Axa Assurance Maroc - Insurer Innovation Award 2024
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Reinventing Water Singapore International Water Week 2012
1. Re-inventing Water
Current and Future Trends in
Water and Wastewater Technologies
PA U L O âC A L L A G H A N | C E O | B LU E T E C H R E S E A R C H
SINGAPORE INTERNATIONAL WATER WEEK 2012 | JULY 2012 | WWW.BLUETECHRESEARCH.COM
2. O2 Environmental
Corporate Overview
O2 Environmental
(Consultancy)
BlueTech Research BlueTech Forum
(Intelligence Service) (Annual Conference)
3. What We Offer
Actionable Water Market Intelligence
Online Intelligence Platform:
⢠BlueTech Company Tracker
⢠Company Reports
⢠Monthly Intelligence Briefings
⢠Insight Reports on Hot Markets/Applications
⢠Webinars on Hot Topics
⢠Analyst Access
4. Our Clients
We serve the global water market.
⢠Large water technology corporations
⢠Venture capital firms
⢠Fortune 500 corporations
⢠Research groups
⢠Leading consulting engineering practices
⢠Government agencies
⢠Universities
10. Urban Water Solutions
⢠Municipal and urban
water systems represent
92% of the value of the
global water market
⢠Technology opportunities
â Re-invent the urban water
system
â Current system is
inefficient and wasteful
11. Global Water Use
Energy & Municipal
Agriculture Industry & Urban
70% 22% 8%
12. Agriculture Energy & Industry
$9.5Bn (2%) $23Bn (6%)
Municipal
& Urban
8%
Energy &
Industry
22%
Agriculture Municipal & Urban
70% $368Bn (92%)
Global Water Usage Global Water Market
14. Past, Present, Future
(source: adapted from Glen T. Daigger, WEFTEC, 2008)
1850 Today
water closet (WC) 6 billion people,
and
sewer adopted mostly urban,
experiencing
energy & resource
1914 constraints
activated sludge
wastewater Future
treatment process
invented Population &
urbanisation are
Then set to increase
Population <2 billion
and mostly rural,
without modern
technology
16. Next Generation Sensors
⢠Advances in ⢠Operational costs -
information where the money is:
technology and sensors and
sensors is transferring automated control
across into the water systems offer the
industry potential to access
âoperational dollars â
without becoming an
operatorâ
17. Global Water OPEX
Utility Market Industrial Market
OPEX â 53% OPEX â 57%
Capital
Capital Expenditure,
Expenditure, Operational Operational
Expenditure, $9.7Bn
$164.3Bn Expenditure,
$189.7Bn
$13.3Bn
18. Energy-Water-Waste Nexus
- Hot Spot of Innovation
Energy from Wastewater
Resource Recovery
Decentralised Treatment & Water Re-use
19. Energy-Water-Waste Nexus
- Hot Spot of Innovation
There is energy in wastewater!
The energy in wastewater
produced by one person each day
could power a 100-watt light bulb
for five hours.
THERE IS ENERGY IN
WASTEWATER
20. Total USA Municipal WWT
Wastewater Energy Input
Treated
Effluent
2% Biogas
17% Utilized
CO2 33%
36%
49 Million
MWhr in USA
Municipal Biogas
WWTP
Wastewater
Flared
67%
Incineration
Sludge 15%
45%
Sludge
Utilized: 12% Beneficial
Re-use
48%
Landfill
Not Utilized: 88% 37%
Source: BlueTech Research Insight Report
21. Phosphorous Recovery
⢠Every person produces approx. 1.2kg
P/annum
⢠The UK then has approx. 72,000 tonnes P
in wastewater from humans
⢠This has a market value US$168M/annum
22. Phosphorous Recovery in Europe
(Source BlueTech Insight Report 2012)
EU27 imports 3,400,000 tonnes of P2O5 /yr
[100% of Total Imported P2O5]
34%
66% to
agriculture, industry, Approx. 1,145,000 tonnes P2O5/year goes into the
etc. EU27 wastewater
[34% of Total Imported P2O5]
52%
48% is discharged in
the effluent*
Approx. 595,000 tonnes P2O5/year
goes into biosolids (sludge)
[18% of Total Imported P2O5]
37%
63% is landfilled or [7% of Total Imported P2O5]
incinerated Approx. 220,000 tonnes
P2O5/year gets recycled to
farmland in biosolids
*in absence of P recovery
23. Re-inventing the water industry
The water
Tectonic Technology
industry is
Shifts Opportunities undergoing
a period of
re-invention
both from
within and
without.
New New
Entrants Thinking
25. How is the water technology market
likely to change?
⢠Pressures are driving early adopters
⢠New technologies will then move to the
âearly majorityâ section of the market
⢠Overall, the rate of adoption of new
solutions will accelerate
26. What technologies are
we likely to see?
⢠Technologies that
â deal with water issues locally
â that use butter knives, instead of chain-saws
â which provide water services, without using
potable water, or using less water
27. Straws in the Wind
⢠Increase in research
â Up 30% each year between 2000 & 2009 (Elsevier)
⢠Increase in patent filings
â Desalination technology patents in 2010 almost
double those in 2005 (BlueTech Research)
⢠Investments and acquisitions
â 2009 - record high, 50 deals, 60% early-stage (Cleantech)
⢠Water Centres for Excellence & Research
Centres
â Proliferating at an alarming rate
⢠Water Conferences
29. Actionable Water Market Intelligenceâ˘
Premier source of
actionable water market intelligence
for strategic business decisions on
innovative technologies and companies.
SINGAPORE INTERNATIONAL WATER WEEK 2012 | JULY 2012 | WWW.BLUETECHRESEARCH.COM
Hinweis der Redaktion
Company HistoryMy backgroundBiochemist, worked in industry, operated pilot plants, always involved in start-ups and new technologies.Worked as a consultant doing process design, tendering, with technology companies and with industryStarted O2 Environmental in May 2005. Re-located in Ireland in May 2009. First BlueTech Forum 2010. Launched BlueTech Research July 2011. Currently have a team of 8 people. 3rd Annual BlueTech Forum in May 2012.
Imagine for a moment a world, where People drill into sewers to mine them for wastewaterEvery week a collection services collect canisters of urine from your home along with your recyclables, so that they can recover Phosphorous and nitrogenCities on the coast use seawater to flush toiletsWastewater Treatment plants are net producers of heat and electrical energy and useful products.Many of the companies here today are enabling this to happen:MaxWest â releases energy from sludgeAPT Water can help produced re-use quality water How many years out would you say that is? 10 years, 20 years,  Every element of that world, is happening right now.In Australia- they mine sewers for wastewater
Today Singapore meets 60% of its water needs without the need to import, or desalinate sea water. How have they done this? Approximately 30% of the water needs of Singapore are met with Rainwater, 30 % with NEWater; the amount imported from Malaysia varies but is typically in the order of 30% and seawater desalination is used to meet just 10% of demand. The overall success in water management, which makes Singapore a model for Urban water management, is a combination of the following: Per capita water re-use in Singapore is among the lowest anywhere in the world at 154 litres per head per day. Water leakage rates in Singapore are 6% Wastewater is converted to NEWater and meets 30% of demand. Urban stormwater run-off is treated as a water resource and two thirds of the area of the State is a Rainwater collection area. .
Water is essential for human lifeBut water is not essential for everything we use water for:CoolingTransport of wastesIrrigation
ICT â Sensors - Biotech â Aquaporin proteins = BiotechHydrovolts â technology is enabled be devleopments in other areas of CleanTech- Burt Hamner