leap mbr – the next generation of zeeweed mbr technology

17
The next generation of ZeeWeed MBR technology European Water and Waste Water Management Conference Ben Courtis Program Logo Ensuring P compliance at sewage treatment works a LEAP forward.

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Page 1: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

The next generation of ZeeWeed MBR technology

European Water and Waste Water Management Conference

Ben Courtis

Program

Logo

Ensuring P compliance at sewage

treatment works a LEAP forward.

Page 2: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

2 MBR Launch Pitch

10/7/2013

2 MBR Launch Pitch

10/7/2013

Presentation Overview

1. History of MBR in the UK WFD and p control.

2. A global perspective

Size and BNR

3. Why install an MBR?

4. A LEAP forward in MBR technology

5. P removal a case study in evolution.

Page 3: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

3 MBR Launch Pitch

10/7/2013

3 MBR Launch Pitch

10/7/2013

History of MBR’s in the UK

Drivers

Competitor systems

GE Systems

WFD and p Removal

Page 4: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

4 MBR Launch Pitch

10/7/2013

4 MBR Launch Pitch

10/7/2013

Maxim

um

Daily

Flo

w,

MLD

Cleveland

Bay AUZ 75

MLD (2007)

Brightwater

USA 144

MLD (2011)

Ford Motors

CAN 1.4

MLD (1992)

Powell River

CAN 5 MLD

(1998)

AD

F C

um

ula

tive Insta

lled C

apacity ,

MLD

Brescia

ITA 42

MLD

(2002)

125

25

50

75

100

150

0

GE experience & evolution

10 MLD total cumulative capacity

added between 1983 and 1994

6000 l/d 3.5 MLD

Page 5: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

5 MBR Launch Pitch

10/7/2013

5 MBR Launch Pitch

10/7/2013

Footprint

Reliability

Quality

Recycling

Economics

Brescia, Italy

Advantages of MBR

Page 6: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

6 MBR Launch Pitch

10/7/2013

6 MBR Launch Pitch

10/7/2013

Cost of MBR vs. conventional

0

20

40

2001 2006 2011

Conventional

MBR Lifecycle cost

of LEAPmbr is

equivalent to

conventional

treatment

0

20

40

2001 2006 2011

Conventional

MBR

Capital expenditure

($M)

20 year lifecycle cost ($M)

* Based on 20 MLD treatment capacity

Page 7: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

7 MBR Launch Pitch

10/7/2013

7 MBR Launch Pitch

10/7/2013

answer to Productivity

15% productivity improvement vs.

previous generation of ZW MBR

From this…. To this….

Page 8: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

8 MBR Launch Pitch

10/7/2013

8 MBR Launch Pitch

10/7/2013

answer to Footprint

20% footprint reduction vs.

previous generation of ZW MBR

From this…. To this….

Page 9: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

9 MBR Launch Pitch

10/7/2013

9 MBR Launch Pitch

10/7/2013

answer to Simplicity

50% reduction in membrane

aeration equipment compared to

previous generation of ZW MBR

From this…. To this….

Page 10: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

10 MBR Launch Pitch

10/7/2013

10 MBR Launch Pitch

10/7/2013

30% energy reduction over

previous generation of ZW MBR

From this…. To this….

answer to Energy

Page 11: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

11 MBR Launch Pitch

10/7/2013

11 MBR Launch Pitch

10/7/2013

ZeeWeed Reliability at the Core

• Strong, reinforced UF

hollow fiber membrane

• Two decades of ZeeWeed

MBR experience

• Meets or exceeds

toughest regulatory

standards in the world

answer to Reliability

Page 12: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

12 MBR Launch Pitch

10/7/2013

12 MBR Launch Pitch

10/7/2013

1995

2000

2002

2005

2011

LEAP Aeration Technology

Cyclic Aeration

Sequential

Aeration

LEAP

Aeration

Technology

Continuous

Aeration

10/30 Eco-

Aeration

Builds on GE aeration innovation

Page 13: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

13 MBR Launch Pitch

10/7/2013

13 MBR Launch Pitch

10/7/2013

Why Bigger Bubbles are Better

Larger bubbles

delivered at

shorter intervals

create more shear

and reduce fouling.

The effectiveness

of the large

bubbles results in

less total air

volume being

required.

Page 14: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

14 MBR Launch Pitch

10/7/2013

14 MBR Launch Pitch

10/7/2013

Increased surface area

ZeeWeed module

Reduced blower size

Optimized tank design

Simplified aeration piping

Lower energy LEAP

Aeration Technology

Increased ZeeWeed UF

productivity

No air cycling

valves

Significant reduction in lifecycle

cost of the MBR system

Page 15: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

15 MBR Launch Pitch

10/7/2013

15 MBR Launch Pitch

10/7/2013

Comparative case study

2005 2013 Change

ADF 5000 m3/d 5000 m3/d -

FFT 10000 m3/d 10000 m3/d -

N-1 7 days FFT 7 Days FFT -

Membrane

Surface Area

6173 m2 4890 m2 21% reduction

Tank Surface

Area

32 m2 23 m2 26% reduction

Power ADF 2087 kWhr/d 981 kWhr/d 53% reduction

Power FFT 4482 kWhr/d 2106 kWhr/d 53% reduction

Citric 10915 l/y 8454 l/y 23% reduction

Hypochlorite 11883 l/y 9081 l/y 24% reduction

Page 16: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

16 MBR Launch Pitch

10/7/2013

16 MBR Launch Pitch

10/7/2013

Conclusions

Historical demonstration of low p consent limits

being achieved. Enables water companies to

be confident of hitting WFD discharge

standards.

LEAP MBR reduction of capital costs has

increased size of plants installed.

Significantly reduced operational costs notably

power.

Page 17: LEAP MBR – The Next Generation of ZeeWeed MBR Technology

17 MBR Launch Pitch

10/7/2013

17 MBR Launch Pitch

10/7/2013