Internationally renowned for localised service High efficient, economic and flexible Waste Water Treatment with Biofiltration 3 rd Generation.

Slides:



Advertisements
Similar presentations
Advanced Wastewater Treatment Plants.
Advertisements

Eurosound s.r.o Construction,Delivery and assembly of technology Communal and industrial systems for waste water treatment Technology of Waste Water Treatment.
UAB Ekotakas flocculants
Newcastle Water Pollution Control Plant
AEC advanced environmental control aps
INTRODUCTION TO THE TREATMENT OF TANNERY EFFLUENTS
Sewage and Effluent Treatment 2-4 November 2002 Seán Moran -The first few slides.
Salsnes Filter Overview
Biological waste water treatment
Tirupati Water Solutions ugf-3,Super mall,Vikas Nagar,Lucknow,Mob : ISO 9001:2008 Certified ( The Complete Water Solutions) Technical Presentation.
An-Najah National University Civil Engineering Department
GENERATION OF ADDITIONAL REVENUE FROM PRODUCTS OF
Membrane Processes For Waste Water Treatment By: Rohit Chaurasia 3 rd B. Tech. Civil Engineering 71/08.
THE COMPARISON OF WASTEWATER TREATMENT METHODS AND THEIR USE FOR IRRIGATION Presented by: Michael Fynn Date: Tuesday 3rd September 2007.
INTRODUCTION TO THE TREATMENT OF TANNERY EFFLUENTS
An Energy Producing Resource Recovery Plant Concept © Copyright 2011, All Rights Reserved, Filtration Dynamics, Inc. Energy from Wastewater.
15/01/2010 PREPARED BY : M. MERIH AYDIN BARIS TOR RANA OKUR GOZDE YILMAZ MODERN CARDBOARD CORPORATION.
Wastewater Treatment. Municipal WW Management Systems Sources of Wastewater Processing at the Source Wastewater Collection Transmission and Pumping Treatment.
LOTUS ENVIRONMENT TECHNOLOGY PVT. LTD
WASTEWATER ENGINEERING
INTRODUCTION TO THE TREATMENT OF TANNERY EFFLUENTS
Upgrade of Sana'a WWTP1 Upgrade of the Sana‘a Wastewater Treatment Plant Presentation of the Design Implementation of the New Preliminary Wastewater.
Cavitation – Ferment Waste Water Treatment
© 2006, Koch Membrane Systems, Inc. All rights reserved. MBR Technology for Water Reuse in Municipal & Industrial Applications Christoph Kullmann Business.
The Quality Company - Worldwide SOUTH WEST WASTE MINIMISATION GROUP 3 RD JUNE 2009.
National Conference on Energy & Environment
Domestic Waste Water Treatment
AHK Jyväskylä - Finnland October 26, 2010 BIOENERGY FARMATIC Anlagenbau GmbH.
7.1 Wastewater Treatment Process
The Swedish Water Experience We offer Swedish water purification knowhow, management and treatment plant construction 1.Background 2.How we work 3.What.
Municipal Wastewater Efficiency Improvements Potential Savings for the 6 th Power Plan September 30, 2008 Regional Technical Forum South Treatment Plant.
Wastewater Treatment. Municipal WW Management Systems Sources of Wastewater Processing at the Source Wastewater Collection Transmission and Pumping.
Improving Water Quality Purification of Drinking Water General process: Collected from reservoir or ground water.
LIPPO CIKARANG Wasted Water Treatment Plant
By Shantanu Mane Vaidehi Dharkar Viral Shah
Applications for CBX Sludge Blanket Meter Savings and optimization of the process.
 Operation of several full-scale fill-and-draw systems were introduced at between 1914 and  Interest in SBRs was reconsidered in the late 1950s.
Automatic and energy efficient dewatering unit for waste water treatment: SAV Ulf Johansson, Stigebrandt Hydroteknik AB, Sweden.
Wastewater Treatment Processes
Sewage Treatment.
EPUR NATURE : A company which designs and builds reed bed filters for waste water treatment from 50 to 5000 p.e.
Freshwater recirculation systems
Environmental Engineering (Wastewater treatment) Core Course Laboratory of Environmental Engineering & Planning Department of Civil Engineering Aristotle.
Waste Treatment Waste is a general problem in chemical plant operation especially in the developing country where the rules and regulations are very strict.
Introduction to Environmental Engineering Dr. Kagan ERYURUK
APC-MB05 IS ADVANCED IN WASTEWATER TREATMENT SYSTEMS APC Wastewater Treatment System.
Green Filters: a sustainable wastewater treatment strategy for small towns in developing countries.
© 2014 Evoqua Water Technologies LLC INTRODUCING THE CAPTIVATOR George Smith; Director of Biological Processes.
WASTEWATER TREATMENT PETRIT TARE GENERAL DIRECTOR OF UKKO JSC CONFORMING TO EU WASTEWATER TREATMENT DIRECTIVE CASE STUDY OF KORCA CITY, ALBANIA.
Engineered systems for wastewater treatment and disposal.
Membrane Bioreactors for Wastewater Treatment.
Water management company AN ADVANCED SEWAGE WATER TREATMENT CONCEPT: e – IONIZATION TREATMENT.
2011 WCW Conference. Fort McMurray James Sacker, Director Environmental Hugh Crawford, Wastewater Supervisor Plant Operations staff Alberta Environment.
Mira Green Tech - MULTI STAGE BIOLOGICAL SYSTEM. 2 MULTI STAGE BIOLOGICAL SYSTEM : CURRENT SCENERIO India’s largest cities generate more than 38,254 million.
WATER MANAGEMENT.
Conventional Sewage Treatment Plants:
Wastewater treatment from problem to opportunity Case Bekkelaget WWTP
Rastlinske čistilne naprave
5th Annual Water and Sanitation Workshop
National University Of Kaohsiung Taiwan
Low Cost Wastewater Treatment by Biofilm Technologies : Trickling Filter Dr.-Eng. Noama Shareef Senior Wastewater Engineering & lecturer at Al-Balqa’
Inventory and Tertiary Treatment of Effluent from Textile Industries in Bangladesh The use of a new system combining an enhanced coagulation, flocculation.
Lecture (8): liquid wastes treatment (primary, vital, advanced).
Flow Equalization Jae K. (Jim) Park Dept. of Civil and Environmental Engineering University of Wisconsin-Madison.
Wastewater Treatment Dr.Gulve R.M..
And Local Agents.
Streaming Current Detectors
TERTIARY TREATMENT METHODS
Methods for Wastewater and Sludge Treatment
BIODISCS (RBC) Rev
Presentation transcript:

Internationally renowned for localised service High efficient, economic and flexible Waste Water Treatment with Biofiltration 3 rd Generation

Internationally renowned for localised service  French Engineering Company with several own technologies  Established in year 2000 together with Prof. Dr.-Ing. Ivan SEKOULOV from Technical University Hamburg- Germany  Representations in France, Germany, Hungary, Romania, Italy, Kuwait

Internationally renowned for localised service TECHNOLOGY TYPETreatmentinvented stepsin year Activated SludgesuspendedPC+AT+SC1895 growth Biofiltration attachedPC+BF1980 growth Basic Waste Water Treatment Technologies

Internationally renowned for localised service Example of Activated Sludge Plant

Internationally renowned for localised service WastewaterAir Treated water outlet Biofiltration Aerated biological upflow filtration

Internationally renowned for localised service Biofiltration Backwash tank Feeding pumpAir compressor 3 to 4 m 6 m

Internationally renowned for localised service Filtering medium  natural expanded clay  burnt at °C  granular medium  grain size 2 – 6 mm  durable use

Internationally renowned for localised service Biofilter

Internationally renowned for localised service BIOFILTRATION Technology  Biological treatment  Retention of suspended solids by Filtration  In the same tank  No Secondary Clarifier

Internationally renowned for localised service BIOFILTRATION Technology  First plant realized in 1980  Today more than reference plants  30 years of experience

Internationally renowned for localised service A. Activated sludge B. Biofiltration Suspended growth Attached growth

Internationally renowned for localised service A. Activated sludge B. Biofiltration Activated sludge tank Primary settlement tank Secondary settlement tank Primary settlement tank BF1BF2 BF3BF4 Equalization tank

Internationally renowned for localised service Turn-key waste water treatment plant for domestic sewage for serving to PE with Biofiltration AQUABIOdom ®

Internationally renowned for localised service Fine screen settlement tank AQUA- BIOflux Dis- infection Sludge stabilization Sludge dewatering sievings Tertiary treatment Primary treatment Biological treatment Sludge treatment Equalization tank AQUABIOdom process scheme

Internationally renowned for localised service 25 m 15 m A = 25 x 15 = 375 m²; 375/5.000 = 0,075 m²/PE AQUABIOdom ® 5.000

Internationally renowned for localised service AQUABIOdom ® Fine Screening

Internationally renowned for localised service AQUABIOdom ® Lamellar Clarifier

Internationally renowned for localised service Installation of lamellar sedimentation tank AQUABIOdom ®

Internationally renowned for localised service AQUABIOdom ® Biofilter

Internationally renowned for localised service Delivery and installation of biofilter AQUABIOdom ®

Internationally renowned for localised service AQUABIOdom ® Sludge Screw Press

Internationally renowned for localised service AQUABIOdom ® Feeding Pumps

Internationally renowned for localised service AQUABIOdom ®

Internationally renowned for localised service AQUABIOdom ®

Internationally renowned for localised service AQUABIOdom ®

Internationally renowned for localised service Years Waste Water to WWTP 1 Biofilter in operation 2 Biofilter in operation AQUABIOdom ®

Internationally renowned for localised service  Less sludge production  Less Energy consumption  Less operation costs AQUABIOdom ®

Internationally renowned for localised service Kg DS/kg BOD el BiofiltrationActivated Sludge 0,4 0,6 1,2 Specific Sludge Production Biofiltration – Activated Sludge

Internationally renowned for localised service M² /PE Biofiltration Activated Sludge 0,05 0,15 0,20 0,30 Specific Space Requirement Biofiltration – Activated Sludge

Internationally renowned for localised service Specific Energy Consumption of Biofiltration WWTP AQUABIOdom ®

Internationally renowned for localised service Results of municipal biofiltration plants

Internationally renowned for localised service outlet concentrations BOD < 25 mg/l COD < 125 mg/l TSS < 20 mg/l NH 4 -N < 3 mg/l N-tot < 15 mg/l P-tot < 1 mg/l AQUABIOdom ® Inlet Outlet

Internationally renowned for localised service ParameterConcentration Min % of reduction BOD < 25 mg/l70-90 COD < 125 mg/l75 TSS < 35 mg/l ***90 * < 60 mg/l ****70 Total P< 2 mg/l *80 < 1 mg/l **80 Total N< 15 mg/l*70-80 < 10 mg/l ** Council Directive 91/271/EEC of 21 May 1991 concerning urban waste-water treatment * – PE ** > PE *** > PE **** – PE

Internationally renowned for localised service Budget Investment costs AQUABIOdom ® Mechanical & Electrical Equipment: € 2.Civil Engineering Works: € 3.Building: € 4.TOTAL € 5.TOTAL specific: /5.000= 220 €/PE

Internationally renowned for localised service Specific investment costs of WWTP AQUABIOdom ® Classical Activated Sludge Plants

Internationally renowned for localised service Budget Operational costs AQUABIOdom ® Electrical consumption:600 kWh/day 2.Chemicals (FeCl3 + Polymers):2.000 €/year 3.Labor costs:8 H/week 4.Spare parts + maintenance: €/year

Internationally renowned for localised service Budget Operational costs AQUABIOdom ® Q= m3/day; m3/year 1.Electrical consumption (0,1 €/kWh) 0,040 €/m3 2.Chemicals (FeCl3 + Polymers):0,004 €/m3 3.Labor costs (5 €/h) :0,004 €/m3 4.Spare parts + maintenance: 0,001 €/m3 5.TOTAL0,049 €/m3

Internationally renowned for localised service Essential advantages in operation  high grade waste water purification according to EU regulations  fully automated process  no bulking sludge problems  high flexibility by modular filter units  adapted for high variations for inflow hydraulics AQUABIOdom ®

Internationally renowned for localised service Essential technical/commercial advantages  small footprint and fully covered  high quality of technical equipment  low energy consumption  low sludge production  full automatic function  low maintenance and operation costs AQUABIOdom ®

Internationally renowned for localised service THANK YOU FOR YOUR ATTENTION