Jun 29

Minister Cannon Tables the Transboundary Waters Protection Act to Protect Canadian Waters

June 28, 2010 by mickiegirlca

(May 13, 201011:45 a.m. ET) The Honourable Lawrence Cannon, Minister of Foreign Affairs, today tabled a new bill, the Transboundary Waters Protection Act, which protects Canadian water by strengthening prohibitions on bulk removal of Canada’s water outside the country.

“This government is protecting Canadian waters for Canadians,” said Minister Cannon. “The protections in this new bill will preserve our drinking water and our natural heritage for generations to come.”

“Protection of our freshwater resources is a key priority under the government’s Action Plan for Clean Water. We are working to make sure that our water is accessible, clean and safe for Canadians today and in the future,” said the Honourable Jim Prentice, Minister of the Environment. “This important legislation makes it clear that we are not in the business of exporting our water. Canadian water is not a commodity. It is not for sale.”

The new act strengthens existing protections by bringing waters within federal jurisdiction under a more comprehensive prohibition against bulk water removals. Rivers and streams that cross international borders will now receive the same protection already in place for waters, such as the Great Lakes, that straddle them.

The Act gives the federal government new powers of inspection and enforcement and introduces tough new penalties for violations, including fines of up to $6 million for corporate violations. The bill offers unprecedented federal protection against bulk water exports while respecting provincial constitutional jurisdiction.

“The federal government will continue to work with provincial and territorial governments to ensure that Canadian water is protected,” said Minister Cannon.

For further information, media representatives may contact:

Ève Cardinal
Press Secretary
Office of the Minister of Foreign Affairs
613-995-1851

Foreign Affairs Media Relations Office
Foreign Affairs and International Trade Canada
613-995-1874

Media Relations
Environment Canada
819-934-8008
1-888-908-8008

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Jun 29
By BMcPherson send a private message   Sitka : AK : USA | Jun 28, 2010
The town of Sitka Alaska is eying the possibility of exporting water in bulk from the nearby Blue Lake Resevoir. The world is beginning to wake up to the real possibility of water shortages and Alaska is blessed with an abundant supply of fresh water.

Terry Trapp is proposing an innovative bulk water transfer from Alaska to parched areas of the world like the Middle East. He currently has a bottling company for Alaska water – True Alaska Bottling Company – but is also involved with S2C Global Systems to explore ways to transfer large quantities of fresh water to other areas.

Not Without Controversy

The export of fresh water from areas abundant in it to parched areas has been around for a long time. At one time it was proposed to lasso wayward icebergs and tow them to the Middle East.

Canada has faced the question of water export at least since the ’90s. Canada holds about 20% of the drinkable water in the world and as climates change, water is rapidly becoming a very valuable commodity. Various schemes, sometimes backed by politicians have eyed the abundant waters and seen dollar signs.

There are many companies already bottling drinkable water and exporting it. This sometimes has a deleterious effect on nearby aquifers and drawing down water tables.

Environmental effects of harvesting large amounts of fresh water from lakes changes the salinity in river estuaries and changes the kind of plants and animals that survive there.

“But Garry White, executive director of the Sitka Economic Development Association, argues that removing 8 percent of the watershed flow every year will not harm the environment because much of it is already being lost to the ocean.”National Geographic Daily News

NAFTA Doesn’t Apply

If the town politicians of Sitka choose to export bulk water from their area to the Middle East or the lower American States, the NAFTA agreement does not apply, meaning they could stop water sales if they find they want to stop exporting water.

NAFTA Does Apply

If water is exported in bulk(not bottles), then it is considered a ‘good’ like other trade goods and is subject to the regulations of the Free Trade Agreement. This means that if the Alaska town exports water to Mexico, for example, they cannot stop selling that ‘good’ to Mexico even if they find they run short of that ‘good’.

There is a great deal of money to be made by a few enterprising people who want to treat water as a commodity and export it, but it is not without pitfalls.

(Why not try getting the water from New Zealand?  No politics and geographically closer to the Middle East.  Paterson)

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Jun 07

June 2, 2010

As demand for freshwater increases globally, a few companies and water-rich countries envision water shipped in large tankers designed for oil as the next big supply-side solution.

Two American companies and a small Alaska city are drawing closer to an export agreement that ships fresh water from North America to a bulk bottling plant in India in order to supply the thirsty Middle East, according to Terry Trapp, the chief executive of True Alaska Bottling, one of the companies in the partnership.

Trapp’s company holds the rights, at a penny a gallon, to export 2.9 billion gallons (10.9 billion liters) per year from the Blue Lake reservoir owned by the city of Sitka, Alaska. Meanwhile the company’s partner in the venture, San Antonio-based S2C Global Systems, is negotiating with developers in India to build facilities at a deepwater port south of Mumbai.

Sitka and Alaska Resource Management LLC, the partnership formed by the two companies, are seeking to be the first to introduce bulk supplies of freshwater, transported in huge tanker ships, as a new commodity in global trade. The concept is straightforward. Where local supplies cannot meet demand, a small group of wildcatter companies and water-rich countries are positioning themselves to provide large shipments of water via 80-million-gallon capacity tanker ships and floating polythene bags–bulk water, in the industry parlance.

“The concept we have with our partner is constructing a water depot in India or the Middle East where water is unloaded and stored with an adjacent bottling tank,” Trapp told Circle of Blue. “The water would then be distributed to countries in two-and-a-half liter or five liter containers.”

The consequences of bulk water exports are not nearly as clear cut. Proposals to export water supplies out of their natural basins has sparked fierce political resistance in some parts of the globe. The Great Lakes region of the U.S. Midwest established laws and regulations over the last decade that sought to ban the practice. Moreover, reliance on imports could perpetuate water-wasting practices in dry regions. And the capacity of wealthier regions to afford their water in five-liter containers could widen the economic and quality of life gulf between rich and poor countries.

Bulk Water’s Past and Present

Bulk water transfers are not new. Diversions out of river basins both within and between countries have occurred for decades: Singapore imports water from neighboring Malaysia; Lesotho sends water to South Africa via the Highlands Project; Southern California exists as we know it today because of water channeled from the Sierra Nevada hundreds of miles to the north. Historically, engineers have moved water through pipelines, canals or rivers under government control and oversight.

Water is also exported by bottling companies. But the volumes sold from a single source are much smaller than the volumes available in bulk. Danone, the world’s second largest bottled water producer, sold 18 billion liters (4.8 billion gallons) in 2009 from all its bottling plants combined, a sales volume that is roughly half of the water available from Sitka.

What is new is the idea of shipping water in tankers across oceans. It differs in scale and the notion that big commercial advantages exist when a scarce commodity is supplied to eager communities willing to pay the price. Accompanying the shift in supply also is a shift in perspective, said George Paterson, chief executive of Aquazeal, a New Zealand company with water rights for export.

“Long-term I see that municipalities will import pure water for human consumption and use desalinated water for lesser uses (e.g. irrigation),” Paterson wrote in an email. “I think what will happen is that there will be a recognition that all water is not the same and that pure water should be reserved for human consumption.”

The Export Plan

In its bid to pioneer the global bulk water trade Alaska Resource Management LLC is focused on sales to water-stressed areas of the Middle East, northern China, southern India and parts of Africa as potential export markets, several sources told Circle of Blue. Though Sitka has made public infrastructure investments to make it easier to load water tankers in Alaska, Alaska Resources Management, LLC has not yet found a place to unload. A potential deal to secure off-loading facilities in Fujairah, United Arab Emirates fell through earlier this year because the company could not get the real estate next to a bottling plant.

Currently, S2C Global is discussing a site near Mumbai, according to Trapp. Those discussions will go on for several more weeks, Trapp told Circle of Blue. Representatives from S2C Global did not return phone calls or email messages for this article.

The site in India would be used as a regional hub to supply the Indian market and as a supply depot for the Middle East, Trapp said. Water could be offloaded to smaller vessels for the final leg to the Middle East, or it could be transported in bottles.

“What’s missing is infrastructure on the receiving side,” Trapp said.

Once negotiations in India are concluded, ARM plans to focus attention on loading facilities in Sitka and lease contracts for tanker ships, he added.

If ARM breaks through the impediments, it could set off a run on Sitka’s 6.2 billion gallons per year of unallocated water rights. Two companies in the last six months have sent letters of inquiry about the city’s water supply for export to the Sitka Economic Development Association – American Water Company and Aqueous International, a subsidiary of a Luxemburg-based company.

Although no significant volumes of bulk water have been sold, A phrase on Aqueous International’s stationary perhaps captures best the prevailing mood in an industry that sees big profits in moving water by tanker. “Not a dream – inevitable!”

Sitka’s mayor, Scott McAdams, has similar sentiments. “I think the idea of selling bulk water to a thirsty planet has merit but it’s time has not yet arrived,” McAdams said. “Watersheds around the planet are under assault. The value of a commodity like water is only going to go up over time.”

Brett Walton is a Seattle-based reporter for Circle of Blue, and can be reached at brett@circleofblue.org. Read more about Sitka’s bulk water sales on Circle of Blue

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May 27

2010-05-25 16:08:53.254 GMT

By Cherian Thomas, Unni Krishnan and Sophie Leung

May 26 (Bloomberg) — A fight breaks out as student Vikas Dagar jostles with dozens of men, women and children to fill buckets from a truck that brings water twice a week to the village of Jharoda Kalan on the outskirts of New Delhi.

Three thousand kilometers (1,900 miles) away, near Xi an in central China, power-plant worker Zhou Jie stands on the mostly dry bed of the Wei River, remembering when he used to fish there before pollution made the catch inedible.

Dagar and Zhou show the daily struggle with tainted or inadequate water in India and China, a growing shortage that the World Bank says will hamper growth in the world s fastest- growing major economies. It also is pitting water-intensive businesses such as Intel Corp. s China unit and bottling plants of Coca-Cola Co. against growing urban use and the 1.6 billion people in China and India who rely on farming for a living.

Water will become the next big power, not only in China but the whole world,  Li Haifeng, vice president at sewage- treatment company Beijing Enterprises Water Group Ltd., said in a telephone interview.  Wars may start over the scarcity of water.

About 2.4 billion people live in  water-stressed  countries such as China, according to a 2009 report by the Pacific Institute, an Oakland, California-based nonprofit scientific research group. Water scarcity and pollution reduce China s gross domestic product by about 2.3 percent, the World Bank said in a 2007 report.

Doubling Demand

Water demand in the next two decades will double in India to 1.5 trillion cubic meters and rise 32 percent in China to 818 billion cubic meters, according to the 2030 Water Resources Group, a research collaboration between the World Bank, management consulting firm McKinsey & Co. and industrial water users such as Coca-Cola.

That will produce returns of 12 percent or more from investments in companies that treat or process water, said Arnaud Bisschop, who oversees $3.27 billion investments in the Water Fund run by a unit of Pictet & Cie in Geneva. The fund included stocks such as Beijing Enterprises Water and Hong Kong- based environmental protection company China Everbright International Ltd., according to data compiled by Bloomberg.

China s 1.33 billion people each have 2,117 cubic meters of water available per year, compared with 1,614 cubic meters in India and as much as 9,943 cubic meters in the U.S., according to the Food and Agriculture Organization of the United Nations.

The 1.2 billion people in India, where farmers use 80 percent of available water, will exhaust their fresh-water supplies by 2050 at the current rate, the World Bank estimates.

Four Buckets

For Dagar, 21, and the 200 other villagers in Jharoda Kalan, that dearth is already a daily fact of life.

This is for our drinking and cooking,  he said, pointing to four bucketfuls he won from the fight.  I ve been waiting for the past hour.

Southwest China had its worst drought in a century this year, prompting Premier Wen Jiabao to say that the country would face a test to meet its grain output target. The drought affected 24 million people and 16 million acres of arable land, Liu Ning, vice-minister of water resources, said on March 31.

India s farmers are awaiting the start of the rainy season this month after the weakest monsoon in more than three decades last year cut rice output by as much as 10 percent, according to the agriculture ministry.

Rivers and Lakes

China, with 20 percent of the world s population and 7 percent of its fresh water, has contaminated 70 percent of its rivers and lakes, while half the cities have polluted groundwater, according to the World Bank. By 2030 China will have a supply shortfall of 201 billion cubic meters unless the government takes steps to control demand, McKinsey partner Martin Joerss in Beijing wrote in an April report.

The Wei river was rated  severely polluted  by the government in 2009, according to a March 2 report in state-run China Daily. That s forced Zhou to fish instead in pools near the river. The river level has dropped by about three-quarters in some places in the past decade, he said.

The pollution and shrinking rivers are partly a result of China s rapid industrialization. Economic growth accelerated to 11.9 percent in the first quarter, the fastest pace in almost three years. It is set to reach 10.5 percent this year, according to Citigroup Inc.

Value, Cost

China can solve this problem in a way that creates economic value as opposed to economic cost,  said Joerss in an interview.  There is tremendous, though largely untapped, opportunity to meet China s enormous need for water resources by focusing on better managing demand.

Investments in technologies to ease China s water deficit are expected to reap 131 billion yuan ($19 billion) in profit a year, according to the McKinsey report.  (Investments in bulk transport technologies, for example, the Medusa bag, would also allow large volumes of water to be transporterd to where it would have the greatest economic, social and humanitarian need: Paterson)

Asian water-related companies have benefitted from the demand for treatment and supply and have potential for further gains, said Pictet s Bisschop. He said profit on water investments in China may be about 8 percent to 12 percent a year, with even higher returns in some cities.

We are looking for companies, for example, which provide beverage companies water-efficient technology in cleaning the bottles,  Bisschop said in a phone interview.

Water is a resource under great pressure in China and globally,  said Kenth Kaerhoeg, a spokesman in Hong Kong for Coca-Cola Pacific, which has water recovery systems at its 39 plants in China to reduce consumption.  Economic development, climate change and population growth will increase pressure on freshwater resources in China. 

Serious Depletion

In March, a panel from the southern Indian state of Kerala recommended suing Coca-Cola bottler Hindustan Coca-Cola Beverages Pvt. for 2.16 billion rupees ($48 million) damages for contamination and  serious depletion  of water in the town of Palakkad. In an April 26 e-mail, the company denied that its plant, shut since March 2004, depleted or tainted the town s water.  (If they so chose, companies like Coca-Cola could be part of the solution rather than part of the problem by leading the way in bulk water importation into areas where their activities over the past decade have supposedly depleted local supplies.  Depending on where their bottling plants are located and the method of transport, the cost of importation is likely to be little more than the cost of purificiation therefore they get the opportunity to build their businesses at the same time as helping to solve local water issues.  Seems like a win:win situation: Paterson)

Water and water treatment is going to be the next growth story after power,  said M. S. Unnikrishnan, managing director at Pune, India-based Thermax, which makes water-recycling equipment. Thermax shares have almost doubled to 670 rupees on the Bombay Stock Exchange in the past year, compared with a 16 percent gain in the benchmark Sensex.

C. K. Sandeep, vice president, corporate marketing at Mumbai-based Ion Exchange (India) Ltd., which set up India s largest desalination plant in the southern city of Chennai, said he expects rising demand for the technology. Ion had sales of about 5 billion rupees in the year ended March, 2009. Its shares have risen 32 percent in the past 12 months.

Critical Need

Industrial water treatment and, equally important, waste water treatment is a critical need,  Sandeep said.  Water is a crucial raw material for most industries.

Intel said in an e-mail it has expanded its transparency and disclosure on water use and adopted a new water policy as part of the Santa Clara, California-based company s commitment to responsible water management. Intel spokeswoman Susan Qian declined to comment on the company s water use in China.

Net income for Beijing Enterprises Water rose more than sixfold in 2009 from the previous 18 months after it bought a sewage purification and treatment company in August 2008. More than half the profit came from sewage treatment.

The company, a unit of city government-controlled Beijing Enterprises Holdings Ltd., had 47 sewage treatment plants and four water supply factories across 13 Chinese provinces at the end of 2009, and is building 20 more. The stock has doubled in a year in Hong Kong, compared with an 11 percent rise in the Hang Seng index.

Food and Water

This decade belongs to food and water,  said Vijay Bhambwani, CEO of online stock researcher Bsplindia.com. He holds shares in Ion Exchange.  I am quite bullish on water stocks. Next year onwards they will start outperforming the market by a factor of two.

In both China and India, fresh water reserves are unevenly distributed.

Northern China, with cities including Beijing, the capital, has less than a fifth of the country s fresh water and almost half the population, the World Bank said.

Former Chinese leader Mao Zedong, who began trying to address the water issue as early as the 1950s, conceived the South-North Water Diversion Project to carry water along three routes from the Yangtze River to the Yellow River. Construction began in 2003 and has cost more than $5.8 billion so far. The completion date has been pushed back four years to 2014 as costs and environmental concerns mount.

Government proposals in India were no less ambitious.

Former Prime Minister Atal Bihari Vajpayee in 2003 appointed a panel to assess building a series of dams and canals that would link rivers to control floods and curtail shortages. The 5- trillion-rupee plan was shelved after protests from environmentalists.

Indian Conservation

Instead, India has concentrated on conservation. The government has made it mandatory for new houses and condominiums in cities to collect rainwater in an effort to curb a decline in groundwater levels.

The Congress-led coalition is also implementing a six-year- old plan to replenish about a million lakes, ponds and water tanks. About 60 percent of India s arable land still depends on the annual monsoon.

Water availability has declined to such an extent that many parts of India today face a drought-like situation,  said Sushmita Sengupta, research associate at the Centre for Science and Environment in New Delhi.

The two countries  plans don t always mesh.

Tibet Dam

When China dammed the Mekong, the largest river flowing into Southeast Asia, Thailand, Vietnam, Cambodia and Laos all called for greater cooperation to prevent droughts and floods.

China also plans a dam in Tibet on the Yarlung Zangbo, the highest major river in the world, which flows into India as the Brahmaputra.

The project would give Beijing control of the water supply to more than 90,000 square kilometers of land controlled by India while China claims sovereignty.

Water scarcity is probably one of the biggest risks for investors in China and India,  said Lucy Carmody, executive director of Singapore-based investor advisory firm Responsible Research.  There is a lot of potential for border conflicts.

For Related News and Information:

China economic snapshot: ESNP CH <GO>

–With assistance from Wang Ying and John Liu in Beijing.

Editors: Adam Majendie, Anne Swardson.

To contact the reporters on this story:

Cherian Thomas at +91-80-4030-0541 or cthomas1@bloomberg.net;

Unni Krishnan in New Delhi at +91-11-4179-2033 or ukrishnan2@bloomberg.net.

Sophie Leung in Hong Kong at +852-2977-6126 or sleung59@bloomberg.net;

To contact the editor responsible for this story:

Chris Anstey at +65-6212-1130 or canstey@bloomberg.net

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Mar 09
  1. China accounts for approximately 19.5% of the world population but has only 7% of the globe’s freshwater resources.
  2. Water efficiency in China is poor compared to its G20 peers, requiring around four times as much water per US$ of GDP created.
  3. Two-thirds of China’s 660 cities suffer from water shortages with the situation in 110 termed ‘severe’.
  4. About 700 million people drink water that is contaminated with animal and human waste.
  5. Water pollution sickens 190 million Chinese and causes 60,000 premature deaths every year.
  6. By 2015 China is expected to have almost 110 cities with over 1 million people, growing to more than 220 cities by 2025.
  7. In 2005 the Chinese water system leaked an estimated 10 billion m3, more than 20% of the total processed.
  8. In Northern China 90% of the aquifers under Chinese cities are polluted.
  9. Over 75% of rivers water flowing through urban areas are considered unsuitable for drinking or fishing.
  10. 30% of river water in China is regarded as unfit for agricultural or industrial use.

Source:  Issues for Responsible Investors:  Water in China, February 2010.  Research by Dave Dore, Guo Peiyuan, Anna-Sterre Nette and Jiali An.

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Jan 20

By Digby Lidstone
Published: January 19 2010 02:00 | Last updated: January 19 2010 02:00

Standing in one of the many farms that line Bahrain’s northern coast, it is easy to forget that this is technically a desert island. Between the ranks of date palms and pomegranate trees stretch fields of spinach, herbs and potatoes – a view more appropriate to a Caribbean island than the arid Gulf.

Yet this bounty has come at a high price. Poor management, population growth and the promotion of energy and water-intensive lifestyles have pushed the Gulf states into a crisis, says a new report by NCB Capital , a regional investment bank. Ground-water reserves have been severely depleted and many cities, such as Jeddah, routinely suffer water shortages in the summer months.

“You are beginning to see in the Gulf the emergence of political constraints to long-term growth and a number of patterns that are unsustainable, from intensive energy use to the waste of water resources and the promotion of agriculture,” says Jarmo Kotilaine, chief economist and author of the report. “Governments are beginning to wake up to these problems, but the concern is that too little is being done and too late.”

The emergence of a large middle class attuned to western lifestyles during the past decade has compounded the problem. The amount of renewable water resources available per person in the Gulf is at best 550 cubic metres a year, says NCB – compared with 89,000 cu m for every Canadian citizen. But consumption levels are among the highest in the world.

Saudi Arabia and the United Arab Emirates use nearly 1,000 cu m of water per person a year, and are fast approaching US levels of 1,648 cu m, according to the Food and Agriculture Organisation, a United Nations body.

The rapid growth of urban populations is partly to blame. Municipal water use in Bahrain and Qatar outstrips that of the US, and is exceeded only by Canada. But the chief culprit is agriculture . Since the 1970s, a drive for selfsufficiency in basic foodstuffs such as wheat has proved a drain on ground-water reserves, particularly in Saudi Arabia, the Gulf’s pre-eminent food producer. Agriculture consumes about 80 per cent of the region’s water resources, but contributes less than 2 per cent of regional gross domestic product.

Governments are beginning to grasp the nettle. Oman has curtailed the drilling of wells and legislated against expansion of irrigated land. More radically, Saudi Arabia vowed in 2008 to phase out all wheat production in eight years. An improvement in ground-water levels in the Eastern Province, home to the country’s main aquifers, has since been recorded.

Yet this U-turn would have been unnecessary if authorities had curbed the inefficient use of water, says John Lawton, a British farming consultant based in Riyadh. “You could have a smaller but more sustainable agriculture industry if you applied the right technologies, such as hydroponics and drip-fed irrigation,” he says. “But they don’t seem to want to know.”

The region’s ageing water networks also leave a lot to be desired. About 35 per cent of water produced in Saudi Arabia is lost in transit, says the World Bank. Public infrastructure has fallen well behind the growth of many cities. NCB Capital estimates the Saudi government needs to spend some $33bn just to ensure all its citizens have water and sewerage services.

Waste has been encouraged by heavy subsidies. Gulf water tariffs are among the world’s lowest. “Revising the tariffs would be the easiest way to cut consumption, but that requires a political will,” says Abdulmajeed Ali Alawadhu, chief executive of Bahrain’s Electricity and Water Authority. “It is not a decision even we can take.”

Tariffs, like other subsidies, are tied into the political culture of most Gulf states, whereby ruling families maintain legitimacy through systems of patronage. “The biggest political constraint is the sense of entitlement most citizens have to share in the oil wealth,” says Mr Kotilaine. “In Bahrain, even the suggestion of raising prices can provoke demonstrations.”

Reluctant to tackle the issue of water demand, most governments have instead concentrated on trying to boost supplies, which primarily means desalination plants. GCC states account for about 46 per cent of global desalination capacity, and Saudi Arabia alone is building some SR12bn ($3.2bn) of plants to meet projected demand by 2015.

But this will store up other problems. Desalination plants are highly energy-intensive, yet the natural gas that feeds them is in short supply in most Gulf states, strained by export commitments, rising demand for electricity and the growth of industries. “This model of growth is not sustainable any more, and something has to give,” says Mr Kotilaine. “Many of these resources are going to run out within a lifetime.”

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Dec 15

Dependency of desalination

The average annual increase of demand for desalinated water in the Arab world is 6% per annum compared to the 3% global average.  40% of desalinated water demand in the Middle East comes from the industrial and municipal sectors. Approximately 70% (about 24 million cu. Meters per day) of the UAE’s water comes from desalination plants. Dubai alone has an installed desalination capacity of 188 million gallons per day (MIGD) with a total production of 58.8 MIGD.

Saudi Arabia has scarce fresh water resources. Official statistics show that the country is the world’s largest producer of desalinated water with 30 % global production.  The 30 desalination plants in Saudi Arabia pump almost 600 million gallons per day meeting 70% of the drinking water needs.  US $53 billion is required to increase its desalination capacity to 10.7million cubic meters per day by 2020 to meet demand.[1]

For the Arabian states, desalination completely underpins fresh-water availability and will play an increasing role going forward.

Given this dependency, a desalination plant’s reliability and service availability are essential to sustain and allow the continuing long-term socio-economic development in the Arabian Gulf countries. Regrettably, as desalinated seawater is indispensably required at any cost, the main concern so far has been limited on the potential impact of off shore oil spills on desalination plants (Al Malek and Mohamed, 2005)[2]. Due to its semi-enclosed nature and arid climate, special attention should also be given to the impact of seawater desalination plants on the hypersaline Arabian Gulf (Hoepner, 1999[3]; Schiffler, 2004[4]).

Envirnomental impacts

So, while politicians and leaders play up the significant advantages of desalination, an increasing number of commentators are looking to the current environmental impacts of desalination on the Persian Gulf as an indicator of things to come.

It is generally agreed that desalination plants have the potential to adversely affect the environment in a number ways.   These include:

1. Impact of the marine habitats: The effluent in the waste is a heavily concentrated brine solution. After the brine solution is discharged, it has the potential to kill marine organisms.  Although the brine solution contains natural ingredients of the seawater it may cause damage by its unnatural concentration to marine population near the outlet. Another concern is the chemicals from pre treatments and from membrane periodical cleaning can harm the habitat.  An example is the use of biocides such as chlorine, which is used to clean pipes or to pretreat the water. These chemicals must be treated before they are released to the ocean.

2. Impact of rising water temperature: The discharged waste has the potential to raise the temperature of coastal waters near the outlet. This has adverse effect on marine life and water quality.

Green impacts

From a green perspective, world experts in desalination are concerned by the impact which giant desalination plants could have on the marine environment. This concern is based on the effects produced by the discharges from one of the biggest desalination plants in the world in the Persian Gulf, where the continental shelf can be seen from the air to be covered by a layer of saline.

Economic impacts

However, from an economic perspective, higher salinity of the seawater intake will reduce the desalination plant’s efficiency (Abdul Azis et al., 2000)[5], and hence increase the cost of producing desalinated seawater (Dore, 2005)[6].  The unfortunate example is the Addur reverse osmosis desalination plant in the southern part of Bahrain, where the harsh seawater conditions brought down the plant’s production capacity to less than half the installed capacity (Burashid and Hussain, 2004)[7].  This means that states dependent on desalinated water will find themselves on and endless treadmill of capital investment into installed capacity and escalating costs in removing the same imputities over and over again!


[1] http://www.emwis.net/thematicdirs/events/water-investment-world-middle-east-2009

[2] Al Malek, S.A. and Mohamed, A.M.O. (2005) Environmental impact assessment of off shore oil spill on desalination plant. Desalination 185: 9-30.

[3] Hoepner, T. (1999) A procedure for environmental impact assessments (EIA) for seawater desalination plants. Desalination 172: 207-214.

[4] Schiffler, M. (2004) Perspective and challenges for desalination in the 21st century. Desalination 165: 1-9.

[5] Abdul Azis, P.K., Al Tisan, I., Al Daili, M., Green, T.N., Dalvi, A.I. and Javeed, M.A. (2000) Effects of environment on source water for desalination plants on the eastern coast of Saudi Arabia. Desalination 132: 29-40.

[6] Dore, M.H.I. (2005) Forecasting the economic costs of desalination technology. Desalination 172: 207-214.

[7] Burashid, K. and Hussain, A.R. (2004) Seawater RO plant operation and maintenance experience: Addur desalination plant operation assessment. Desalination 165: 11-22.

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Dec 02
Posted: Friday 27th November 2009

Long term impact on global economic growth likely.

The world population’s access to safe drinking water could decline as early as next year, according to research by HaloSource, a leading clean water and anti-microbial technology company.

The research also supports the strong correlation between access to safe drinking water and economic growth and means that falling access levels may affect global economic growth by 2050.

In spite of major initiatives and financial commitments by national governments, water institutions and businesses, access to safe drinking water is expected to start declining next year. By the middle of the century, it’s likely to fall below 1997 levels, the year of the United Nation’s first World Water Conference when the international community launched its first attempt to increase access to safe drinking water.

The research shows a strong correlation between access to safe drinking water and economic growth, suggesting that per capita growth can be expected to fall when less than 70% of the world population has access to safe water. The emerging economies such as Brazil, Russia, India and China are expected to be affected first, possibly as early as 2015 and this is likely to have wider implications for the global economy.

The research uses data sourced from a range of international organisations, analysed using statistical techniques reviewed by Professor Geoffrey Wood of the Cass Business School in London. The findings show that:

  • The rate of improvement in access to safe drinking water has long been in decline; the percentage of the world’s population with access to safe drinking water rose by 11.1% between 1970 and 1975, but grew by only 2.4% between 2000 and 2006.
  • In 2008, over one billion people lacked access to safe drinking water and, on current trends, this number is likely to increase.
  • Reduced supplies of freshwater resulting from climate change and over use are leaving more nations facing chronic water shortages. By 2025, 1.8 billion people are expected to be living in countries or regions with absolute water scarcity and two-thirds of the world population could be under stress conditions.
  • The emerging market economies are expected to be first to suffer from a decline in access to safe drinking water. This could happen as early as 2015.
  • There is an important role for industry, governments and supra-national agencies in promoting conservation and in increasing the supplies of safe drinking water through investment in technology.
  • Point of use water purification is expected to make a major contribution to increasing access to safe drinking water around the world.

John Kaestle, CEO of HaloSource, commented, “Over the last 30 years there has been a concerted effort by a range of international bodies to improve global access to safe drinking water. During that time it has become increasingly clear that access is not only matter of survival but that it also has profound social and economic impacts. But efforts to improve access have been stymied by rising water demand from agriculture, industry and for domestic use combined with declining supplies as a result of climate change.”

“Our research shows how serious a continued decline in access to safe drinking water could be for the world economy. We need to exploit every avenue to address the water shortages. While large scale clean water projects clearly have an important role to play, they are expensive and capital intensive, particularly in areas where population density is low. And the opportunities for purified water to be subsequently contaminated in storage or transfer mean that they are not always as effective as planned. Against this dilemma, “point of use purification” approaches are affordable, simple and practical.”

“Our research demonstrates the need for a concerted effort to invest further in water conservation and improved supply of safe drinking water throughout the world.”

Click here to jump the the Water Active site.

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Nov 24

The availability of bulk water availabe for export has increased over the past years and there now appears to be three countries leading the way.  These countries are New Zealand, United States of America and Iceland.

New Zealand

The New Zealand company, Aquazeal, has a substantial amount of pristine water available for export in bottles, containers or in bulk carriers.  The water is ranks as some of the purest in the world.

Over the past 12 months, Aquazeal have put amassed a significant port-folio of New Zealand water derived from multiple water sources.  As such the water can be loaded from a number of different ports within New Zealand.

Aquazeal also offers a unique option arrangement whereby a customer has the right to draw a pre-determined quantity of water over a agreed period.  This is ideal for customers that what assurance that water will be available over the long-term and the price won’t escalate when the predicted pressure comes on global fresh water supply.

(see aquazeal.co.nz)

United States of America

A US company, S2C Global Systems, Inc. (OTCBB: STWG) recently acquired a 50% interest in Alaska Resource and Management, LLC.(ARM) the owner of a bulk water license for fresh water from Blue Lake located in Sitka, Alaska, and entered the bulk water export market.

ARM is selling the water freight on board Sitka, Alaska at global market rates.  They report publicly that buyers from Asia, the Middle East and India are in discussions with ARM to secure these waters for themselves.  Recently they announced that they were finalizing logistic details in order to provide a completed term sheet to government clients in Iraq and initiate a long term relationship with future Saudi Arabian business interests.

ARM certainly seem to be throwing considerable capital in trying to kickstart their bulk water export business.

(see s2cglobal.com)

Iceland

There are number of companies that purport to export fresh water from Iceland.  Two such companies are:

Iceland Water International

Their spring originates in Vatnajokull national park in Iceland,  the source area is in a protected land and fenced off zone in Fjardabyggd on the east cost of Iceland.  According to their website, a stainless steel pipeline is used to direct the flow of the spring to the control room and then to the bottling plant, the community and the harbor.  IWI have offices set up in the Boston, London, Dubai to factiliate exports.

Iceland Glacier Products

ICP’s water source is feed from the Snaefellsjokull glacier.  As with the New Zealand water, it can be exported in 24,000 litre containers and bulk vessels.

Comparison

In a recent S2C press release, they identified a number of countries that might be interested in entering into a supply arrangement for bulk water.  It is interesting to look at the relative advantages and disadvantages of sourcing water from each of the locations discussed above.  Below are some factors that a purchaser would consider.

Cost

On the assumption that the FOB pricing is likely to be equivalent from each source, then the difference in landed cost of water is likely to be in direct proportion of the shipping distance.  As a basis of comparison of shipping costs, the table below compares the shipping distances from the point of loading to the Port of Dubai.

Yoyage Kilometres Increased shipping distance
Jackson’s Bay, New Zealand 14,305 kms
Sitka, Alaska 18,246 kms 28%
Fjardabyggd. Iceland 20,954 kms* 46%
* for vessels smaller than Suezmax, the distance is 12,281 kms however the cost per tonne increases with smaller bulk carriers
.

Political and financial risks

The differences in political and financial risks between New Zealand and the USA and Iceland are self-evident and are an extremely important consideration for any long-term supply arrangement.

Accessibility

It is likely that both the New Zealand and Alaskan ports will be accessible 12 months of the year, however there is only one point of loading for the Alaskan water.  This makes year round access to the New Zealand better as there are multiple loading points, eliminating the risks around contamination of a single supply, loading congestion and equipment failure.

Summary

The actual amount of water that can be sold directly to customers is dependent on the markets that can be found for such water and the ability of customers to pay what is a premium over desalinated water.  While there is a limited volume traded annually at present, perhaps no more than 1m tonnes per annum, it is expected that the traded volume will increase as the pressure on the world’s fresh water sources increase.  It is widely acknowledged that acute water stress/crises is likely to occur on an ongoing basis as current aquifers and waterways become even more depleted through unsustainable use, the affects of climate change begin to bite and the worlds population continues to increase unabated.  It also appears that New Zealand is emerging as the best source of bulk fresh water.

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Nov 04

Dams, reservoirs and desalination plants are expensive things to build on the off-chance that there is a drought. Gordon Cope explores a low, fixed-cost alternative to infrastructure investment.

There is a mismatch between water scarcity and water infrastructure. For most countries (except permanently arid regions such as Saudi Arabia) water scarcity is a seasonal, unpredictable and annually variable issue.

For the most part, water infrastructure is permanent and needs to be planned years in advance. It creates a major challenge for municipalities and water supply agencies. It is very difficult to convince the public to pay for an asset such as a desalination plant, dam or reservoir on the off-chance that it might be used for a few weeks in several years’ time, but leave the investment too late and voters are unforgiving.

Even then building assets just in case they are needed is fraught with risks, as the City of Santa Barbara in California discovered when it built a
$34 million desalination plant in response to a drought in the late 1980s which it has never used since.

In an ideal world, there would be an interim solution to water scarcity which might have high variable costs, but would not involve any major
commitment of capital until it was entirely clear that it was necessary. A number of entrepreneurs have suggested building floating desalination plants which sail around the world to deliver water to port as are required. So far none have been able to raise the money to complete such a project.

There is of course a lower tech solution. Taking water by ship to where it is required. It has been happening for years.

John Anderson is a senior partner with CWE, a New Jersey-based company that transports water. “Bulk water transport will never be commonplace because you have to have the right confluence of political will and limited distance and acceptance within the community to receive water”, he says.

Still, that doesn’t mean that deals aren’t being worked out. “We’re involved in a project that’s been four years work. We have all partners involved, from the seaport to offloading.”

The business of moving water in bulk can be roughly divided into three major components: source, transportation and destination. “Potential sources of bulk water are located in countries where water is excess to local needs and where it is completely renewable on an annual basis”, says Fred Paley, a principal at Global H2O Resources, based in Vancouver.

“The state of Alaska, Canada, Norway and Iceland have excess water.” Although sources are numerous, the general lack of loading facilities limits options. “There are 12-13 different water depots in the world”, says Anderson. “The Delaware River Basin Commission (New Jersey, Pennsylvania, and New York) has a port. South Carolina has a depot, and there are depots in Indonesia.”

At one time, the most efficient method of transporting water was by tanker. In the 1980s, the port of Marseille moved 45,000m3 of water via converted vegetable oil tankers (which are easier to clean than oil tankers) to drought stricken areas in Spain and Italy. That trade no longer occurs, however.

“Regarding water in bulk, we did some traffic with Spain indeed in the past but this traffic does not exist anymore”, says Gautier Hotte, spokesman for the Marseille Port Authority. “My colleague at the statistics did not find a single ton of what we call Industrial Water.”

In fact, the bulk movement of water via tanker is currently at very low levels. “I don¹t believe that there are any (long-term) contracts involving tankers in North America”, says Anderson. Even the spot market (usually the delivery of bulk water to areas stricken by drought or disaster) hardly registers on the radar.

“There might be 20 (tanker loads per year) around the world.” At an average of 50,000 deadweight tons per shipment, that would imply an annual shipment of bulk water by tanker in the neighbourhood of one million m3.

Transport of bulk water has shifted to barges, which are much less expensive to operate and dock, yet can still transport large volumes; each one can carry from one to 10 million litres a trip. “There’s a busy barge business in the Caribbean and the coast of Brazil”, says Anderson.
The Bahamas Water and Sewerage Corporation is a prominent example. In 1976, problems with its desalination plant in the capital of New Providence forced the company to seek new sources of water. It purchased several barges and began shipping water from Andros Island, 60 kilometres away. Although the process was supposed to be temporary, it continues to this day, transporting 20,000m3/d.

Bladders are even more cost effective. Made of thick polyurethane material, the cigar-shaped bags can be filled at source, towed like barges to drought stricken areas, then serve as an offshore reservoir as they are slowly drained. Nordic Water Supply has devised bladders that will carry up to 35,000m3 of water to transport water from Turkey to northern Cyprus.

Aquarius Water Trading and Transportation Ltd of Greece operates a fleet consisting of eight 720m3 bags and two 2,000m3 bags. It fills the bladders at the Greek port of Piraeus then tows the devices by tugboat to nearby islands suffering summer droughts, where they are linked to the water system. “It seems to go well”, says Anderson, who has toured Aquarius’ system. “It’s a fairly robust market.”

The largest percentage of exported water, however, is prepackaged. Around a quarter of the 130 million m3 of bottled water drunk each year is consumed outside the country of origin. The majority of that, some 30 million m3 annually, would move by container ship. “In 2004, the total traffic of mineral water in bottles through the port of Marseille was 466,000 tons [466,000m3]“, says Hotte.

“Exports are mainly destined for North America and the Far East [Japan, China] and then South East Asia. These exports use regular container lines from the Fos harbour.”

But even the staggering amount of bottled water pales in comparison to the movement of crude, which accounts for 130 million m3 every fortnight. Few would argue that water isn¹t as important as oil; why the discrepancy?
A cork in the tap

Without a doubt, public opposition to the export of water plays an important inhibiting role. When several British Columbia companies sought permission to ship water south to parched regions of the US, the hue and cry by environmentalists and nationalists forced the provincial government to impose a ban on bulk water exports in 1993, one that still exists.

“Political will founders on adverse public reaction”, says Anderson. “People say, why give water to a foreign country we don¹t like?‘” Opposition to the movement of water can also arise at the user’s end. “If you don’t elicit the support of the community receiving the water, you will have problems”, notes Anderson.

The lack of infrastructure is also a limiting factor. Most water utility systems are simply not set up to receive bulk shipments from ports; the vast majority is either sourced at reservoirs or wells. Also, there is a significant lack of loading facilities; the port of Sitka, which wishes to
ship billions of litres of water, has no dedicated dock. “They are looking at a system for cruise ships by 2007″, says Paley.

But the single largest factor hindering the movement of water is cost. According to the United Nations International Environmental Technology Centre (IETC), the Bahamas Water and Sewerage Corporation pays about $0.60/m3 for production and receiving facility charges. It costs a further $0.89/m3 to ship the water 60 kilometres, for a total cost of $1.50/m3. This does not compare well with current desalination techniques, which have lowered the price to the $0.60/m3 range.

And when the distance from source to consumer increases, so does the price tag. Prior to Hurricane Katrina, shipping crude oil from the Middle East to North America cost approximately $7/m3. Transportation prices for large tankers have since tripled, and are expected to stay high for some time. “Distance from source to offloading is extremely important”, says Anderson. “You can’t run a tanker from Alaska to San Diego and think you¹ll make money.”

For now, water transporters must work out sophisticated plans to make their projects economically feasible. The city of Sitka in Alaska advertised meltwater from its lake as a potential water resource in GWI last year. Quest Imports International, a New York-based trading firm, now has a licence to move 20,000m3 annually from the lake.

The company is exploring a value-added approach called harvesting. “With harvesting, not only do you use the water for bottling but you harvest minerals out of the water using distillation”, says Abe Shah, a senior partner at Quest. “You can use the minerals for health and other purposes, and you can use the distilled water for hospitals and cleaning computer motherboards.” The company is also working to reduce transportation costs. “Quest is creating its own dedicated fleet from retrofitted tankers.”

In spite of public opposition and high transportation costs, the inexorable rise in demand and depletion of resources will eventually create a need for transported water. “We are at the cusp where the public is looking at it and it is becoming acceptable”, says Anderson. Potential clients may be in areas where indigenous supplies have been polluted, such as Bangladesh, or where there is no access to the energy needed for desalination, such as Gaza.

After that, markets that contain the right geographical confluence of source and consumer will emerge. “Areas where you have rivers exiting onto the ocean in relatively unpopulated regions, and arid regions within 1,000 miles”, says Anderson. “Central American rivers, for instance, and coastal Peru. There are similar areas in Asia and Africa.

“Twenty years from now, there will be a small but lucrative trade in shipped water”, Anderson continues. “It won’t ever be commonplace, but there will always be a market segment there. A small group of individuals in the world will be doing it.”

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