellar Settler

Fine-Tuning the Aeration Control for Energy-Efficient Operation in a Small Sewage Treatment Plant by Applying Biokinetic Modeling

Fine-Tuning the Aeration Control for Energy-Efficient Operation in a Small Sewage Treatment Plant by Applying Biokinetic Modeling

Operation improvement of sequencing FED-batch wastewater treatment

Fluid flow model applied for environmental problems at a combined sewer structure

Fluid Flow Model Applied for Environmental Problems at a Combined Sewer Structure

Genome-level insights into the operation of an on-site biological wastewater treatment unit reveal the importance of storage time

Genome-level insights into the operation of an on-site biological wastewater treatment unit reveal the importance of storage time

Sizing of a decentralized wastewater treatment unit supported by biokinetic modeling

Collaborators (1)

Janos Korponai

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