How to Measure the Output of a Residential Well

by Pure Water Annie

 

Gazette Technical Wizard Pure Water Annie Explains the How and the Why of Measuring Well Output

 

 

If you are thinking of installing a backwashing filter to treat well water issues like iron,  turbidity, or manganese,  the first thing you should consider is the output capacity of your well.  This is important because if you don’t have enough water–enough gallons per minute (gpm) flow–the filter will eventually fail.  If, for example, the filter that you install requires 8 gallons per minute (gpm) to backwash the media bed and your well is capable of only 6 gpm, the filter may work well for a few weeks or even months, but it will eventually lose its service flow and/or its effectiveness.

When a backwashing filter regenerates, it lifts and tosses the media bed in the empty upper part of the tank (freeboard space). If you don’t give the filter enough water to get sufficient lift in the bed, particles will remain after the backwash and eventually build up to clog the filter.  The filter has a flow control device installed by the manufacturer to prevent excess backwash flow, which would wash media out through the drain, but it is up to your well to supply a sufficient volume of water to keep the media clean. 

 How Much Water Do You Need?

Every filter medium has backwash requirements that are determined mainly by its density (weight).  Other factors that determine the backwash flow requirement are the diameter of the filter tank and the temperature of the water.  You can find a chart that lists the most common filter media and a complete explanation on Pure Water Products’ main website.

How to Measure the Output of Your Well

After you have determined the needed flow rate, here’s how you find out if your well has the needed output:

1. Start by closing off the water going to the building(s) served by the well so that no water can run to the building.  Then, run water through an outdoor spigot until your well pump comes on,  turn your spigot off, and let the tank fill completely.

2. With the tank full, run water into a measured bucket so that you can get an exact number of gallons that the well tank puts out before the pump turns back on.  If you have a small bucket and have to turn the water off to refill it several times, it doesn’t matter.  Just keep an accurate record of how many times you fill it.

3. When the pump comes on, immediately close your spigot and,  using a watch,  record the number of seconds it takes for the pump to turn off.

4. Now that you know the time between the pump’s cut-on and cut-off and the gallons it takes to fill the tank you can determine the flow rate of the well in gallons per minute.  The formula for determining the flow rate is the number of  gallons drawn down that were measured above, divided by the seconds required for recovery, then multiplied by 60. (Gallons / Seconds) x 60 = Gallons per Minute (gpm) flow

For example, if 16 gallons are drawn down and it takes 90 seconds to build pressure back up, then: 16 divided by 90 = .177. Consequently, .177 x 60 = 10.6 gallons per minute flow rate.

Another example:  The refill time is 110 seconds and the amount drawn from the tank was 22 gallons.  22 divided by 110 = 0.2, which multiplied by 60 gives a flow rate of 12 gallons per minute.

After you’ve done this simple calculation,  you will no longer have to embarrass yourself by admitting that you don’t know how many gallons per minute your well is capable of putting out.  It will improve your self esteem.

 

More information:

What Are Fiberglass Mineral Tanks Made Of?

by Pure Water Annie

Good , sincere, heartfelt information from the Occasional’s Technical Department.

Editor’s Note:  This article is adapted from a longer piece that appeared in the Pure Water Occasional for May 2011. — Hardly Waite.

The water filter pictured below is built with a conventional fiberglass mineral tank. In water treatment, these tanks are used to build virtually all filters and water softeners. They’re called “mineral tanks” because the stuff you put in them, whether it’s carbon, Birm, water softener resin, or calcite, or any other granular water treatment medium, is collectively referred to as “mineral.” In the vernacular, the tanks are made of a substance called “fiberglass.”

When someone asks what a filter or softener tank is made of,  the short answer is simply to say “fiberglass” and be done with it,  although this really isn’t true.

According to a leading manufacturer, Structural, what we often refer to as “fiberglass” tanks do in fact have a band of fiberglass reinforcement on the outside. The inner shell of the tank, however, is made of Polyethylene, Polypropylene, PVDF. ECTFE (aka HALAR), FFT.and “around 50 other custom materials.”

The tanks have certification of the following agencies: NSF, WQA, and Druckbehalterverordung (German).

So, should you worry about drinking or bathing in water that has been exposed to fifty to sixty plastics? Should the fact that it has certification by such prestigious approving agencies as NSF and WQA ease your concerns?

I can’t answer that one for you. Pure Water Annie can’t solve all your problems. The alternative to the sixty plastics is a stainless steel tank that costs ten times as much, doesn’t work as well, and probably has its own set of health issues that haven’t been discovered yet. Our experience has been that in spite of popular mythology, stainless tanks aren’t as “leak-proof” as fiberglass. “Fiberglass” mineral tanks have been around a long time and no one has yet shown that they do any harm. Myself, I’m at home with them. But Pure Water Annie doesn’t know everything.

 

 

In Haiti, Cholera Claims New Victims Daily

By Thalif Deen and Patrick Saint-Pre

 “None dispute that the lack of clean water and sanitation in Haiti has been a key driver of the epidemic.”

UNITED NATIONS/PORT-AU-PRINCE, Oct 31 2013 (IPS) – Some 2,400 kilometres from New York City, where victims of Haiti’s cholera epidemic are suing the United Nations in a U.S. federal court, the disease continues to burn through the populace with no end in sight.

In a single week between Oct. 19 and Oct. 26, the Pan-American Health Organisation reported 1,512 new cases and 31 deaths. New cases are reported in all 10 departments.

At the Cholera Treatment Centre run by Médecins Sans Frontières/Doctors Without Borders in Delmas 33, a commune in Port-au-Prince Arrondissement, nurse Viola Augustine says the clinic is so packed it cannot accept new patients.

“The centre has already handled over 20,000 cases of cholera since it opened. At the moment, the centre is full and we cannot take in the increase of patients due to the rainy season,” she told IPS. “We are forced, in this case, to transfer patients to other treatment centres when they are brought here.”

U.N. Spokesperson Martin Nesirky says the U.N. remains committed to do all it can to help the people of Haiti overcome the cholera epidemic.

“The United Nations is working on the ground with the government and people of Haiti both to provide immediate and practical assistance to those affected, and to put in place better infrastructure and services for all,” he told a press briefing this month.

Kanak Dixit, a veteran Nepali journalist and a civil rights activist, told IPS the fact that the epidemic has been traced to likely contamination of water sourced to the Nepali peacekeeping battalion is a matter of great consternation.

Nepal is heading into elections on Nov. 19, and the news has not received much attention there, nor has there been public discussion on the matter, he said.

“It would be extremely sad if it were true that a poor country in one hemisphere has been involved in the spread of the epidemic in an equally poor country in another part of the globe,” said Dixit, founder of the news magazine Himal SouthAsian.

He said it should be the collective duty of the United Nations to support the Haitian people in battling the epidemic, and supporting the victims’ families, rather than take a legalistic and hands‑off approach.

“Nepalis would understand the need to respond to the epidemic with humanitarian ethos and organisational efficiency,” Dixit said.

Nurse Augustine agrees. “For a disease like cholera that has led to so many victims, I think the United Nations should compensate those who have suffered because the illness is truly horrible.

“Talking about cholera and living with it are two different things,” she said. “Living with cholera is really frustrating.”

The spread of cholera in Haiti, which has killed more than 8,300 and infected over 680,000 people since October 2010, has been blamed on Nepali peacekeepers who are part of the 9,500‑strong U.N. Stabilisation Mission in Haiti (MINUSTAH).

The United Nations has refused demands for compensation. Earlier this month, an advocacy group filed a lawsuit seeking reparations from the world body on behalf of the cholera victims.

Felicia Paul, 45, lives in Saint-Marc, about 100 kms northwest of the capital. She caught cholera in 2010, and survived it though extensive treatment with saline IV bags.

“I was infected with cholera for 12 days,” Paul told IPS. “My two daughters caught it while they were taking care of me. MINUSTAH brought cholera so we ask that they compensate me. We always drank water out of the river and it never made us ill. But that water has been contaminated due the spillage of the peacekeeper’s feces into the river.

“I still feel the effects of the disease,” she added. “It blurs my vision and weakens me every day.”

A former senior U.N. official from Nepal told IPS he strongly supports compensation.

“As a Nepali who lived in and loved Haiti, I feel special empathy for the victims of the cholera epidemic,” said former U.N. Assistant Secretary-General Kul Gautam.

In a way, he said, even the Nepali peacekeepers are victims of the kind of poverty and poor governance that afflicts both Nepal and Haiti. The two nations are categorised by the United Nations as among the 49 least developed countries (LDCs), described as the poorest of the world’s poor.

None dispute that the lack of clean water and sanitation in Haiti has been a key driver of the epidemic.

“I wish a creative solution could be found whereby the Haitian victims would get some modest amount of financial support on humanitarian grounds, without the U.N. having to give up its diplomatic immunity,” Gautam said.

“For this to happen, some enlightened governments and foundations would need to offer help, not as a matter of legal obligation, but as a matter of humanitarian consideration,” said Gautam, a former deputy executive director of the U.N. children’s agency UNICEF.

Mario Joseph has been the director of Bureau des Avocats Internationaux (BAI) since its inception in 1995. BAI, together with the Institute for Justice and Democracy in Haiti, is leading the lawsuit.

“The trial is proceeding normally like any other trial,” he told IPS. “We’ve taken the first steps with the U.N. to bring them to take responsibility. To submit our claim, we sent the case to [Secretary-General] Ban Ki-moon, but unfortunately, the U.N. said it was protected by immunity.

“The U.N. experts have clearly established that it was the Nepalese peacekeepers who brought cholera to Haiti. It is clear that damage has been caused, the negligence of the U.N. is proven and it must assume its responsibilities.

“An organisation like the U.N. should not exercise a policy of double standard for evaluating itself vis-à-vis its member states. Haiti is a founding member of the U.N. In this sense the organisation must assume its responsibility concerning the cholera it brought into the country,” he said.

Anti-UN Protest in Port-au-Prince.

Article Source: Inter Press Service News Agency.

Pure Water Gazette Fair Use Statement

Reverse Osmosis Booster Pumps:  How They Work

The purpose of the reverse osmosis booster pump is to increase water pressure going into the RO unit.  The booster pump should not be confused with a delivery pump, also called a “demand pump,” that is used to increased the pressure of water leaving the RO unit.  The two pumps are not interchangeable.  They work differently and serve different purposes.

The picture above shows the three essential elements of the RO booster pump. The white object at left is the transformer. It plugs into a standard wall outlet and converts to the voltage (most commonly 24 volts) required by the pump. The large object is the pump itself. The third device is the pressure switch. It monitors the water pressure in the RO unit’s storage tank and turns the pump off and on in response to storage tank pressure. The most common shutoff pressure for undersink home RO units is 40 psi.

Reverse osmosis is a pressure-driven process. Small residential RO units will theoretically operate on very low pressure–down to 35 psi, according to some membrane makers–but the reality is, you won’t get a lot of water and the product water quality will be compromised if the unit runs below 45 psi. Low inlet pressure makes the unit put out more reject water, produce less drinking water, fill the storage tank more slowly, and produce lower quality water.

RO units run well on typical city water pressure of 60 psi, but they run even better with a small pump to boost the pressure to 80 psi or higher.

Do You Need a Booster Pump?

Most city water reverse osmosis users have enough city water pressure to run their RO unit nicely and they do not need a booster pump. For example, if your city water pressure is 60 psi or more, there is little to be gained by adding a booster pump. If your pressure is 50 psi or less, however, a pressure boost pump will give your RO unit more zip. You’ll have more water, at a higher pressure, in the storage tank, and the tank will fill faster. The increased pressure will also improve the economy of the unit (it will run less reject water to drain) as well as the quality of the water. RO units thrive on pressure.

Are All Pumps the Same?

Manufacturers often designate pumps by the gallon-per-day output of the RO unit. With the Aquatec 6800 pump pictured above, the recommendation is for use with units with membranes that put out up to 50 gallons per day. For larger membranes, another model, the Aquatec 8800, is recommended.

The standard pump setup is shown above. The function of the pressure switch in the tank line is to shut off current to the pump when the tank pressure reaches a preset level. Default pressure settings usually provide around 80 psi pressure going into the RO unit and shut off production when tank pressure reaches 40 psi. These settings can be adjusted, but it’s usually best to leave them at factory setting.

More Information about booster pumps.

State, Kirtland begin fuel spill cleanup test

Gazette Note:  If you follow water pollution events in the news, you won’t be surprised at yet another giant piece of negligence from the US military.  “Supporting our Troops” should not include giving the military a free pass to dump fuels and chemicals at will.  Military officials should be held to the same standards and subject to the same disciplinary actions as civilian polluters.  — Hardly Waite.

ALBUQUERQUE, N.M. (AP) — State environment and Kirtland Air Force Base officials are pumping 70,000 gallons of contaminated water from the aquifer that feeds new Mexico’s largest city, an attempt to clean up a huge, underground jet fuel spill.

The fuel came from what officials believe was a 40-year leak from underground pipes at a Kirtland aircraft fuel loading facility. It was discovered in 1999, and officials are still trying to figure out how to clean it up before it hits city water wells.

Officials began pumping water from the aquifer on Wednesday and filtering it in mobile tanks. The test will determine if this is a viable method for cleaning up the spill and see what happens to the aquifer when a large amount of water is removed.

The goal is to pump more than 1 million gallons before the end of November.

Filtered water from the test will be used on the base, probably to water grounds. But officials say they are unsure what they will do if the system proves viable and large amounts of water are pumped from the aquifer. One potential option is to use it to recharge the aquifer.

The spill has been estimated as large as 24 million gallons, or twice the size of the Exxon Valdez oil spill.

The plume has moved to within 4,000 feet of one city well, prompting the state earlier this year to order more aggressive action by the Air Force to try to get the toxins out of the aquifer.

Environment Secretary Ryan Flynn emphasized that Wednesday’s test was very preliminary, but said the cleanup is the department’s No. 1 priority.

“We simply cannot allow this spill to contaminate Albuquerque’s water,” he said, noting the effort has just begun. “We will continue to push the Air Force to move at a more aggressive pace.”

Kirtland Air Force Base Installation Commander Col. Tom Miller called it a complex issue but said the Air Force is fully committed to resolving it.

Source: SFGate.

Pure Water Gazette Fair Use Statement

 

Great Lakes mayors seek action on ‘microplastics’

By John Flesher

TRAVERSE CITY, Mich. (AP) — An organization representing more than 100 cities in the U.S. and Canada asked federal and industry officials Tuesday for action on the recently discovered problem of “microplastic” pollution in the Great Lakes.

Over the past two years, scientists have reported finding thousands of plastic bits — some visible only under a microscope — in the lakes that make up nearly one-fifth of the world’s fresh surface water. Large masses of floating plastics also have been detected in the world’s oceans.

Scientists believe some are abrasive “microbeads” used in personal care products such as facial and body washes, deodorants and toothpaste. They’re so minuscule that they flow through screens at waste treatment plants and wind up in the lakes, where fish and aquatic birds might eat them, mistaking them for fish eggs. They also could absorb toxins.

“Even though you cannot see them, they pose a very real threat to human and wildlife health,” said John Dickert, mayor of Racine, Wis., and secretary-treasurer of the Great Lakes and St. Lawrence Cities Initiative.

The group sent letters to the U.S. Environmental Protection Agency and its counterpart, Environment Canada, asking what they plan to do about the problem. David Ullrich, the organization’s executive director, acknowledged it could take years to develop a regulatory crackdown on microplastics.

In the meantime, his group is sending letters to 11 companies that use microplastics, asking them to switch to biodegradable alternatives. Some are doing so. Procter & Gamble and Johnson & Johnson have said they’ll phase out microbeads, and L’Oreal says it won’t develop new products that include them.

“We think it makes more sense to appeal directly to the people involved and say, ‘Let’s work together and try to solve the problem; let’s do the right thing,'” Ullrich said.

Additionally, the group is encouraging mayors in the eight states and two Canadian provinces adjoining the lakes to urge residents to buy products without microbeads. “We’re not calling for a boycott, but we’re asking citizens to inform themselves,” Ullrich said.

Scientists led by chemist Sherri Mason of State University of New York at Fredonia and the 5 Gyres Institute, a nonprofit group based in California, took samples from all five Great Lakes in 2012 and again this year by skimming the surfaces with trawl nets attached to vessels.

In a paper published online by Marine Pollution Bulletin, they reported finding the plastic bits in Lakes Erie, Huron and Superior, with the highest concentrations in Erie. Mason said samples taken this summer from Lakes Michigan and Ontario are still being analyzed, but initial inspections turned up microplastics from both.

Pressuring companies to phase out microplastics quickly in favor of biodegradable abrasives such as grape and apricot seeds is the best way to deal with the problem, Mason said. Because of their size and wide distribution, there’s no practical way to remove the particles from the lakes.

“Unfortunately, once they get into the water, they get widely distributed,” she said. “You can’t just go out and filter all the water.”

Source: SFGate.

Pure Water Gazette Fair Use Statement

 Study:  Nitrogen Remains in Soils

 Gazette Note:  This important study demonstrates the long-term implications of our excessive use of nitrogen fertilizers.  Nitrate contamination of drinking water is a serious issue, and the study shows that what we do now is polluting the drinking water of future generations. –Hardly Waite.

Nitrogen fertilizer applied to crops lingers in the soil and leaks out as nitrate towards groundwater much longer than previously thought, scientists in France and at the University of Calgary discovered in a new study.

 

Thirty years after synthetic nitrogen fertilizer had been applied to crops in 1982, about 15 per cent of the fertilizer nitrogen still remained in soil organic matter, the scientists found.

 

After three decades, approximately 10 per cent of the fertilizer nitrogen had seeped through the soil towards the groundwater and will continue to leak in low amounts for at least another 50 years.

 

Nitrate is one of the most common groundwater contaminants in rural areas. It is regulated in drinking water primarily because excess levels can cause methaemoglobinemia, or “blue baby syndrome,” which decreases the ability of blood to carry oxygen around the body.

 

The study was led by researcher Mathieu Sebilo at the Universite Pierre et Marie Currie in Paris, France, and by Bernhard Mayer in the University of Calgary’s Department of Geoscience, and included several research organizations in France.

 

Their paper, “Long-term fate of nitrate fertilizer in agricultural soils,” was published recently in the Proceedings of the National Academy of Science of the United States of America.

 

The findings show that losses of fertilizer nitrogen towards the groundwater occur at low rates but over many decades, says Mayer, professor of geochemistry and head of the Applied Geochemistry Group.

That means it could take longer than previously thought to reduce nitrate contamination in groundwater, including in aquifers that supply drinking water in North America and elsewhere, he says.

 

“There’s a lot of fertilizer nitrogen that has accumulated in agricultural soils over the last few decades which will continue to leak as nitrate towards groundwater,” Mayer says.

 

Canada and the U.S. regulate the amount of nitrate allowed in drinking water. In the 1980s, surveys by the U.S. Environmental Protection Agency and the U.S. Geological Survey showed that nitrate contamination had probably impacted more public and domestic water supply wells in the U.S. than any other contaminant.

 

Mayer is an internationally recognized expert in the use of stable isotopes to track contaminants in the environment.

 

The French-University of Calgary study is the first that tracks, using stable isotope “fingerprinting,” the fate of fertilizer nitrogen remaining in a soil zone over several decades. The research team used a stable isotope of nitrogen, N-15, as a tracer to track fertilizer nitrogen applied in 1982 to sugar beet and winter wheat crops on a pair of two-metre-square plots at a site in France.

 

Over the 30-year study, the researchers measured the amount of N-15 labeled fertilizer nitrogen taken up by plants and they quantified the amount of fertilizer nitrogen remaining in the soil.

 

The novel aspect of their study was that they subsequently determined the long-term fate of this fertilizer nitrogen ‘pool’ retained in the soil. Their measurements of seepage water from locations two metres deep in the soil revealed the amount of fertilizer nitrate leaking towards the groundwater.

The team found that 61 to 65 per cent of the N-15 fertilizer applied in 1982 was taken up by the sugar beet and wheat plants over the 30-year study.

 

However, 32 to 37 per cent of the fertilizer nitrogen remained in the soil organic matter in 1985 or three years after application, while 12 to 15 per cent still lingered in the soils after three decades.

Between eight to 12 per cent of the fertilizer nitrogen applied in 1982 had leaked in the form of nitrate toward groundwater during the 30 years, and will continue to leak at low rates “for at least another five decades, much longer than previously thought,” the study says.

 

The scientists predict that about 15 per cent of the initially applied fertilizer nitrogen will be exported from the soils towards the groundwater over a time span of almost one century after the 1982 fertilizer application.

 

“If nitrate keeps leaking into the groundwater for decades after fertilizer application, than it will be more difficult to reduce nitrate contamination of groundwaters in a timely fashion,” says Mayer.

Mayer speculates that if the same research were done in Alberta, the findings would be similar in terms of fertilizer uptake by plants and nitrogen retention in the soils, although Alberta’s comparatively dry climate and different geology might slow the rate of nitrate seeping towards the groundwater.

 

Source: Stormwater

How Much Does A Reverse Osmosis Tank Hold?

We once had a call from a local customer who complained that her reverse osmosis storage tank took up too much space under the sink but didn’t hold enough water. We promised to look for a tank that was larger on the inside than on the outside, but we still haven’t found it.

The only thing certain about RO (reverse osmosis) storage tanks is that they never hold as much as the stated size. RO tanks contain a thick butyl bladder as well as a pocket of air. The actual holding capacity of the tank — the amount of water that you actually have to use when you empty a full tank — depends on many variables.

These include:

  • The pressure of the air charge inside the tank.
  • The pressure of your feed water going into the unit.
  • The shutoff pressure of your RO unit. — Most standard RO units stop filling the tank when tank pressure reaches about 2/3 of the incoming feed pressure. Tanks used with very large reverse osmosis units are usually controlled by a pressure switch like the switches used on wells. Typically, the latter would be shut off when the pressure inside the tank reaches 50 psi or so.

Therefore, the tank on your undersink unit holds more water if you have a permeate pump or a booster pump on the unit, or if you decrease the air pressure inside the tank. It holds less if you put too much air in the storage tank or when your household water pressure goes down while your lawn sprinkler is on. The amount it holds can vary according to the season. If you have a well, the amount of water in the tank of your undersink Ro unit can vary considerably depending on the pressure in your well tank when the RO tank is being filled.

So there really isn’t an exact answer to the question, “How much does the tank hold?”

Here’s one manufacturer’s estimate of what you might expect in terms of real water delivery from each state tank size. These are averages, not promises.

 

Tank Description

Assumed Capacity, on Average

2 gallon tank

1.2 gallons

3 gallon tank

2.2 gallons

4 gallon white tank

3.2 gallons

4 gallon blue tank

3.8 gallons*

11 gallon tank

7.8 gallons

14 gallon tank

10.5 gallons

*(Not really. As far as we can tell, blue tanks don’t hold more than white tanks.)

In our opinion, even these estimates are a bit high for most customers. Our rule of thumb is to assume about half the manufacturer’s stated size. If you need two gallons, get a four gallon tank.

Another point to consider is that you usually don’t need as much water as you think you will at one time. If you draw a gallon from your “four gallon”; tank, the RO unit begins at once to replace it.

Also, if you need more than the standard tank holds, it’s usually easier and more economical to add a second small tank rather than replace the original tank with a larger one. Hooking two tanks together is easy.

You can add storage capacity to your RO unit by simply teeing two standard tanks together. They don’t have to be the same size.

For really large RO tanks, in the twenty gallon and upward range, please contact us for more information at (940) 382-3814.

We don’t guarantee capacity. There are just too many things that affect capacity that are beyond our control.

This article is reprinted from purewaterproducts.com.

Water prices a fracking big deal

by Dan Fumano

“For companies using B.C.’s water for fracking, the highest water rental fee paid to the province is $1.10 per 1,000 cubic metres. That’s less than $3 for enough to fill an Olympic swimming pool.”

Critics are raising alarms that oil and gas companies are getting a “free ride” from the provincial government for the billions of litres of water used in fracking operations every year.

Fracking not only pollutes water. It also requires vast amounts.

Last week, the B.C. government released a proposal for the new Water Sustainability Act, which would update and replace B.C.’s century-old Water Act. Experts have said the proposal is a welcome, if long overdue, sign the government is taking water resources more seriously — but they say the gifting of free or very cheap fresh water to industrial users is an issue that requires attention.

Hydraulic fracturing, or “fracking,” is a process of injecting a mixture of water, sand and chemicals underground at very high pressure, in order to fracture rock formations and release natural gas. Fracking is one of the main methods for extracting liquefied natural gas, or LNG, which has been promoted by Premier Christy Clark as the biggest economic opportunity B.C. has had in a century.

In Clark’s Speech from the Throne this year, she said the LNG industry could produce royalty revenues of more than $100 billion for the province, and tens of thousands of jobs. But the practice has also been the subject of controversy for its ecological impacts.

For companies using B.C.’s water for fracking, the highest water rental fee paid to the province is $1.10 per 1,000 cubic metres. That’s less than $3 for enough to fill an Olympic swimming pool.

A ‘FREE RIDE’

“They’re getting a free ride, absolutely,” said Ben Parfitt, a resource analyst for the Canadian Centre for Policy Alternatives. “I think that charge is egregiously low, and I think that there is a real opportunity for the government, having taken a significant step in the right direction in introducing this proposed legislation, for it to … deal with the whole issue of water pricing.”

 

If B.C. continues to expand LNG production as expected, Parfitt said, it would bring “an unprecedented rush on water,” and make the issue of water price and use all the more vital.

“We need to send the signal now, before that activity ramps up, that … companies are going to have to pay a reasonable dollar for that water. If we don’t do that, then basically we’re sending the signal that this is a resource that we in British Columbia just take for granted,” he said.

Parfitt said he was encouraged to see the public concern over the lack of groundwater regulation in the wake of The Province’s reports on Nestlé and bottled water companies taking BC’s fresh water without paying anything to the government.

“I think the Nestlé issue really highlights that. People feel very strongly that multinational companies should not be getting our water for free,” he said.

FRACKING DEMAND MORE THAN BOTTLED WATER

But, he said, the volume of fresh water used by oil and gas companies in fracking operations around the province dwarfs the amount used by bottled water companies.

According to a B.C. Oil and Gas Commission annual report, “In 2012, a total of 7,054,704 m3 of water was used for hydraulic fracturing.” That’s about 2,800 Olympic swimming pools.

Nestlé’s total water withdrawals last year in B.C. — 265 million litres — would make up a little less than four per cent of the total water used for fracking in B.C.

FRACKING WATER PRICE ‘AN INSULT’

The current going price for water used for fracking is “an insult,” said Eoin Madden, a campaigner from the Vancouver-based national conservation group Wilderness Committee.

“Our message to the provincial government is, if you’re going to price water, be serious about it. You don’t joke around with our most important resource, the one thing you can’t live without.”

The current fee structure is more about “optics” than about assigning a value to the resource, Madden said. “It’s a nominal fee that makes people believe it’s being taxed, it’s being regulated. And it’s not. That amount of money, it’s pointless.”

A spokesman from the Ministry of Environment said Friday that the government is “contemplating changes to both the pricing structure and rates for water.”

The Water Sustainability Act proposal is up for public engagement and discussion until Nov. 15.

Source:  The Province.

Pure Water Gazette Fair Use Statement

Soft Drink Sales Falter


Posted October 26th, 2013

Bottled Water Sales Rising as Soda Ebbs

 

Few things are more American than Coca-Cola.

But bottled water is washing away the palate trained to drain a bubbly soda. By the end of this decade, if not sooner, sales of bottled water are expected to surpass those of carbonated soft drinks, according to Michael C. Bellas, chief executive of the Beverage Marketing Corporation.

“I’ve never seen anything like it,” said Mr. Bellas, who has watched water’s rise in the industry since the 1980s.

Sales of water in standard lightweight plastic bottles grew at a rate of more than 20 percent every quarter from 1993 to 2005, he said. The growth has continued since, but now it has settled into percentages within the high single digits.

If the estimated drinking of water from the household tap is included, water consumption began exceeding that of soda in the mid-2000s.

That significant shift has posed a tough challenge for the Coca-Cola Company and rival PepsiCo in recent years. While both companies sell bottled water lines, Dasani for Coke and Aquafina for Pepsi, they have had trouble establishing dominance in the more profitable business of so-called enhanced waters — including flavored and carbonated waters and those with added vitamins and minerals — where a horde of new beverage companies like TalkingRain, Hint water and Fruit2O are giving them a run for the money.

“Given where pricing has gone, I would assume that on the average 24 pack of bottled water, Coke and Pepsi are selling at break-even at best,” said John Faucher, who tracks the beverage and household products businesses at JPMorgan Chase. “The one thing keeping them in plain, old bottled water is that both have a very large and highly profitable single-serve business in it.”

Plain bottled waters are little more than purified tap water with a sprinkle of minerals tossed in, which makes the business one of producing bottles and filling them.

Factors as varied as innovations in bottling technology that have helped drive down the price of water as well as continuing concern about obesity and related diseases are also driving the trend. A recent study by North Dakota State University, for instance, used dietary intake data collected by the federal government to draw correlations between decreased consumption of soda from 1999 through 2010 and improvements in the biomarkers that indicated cholesterol and other chronic diseases.

A study by Coca-Cola asserted that the government’s data, the National Health and Nutrition Examination Survey, was flawed, but that had not stopped public health officials from encouraging greater consumption of beverages with less sugar.

Last month, Michelle Obama heavily endorsed water, teaming up with Coke, Pepsi and Nestlé Waters, among others, to persuade Americans to drink more of it. Health advocates complained that Mrs. Obama had capitulated to corporate partners by not explaining the benefits of water over the sodas they sell and that her initiative promoted even greater use of plastic bottles when she could have just recommended turning on the tap.

Bottled water has also grown cheaper, adding to its attraction. Cases of 24 half-liter bottles of store-brand water can be had for $2, or about 8 cents a bottle, and some grocery store chains even are using waters as loss leaders to attract customers, teeing up shopping carts with a case already on board.

Companies like Niagara Water, a privately held company that is the largest private-label water bottler in the country, have a fully integrated, highly automated production system that starts with plastic pellets that are made into bottles and goes all the way through to filling the bottles, making caps and screwing them on.

This poses a problem for the big beverage companies selling branded waters. “Coke and Pepsi can compete in convenience stores where water is being sold one bottle at a time, but they can’t make money on selling cases at $1.99 apiece,” said John Sicher, publisher of Beverage Digest.

In a conference call with analysts last week, PepsiCo’s chief financial officer, Hugh F. Johnston, said that the company had no plans to invest in increasing its bottled water offerings. “We don’t think it creates value over time,” Mr. Johnston said.

Some of the things that have made Pepsi and Coke formidable competitors in the soda business work against them in water. The companies, for instance, stock grocery store shelves directly off their trucks. That gives them more extensive and timely information about how their products are doing and greater control over marketing, but it also is much more expensive than the distribution system used by companies like Niagara and Nestlé Waters, which has a private label business in addition to marketing brands like Poland Spring and Ozarka.

Those companies let retailers handle stocking, shipping pallets of their waters to warehouses.

Coke sold 5.8 billion liters of waters abroad and 253 million liters in the United States and Canada from 2007 to 2012. Pepsi’s water sales in North America actually declined by 636 million liters over that period, but it still sold 4.7 billion liters overseas, according to Euromonitor.

Both companies’ soda sales fell in North America over that time but grew internationally. Volume sales of soda, however, may be deceptive. “The volume growth is there, but when we’re talking about international markets like China, India and Latin America — prices are lower,” said Jonas Feliciano, an industry analyst at Euromonitor.

The TalkingRain Beverage Company, a bottled water business that started in the Pacific Northwest, is getting out of the plain water business altogether because the economics are so bad. “The water business has become very commoditized,” said Kevin Klock, its chief executive. “Folks in that business have to produce high quantities at fast speed in very light bottles, and it requires a huge investment to be in that game.”

TalkingRain makes Sparkling ICE, a bubbly water that comes in flavors like kiwi strawberry and blackberry with no calories and “vitamins and antioxidants.” The brand had developed strong consumer loyalty in the company’s back yard, consistently generating about $10 million in sales a year when Mr. Klock decided to bet big on it after taking the helm in 2010.

Last year, TalkingRain sold $200 million worth of Sparkling ICE, and sales this year are on track to exceed $400 million, Mr. Klock said. “There’s a large market out there that wants something sparkling, something flavored, something without a controversial sweetener, and we hit that market,” he said.

Now Pepsi and Coke are scrambling to dip their toes into it, too. They are fighting back with investments in flavored and enhanced waters and, in Coke’s case, packaging. Dasani, Coke’s primary water business, comes in the company’s PlantBottle, at least 30 percent of which is made from plant materials.

“First, consumers who purchase Dasani are looking for a high quality product that delivers a high quality taste time and time again,” said Geoff Henry, brand director of Dasani. “Beyond what the brand stands for, we are looking to lead in packaging and sustainability because those things also matter to our consumers.”

On Thursday, Coke introduced its first sparkling Dasani drinks in four flavors, and Pepsi is expected to take the wraps off a premium bottled water product called OM this year, according to Beverage Digest.

Coca-Cola has also been successful with Smartwater, which was part of its $4.1 billion purchase of Glaceau, the maker of Vitaminwater. Smartwater is little more than distilled water with added electrolytes, but volume sales were up by 16.2 percent in the first half of this year, according to Beverage Digest.

Dasani also has introduced Dasani Drops, with flavors like cherry pomegranate and pink lemonade, which consumers add to the drink to fit their taste, a quality especially prized by millennials.

A bumper crop of flavor drops has been coming onto the market ever since Kraft introduced Mio in 2011. SweetLeaf and Stur, for instance, are Stevia-based sweeteners for water that impart flavor. Pepsi recently began selling Aquafina FlavorSplash drops.

Sales of most branded enhanced water, however, were down in the first half of 2013, and whether giving consumers the option to flavor plain water will change that equation remains to be seen. Vitaminwater’s volume sales slid 17.3 percent, for instance, while SoBe Lifewater, a line of flavored waters owned by PepsiCo, dropped 30.3 percent, according to Beverage Digest.

On the other hand, Nestlé and bottlers like Niagara, which carry lower prices, saw sharp increases in volume sales of their enhanced waters.

“Is it a great idea? Not necessarily,” Mr. Faucher said of the big companies’ push into enhanced waters. “Do they have much of a choice? Not necessarily. People want variety and so Coke and Pepsi are going where the opportunity is. There aren’t a lot of other options.”

Source: New York Times.

Pure Water Gazette Fair Use Statement