The Membrane Wastewater Specialist

Dynatec Systems – Burlington, NJ

DYNATEC BACKGROUND

Dynatec provides wastewater treatment solutions for industry and leachate treatment.

All projects have a membrane system as part of the solution.

Dynatec History

• Providing wastewater systems since 1979

• We use membranes for separation process

• Provide complete turnkey systems

• Can use chemical, physical, biological treatment as part of the process

DYNATEC CAPABILITIES

• Treatability and pilot studies

• Process design

• Project engineering and design

• System installation

• Startup and training

• Maintenance service

• Operating service

• Design, build, own, operate and maintain (DBOOM)

Aluminum ExtrusionAluminum Plant

Waste Rolling Emulsion

Bilge Water Treatment

BOD/COD Reduction CafeteriaCandy Mfg Wash

Water

Chemical Manufacture

Commercial Heat Treating

Central Waste Treatment Plants

Condiment Production

Wastewater

Construction Equipment

Crayon Mfg Ink Wash Water

Egg Processing Electronic Ceramics Fish Processing Wash Water

Forge Wastewater

Foundry WastewaterGlass Bottle Mfg

Mold ReleaseGlass Grinding Wastewater

Glass Labels Wash Water

Hazardous Waste Treatment Facility

Meat Processing Wash Water

Metals Finishing Wash Water

Metal Press/Stamping

Lubricants

Metal Working Machining &

Grinding Waste

Newspaper Flexo Ink Wastewater

Non-woven Fabric Latex Wastewater

Organic Chemical Mfg Wastewater

Parking Lot Run-off Oil/Water Separation

Paper Mill Pasta Production Wastewater

Pharmaceutical Packaging Wash

Water

Plastic Bag PrintingPressure Washer

Wash WaterRailroad Vehicle

Wash WaterSanitary Landfills

Sausage Production Wastewater

Shoe Polish Manufacturer

Steel Can Wash & Rinse Water

Steel Mill Phenol Recovery

Textile Brine Concentration

Textile Size RecoveryThermophilic Bio-Solids Clarification

Transit Vehicle Wash & Maintenance

WaterTruck Wash Water

Utility Power Plant Oil/Water Separation

Vehicle Repair Facilities Wash

WaterWaste Coolant

Water Base Ink Printing Wash Water

De-Icing Fluid Recovery

Municipal Wastewater MBR

Oily Wastewater Recovery

Alkaline Wash Water

Applications

Over 700 Installations

Over 100 Applications

40+ Years of Experience

TYPICAL CONTAMINANTS

Contaminant Min Value mg/l Max Value mg/l

Ammonia 350 2200

BOD–5 400 6000

COD 1000 16000

Iron, Total 0.03 6

pH 7.0 8.0

Phenols 0.5 140

TDS 3000 24000

TSS 150 1000

TKN 350 3000

TOC 1000 7000

TYPICAL CONTAMINANTS

Contaminant Min Value mg/l Max Value mg/l

Metals 0.05 18

PFOS 0.001 0.005

PFAS 0.001 0.006

O&G 5 30

Semi-volatiles 0.010 2.0

Volatiles 0.010 1.5

PCB 0.001 0.080

Osmotic Pres

Transmissivity 5% 25%

Mercury 0.0003 0.002

Contaminant Removal Challenges• Osmotic Pres

• Metals

• Ammonia

• TDS

• Metals

• PCBs

• Transmittance

• Oil & Grease

• High COD

• Toxic & Inhibitory Substances

• PFOS & PFAS

• Mercury

PFAS Removal Efficiency

North Carolina Landfill

PROJECT QUESTIONS

Client “What is the correct system configuration to provide the necessary quality?”

• Qualitative characterization

• Identify the parameters to be removed to be in compliance

• Identify technologies best suited for each parameter

• Design for complete system that addresses all parameters at the best CAPEX and OPEX

Technologies Available

• Membrane Bioreactor

• UF + Reverse Osmosis

• Nano Filtration

• MBR + RO

• Pretreatment + MBR

• MBR + Post Treatment

• Pretreat + MBR + RO

Conventional Treatment Plant

Tertiary Filtration

Biological Treatment

Headworks

Grit/Screenings Reject

WAS

RAS

Post Aeration

Disinfection

Secondary Clarification

OxicAnoxic

Dynatec MBR Treatment Plant

Biological TreatmentHeadworks

Grit/Screenings

RAS

OxicAnoxic Effluent

Disinfection

Out-of-Basin Membrane Separation

WAS

Basis of crossflow system

Aerated Reactor

Circulation pump

Membrane Array

Permeate

CONVENTIONAL FILTRATION

Bag Filter Mesh Filter

Cloth Filter Filter Press

Media Filter Cartridge Filter

Filter

Filtrate

Feed

CROSS-FLOW FILTRATION

• Feed

• Permeate

• Reject/Retentate/Concentration

Why MBR?

Activated sludge process consisting of an aeration tank and a membrane unit that separates treated effluent from bio-solids

Membrane provides an absolute barrier based on particle size. No solids carry-over occurs enabling exact control of the solids retention time (SRT)

The system promotes slow growth microorganisms and degradation of constituents that are normally considered recalcitrant

ALWAYS HIGH QUALITY

Membrane filtration always assures high quality discharge• Positive filtration prevents upsets

No upsets possible• Sludge bulking does not matter

High MLSS concentration assures high rates of treatment• Changes in feed strength are more easily accommodated

No treatment chemicals required for sludge settling

High consistent quality allows for possibility of reuse with no worries about system upsets

MBR for INDUSTRIAL WASTEWATER

Membrane allow higher concentrations of mixed liquor suspended solids (MLSS) to be maintained under aeration

Quality of the effluent and its reliability are increased through MBR technology

With the use of UF membranes, the effluent can be free of bacterial contamination and suitable for reuse

Installed

• Jet mix/aeration pumps inc. installed spares

• Jet Mix pumps• Membrane circ.

pumps + CIP• Duplex membrane

skid• Chemical feeds in

foreground

LOWER COST

• Power

– $0.002/gallon

• Chemical

– $0.0005/gallon

• Maintenance

– $0.0006/gallon

• Labor

– $0.004/gallon

• Disposal

– $0.015/gallon

REVERSE OSMOSIS

• High pressure, 200 – 1,000 psi

• Rejects salts and low molecular weight solutes -used for desalination.

• Require pre-filtration

• Spiral wound, plate & frame and tubular configuration

System Installed

Dynatec DynaLift™ Background

• Developed first in the

Netherlands

• Dynatec has been

applying tubular

membranes for over 25

years

• First tubular membrane

MBR in 1992

• First DynaLift™ MBR in

1998

• First US Installations

started up in 2005