17-11-2014

Invaluable, In-house Resource for Clean Water + Energy

“Industrial Waste Water”

Sudeep Sangameswaran

Managing Director - Paques Environmental Technology India Pvt Ltd

Date : 22 Nov. 2014 Place : Mahatma Mandir, Gandhinagar

17-11-2014

World Population Growth

Source: United Nations Population Division; World Population Prospects, The 2010 Revision

Africa

Asia

Europe

Latin America+ caribbean

North America

Oceania

World

12

9

6

3

0

1950 1980 2010 2040 2070 2100

Billion

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Water Scarcity 1961-90

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Water Scarcity 2020s

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Water Scarcity 2050s

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Global Energy Demand

Global energy demand increases in mtoe (million tons of oil equivalent) by one-

third from 2010 to 2035, with China & India accounting for 50% of the growth

(credit: International Energy Agency)

http://cleantechnica.com/2014/07/01/bnef-renewable-energys-about-to-dominate-global-power-investments/global-power-demand-growth/

17-11-2014

Growing Energy Demand

Sources: Lynn Orr, Changing the World’s Energy Systems, Stanford University Global Climate & Energy Project(after John Edwards, American Association of Petroleum Geologists), SRI Consulting

Biofuels

Hydroelectric

Solar, Wind, Geo

Nuclear Electric

CoalNatural Gas

Shale/Tar Sands

Crude Oil

100 -

80 -

60 -

40 -

20 -

Bil

lion

Barrels

of

Oil

Eq

uiv

ale

nt

per Y

ear

New

Tech

nolo

gie

sLarg

ely

su

sta

inab

leP

eakin

gFossil

Fu

els

4.0 billion barrels of Oil in 2050

1920 1940 1960 1980 2000 2020 2040

8

Over 45 Countries in the world are already consuming over60% of the total Energy from renewable resource

9

Facts… notifications - Last few months..

10

Evolution of Environmental attitudes

Europe 50’s

Ignorance

60’s 70’s 80’s 90’s 2000

Denial

Downplay /Trickery

Acceptance of Legislature

Exceed Legislation

Source of Profits

India

11

Global wastewater discharge

12

Bio Technological Developments

13

Technology

Market

Market Oriented Innovation

Entrepreneurship

14

• Market leader in anaerobic

waste water treatment

• Driven by innovation

• Worldwide operations in

Netherlands, China, Brazil, India

• 20 (license) partners

• >2000 reference plants

• >60 countries

Paques focus on Research & Development

15

Research /Batch test

Typical scale Up

Labarotory scale

Pilot scale

Industrial scale

16

Biotechnology makes the difference

Anaerobic wastewater& gas treatment

• savings on operational costswith production of green energy

• Reduce freshwater intake

• reduction in emissions

• recover valuable elements

• reduction on discharge costs

• smaller footprint

• minimize neutralization costs

17

Thiopaq technologyBioconversion of H2S to sulfur

18

Advanced integrated anaerobic treatment

Food wastewater, Case Olburgen WWTP

CLEAN ENERGY

CLEAN WATER

SOURCE –INDUSTRIAL

WASTE WATER

19

Technological Developments

20

Effluent Treatment Plant – Brewery, Netherlands (Capacity 2.2 MLD)

INNOVATION WITH INTEGRATION OF NEXT GEN TECHNOLOGIES

21

Influent

Fine screen 0.5 mm

in existing sewer channel

Buffertank

500 m³

PA-tank

500 m³

To sewer

150 m³

Diversion

tank

Pressure safety

reliefDefoam

Gas

scrubber

200 m³/h

Gasholder Flare

10 m³ 320 m³/h

Biogas

to boiler

* Biogas recirculation

Biofilter

14 m²

Cyclone tank

4 m³

EffluentCircox

230 m³FilterIC Reactor

385 m³

D= 5 m

Sludge

HCl

NaOH

1 m

³

1 m

³

*

SOURCE –INDUSTRIAL

WASTE WATER

CLEAN ENERGY

CLEAN WATER

22

Future Perspective

23

Success factors of Innovation

24

Thank you