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THE CLEAN UP2021-09-16T15:03:09-07:00

Taking Care Of Our Planet as She Takes Care of Us 

March Against Monsanto

Four US cities have now filed lawsuits against Monsanto, San Diego, Ca, Oakland, Ca, SanJose, Ca and Spokane, WA

   Click Here   

Seven of the world’s Most Irresponsible Companies

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Countries who have begun the clean up

  Click Here   

Steps everyone can take to clean up the environment

  Click Here    

Taking Care Of Our Planet as She Takes Care of Us 

March Against Monsanto

Four US cities have now filed lawsuits against Monsanto, San Diego, Ca, Oakland, Ca, SanJose, Ca and Spokane, WA

   Click Here   

Seven of the world’s Most Irresponsible Companies

    Click Here

Countries who have begun the clean up

  Click Here   

Steps everyone can take to clean up the environment

  Click Here    

Air

Air

The countries with the worst greenhouse emissions  *

1.  China:             6,018 tons/yr

    2. United States:  5,903 tons/yr

3. Russia:            1.704 tons/yr

4. India:              1,293 tons/yr

5. Japan:              1,247 tons/yr

6. Germany:         858 tons/yr

7. Canada:           614 tons/yr

8. Britain:            586 tons/yr

9. S. Korea           514 tons/yr

10. Iran:               471 tons/yr

The countries with the worst greenhouse emissions  *

1.  China:             6,018 tons/yr

    2. United States:  5,903 tons/yr

3. Russia:            1.704 tons/yr

4. India:              1,293 tons/yr

5. Japan:              1,247 tons/yr

6. Germany:         858 tons/yr

7. Canada:           614 tons/yr

8. Britain:            586 tons/yr

9. S. Korea           514 tons/yr

10. Iran:               471 tons/yr

Why Aren’t the Worst Offenders Taking Responsibility?

Why Aren’t the Worst Offenders Taking Responsibility?

In May 2002, the United Nations Environment Program (UNEP) released an extensive report saying that, “there was a growing gap between the efforts to reduce the impact of business and industry on nature and the worsening state of the planet”  and that this gap is due to the fact that only a small number of companies in each industry are actively integrating social and environmental factors into business decisions.”

The interests of a few (powerful, profit driven corporations) who have the ability to lobby our politicians here in the United States exert enormous influence on policy allowing them to get away with the continued harm to our t environment. The monetary gains of the few seem to outweigh the deeper concerns and well being of the many.

But the world has become more educated and thus concerned. We realize that we truly are in this together because it is our collective atmosphere….not only do we all require air to live, but clean air is imperative to our general health. We now have an awareness that what happens “over there” does impact us “here”.

Attempts have been made to address the issue of greenhouse admissions on a global level through treaties such as the Kyoto Protocol

The Kyoto Protocol was signed by nearly all nations at the 1992 mega-meeting popularly known as the Earth Summit and adopted by Parties to the UNFCCC in 1997 and the first phase was entered into in 2005.(1) It is discouraging to note the United States originally signed on but never ratified the protocol. Especially, because it is known we are the second largest polluter on the planet!

Indeed, the Kyoto Protocol was flawed. It did not require China and India to participate due to their status of being a developing country during the 150 yr. period of time that the world was producing greenhouse gases.(1) In light of our current statistics on the worst offenders, China being #1 and India #4, leaving them out of this equation harms the planet. Another flaw observed was that the protocol allowed countries to buy emission credits from less polluting countries in the first phase. The idea being we wanted to come up with a net amount of emissions. This bargaining chip mentality seemed a delay tactic for the worst offenders. 

China, USA and India….the world’s biggest producers of greenhouse emissions have never participated in the treaty. Other countries like Russia and New Zealand have dropped out. This means that the second phase of the Kyoto Protocol will cover only about 15% of global emissions. (1) Although admirable that other countries are hanging in there, if we are to seriously reduce emissions, we need to address the worst offenders, to understand the primary motivations for their continued poor performance and assist the transition to cleaner alternatives.

How has the United States cooperated in reducing emissions? 

We ratified the Montreal Protocol on Substances that Deplete the Ozone Layer (Montreal Protocol) in 1987. (2). By ratifying the Montreal Protocol and its subsequent adjustments and amendments, the United States has committed to a collaborative, international effort to regulate and phase out ozone-depleting substances. The two ozone treaties have been ratified by 197 parties, which includes 196 states and the European Union, making them the first universally ratified treaties in United Nations history.(3)   

 

This international agreement led to an amendment of the Clean Air Act (CAA) in 1990 which authorizes the U.S. Environmental Protection Agency (EPA) to manage the phaseout of ODSs. (4)

In May 2002, the United Nations Environment Program (UNEP) released an extensive report saying that, “there was a growing gap between the efforts to reduce the impact of business and industry on nature and the worsening state of the planet”  and that this gap is due to the fact that only a small number of companies in each industry are actively integrating social and environmental factors into business decisions.”

The interests of a few (powerful, profit driven corporations) who have the ability to lobby our politicians here in the United States exert enormous influence on policy allowing them to get away with the continued harm to our t environment. The monetary gains of the few seem to outweigh the deeper concerns and well being of the many.

But the world has become more educated and thus concerned. We realize that we truly are in this together because it is our collective atmosphere….not only do we all require air to live, but clean air is imperative to our general health. We now have an awareness that what happens “over there” does impact us “here”.

Attempts have been made to address the issue of greenhouse admissions on a global level through treaties such as the Kyoto Protocol

The Kyoto Protocol was signed by nearly all nations at the 1992 mega-meeting popularly known as the Earth Summit and adopted by Parties to the UNFCCC in 1997 and the first phase was entered into in 2005.(1) It is discouraging to note the United States originally signed on but never ratified the protocol. Especially, because it is known we are the second largest polluter on the planet!

Indeed, the Kyoto Protocol was flawed. It did not require China and India to participate due to their status of being a developing country during the 150 yr. period of time that the world was producing greenhouse gases.(1) In light of our current statistics on the worst offenders, China being #1 and India #4, leaving them out of this equation harms the planet. Another flaw observed was that the protocol allowed countries to buy emission credits from less polluting countries in the first phase. The idea being we wanted to come up with a net amount of emissions. This bargaining chip mentality seemed a delay tactic for the worst offenders. 

China, USA and India….the world’s biggest producers of greenhouse emissions have never participated in the treaty. Other countries like Russia and New Zealand have dropped out. This means that the second phase of the Kyoto Protocol will cover only about 15% of global emissions. (1) Although admirable that other countries are hanging in there, if we are to seriously reduce emissions, we need to address the worst offenders, to understand the primary motivations for their continued poor performance and assist the transition to cleaner alternatives.

How has the United States cooperated in reducing emissions? 

We ratified the Montreal Protocol on Substances that Deplete the Ozone Layer (Montreal Protocol) in 1987. (2). By ratifying the Montreal Protocol and its subsequent adjustments and amendments, the United States has committed to a collaborative, international effort to regulate and phase out ozone-depleting substances. The two ozone treaties have been ratified by 197 parties, which includes 196 states and the European Union, making them the first universally ratified treaties in United Nations history.(3)   

 

This international agreement led to an amendment of the Clean Air Act (CAA) in 1990 which authorizes the U.S. Environmental Protection Agency (EPA) to manage the phaseout of ODSs. (4)

 Worldwide Statistics

 Worldwide Statistics

Exposure to particulate matter increases the risk of cardiopulmonary conditions, acute and chronic respiratory infections and lung cancer. According to WHO worldwide urban air pollution is estimated to cause about 9% of the lung cancer deaths, 5% of cardiopulmonary deaths and about 1% of respiratory infection deaths.

Climate Change

Key terms to know about Climate Change

  Click Here  

The Fact Monster 

 We have heard about global warming, acid rain and the deterioration of the ozone layer, but what exactly are the air pollutants that cause this? What is the difference between ozone close to home and the ozone layer that protects us from harmful rays? What creates global warming and acid rain? This chart names some common pollutants, their sources and their effect on the environment.

   Click Here 

Ozone Depletion

   Click Here  

 What is Ozone?

 This is an easy to understand video explaining what ozone is and its harmful effects.  

Click Here 

More on Ozone Depletion

 Short video from India.

 Click Here  

United States

American Lung Association

 According to the American Lung Associationmore than 4 in 10 people live where pollution levels are often too dangerous to breathe. They are working to protect the Clean Air Act and to require the cleanup of the sources that pollute our air. For more information and to see our both our cleanest and worst polluted cities….. 

 Click Here    

Exposure to particulate matter increases the risk of cardiopulmonary conditions, acute and chronic respiratory infections and lung cancer. According to WHO worldwide urban air pollution is estimated to cause about 9% of the lung cancer deaths, 5% of cardiopulmonary deaths and about 1% of respiratory infection deaths.

Climate Change

Key terms to know about Climate Change

  Click Here  

The Fact Monster 

 We have heard about global warming, acid rain and the deterioration of the ozone layer, but what exactly are the air pollutants that cause this? What is the difference between ozone close to home and the ozone layer that protects us from harmful rays? What creates global warming and acid rain? This chart names some common pollutants, their sources and their effect on the environment.

   Click Here 

Ozone Depletion

   Click Here  

 What is Ozone?

 This is an easy to understand video explaining what ozone is and its harmful effects.  

Click Here 

More on Ozone Depletion

 Short video from India.

 Click Here  

United States

American Lung Association

 According to the American Lung Associationmore than 4 in 10 people live where pollution levels are often too dangerous to breathe. They are working to protect the Clean Air Act and to require the cleanup of the sources that pollute our air. For more information and to see our both our cleanest and worst polluted cities….. 

 Click Here    

       On A Positive Note

       On A Positive Note

 Data collected by the United States Environmental Protection Agency (EPA) shows that air quality in the United States has continued to improve since the implementation of the Clean Air Act. This act created provisions to monitor six major air pollutants in the United States: carbon monoxide, ground-level ozone, lead, nitrogen dioxide, particulate matter, and sulfur dioxide. There are also a large number of secondary pollutants that the Environmental Protection Agency keeps an eye on as well.

We have seen the following improvements:

.

Since 1980, ground level Ozone has dropped by 28%. 

Lead, one of the more dangerous industrial compounds that can be found in the air, has dropped by 89%.

Nitrogen Dioxide levels, which results from combustion appliances in the home, have fallen by 52% .

Sulfur Dioxide which is produced by the fuel combustion in automobiles and power plants, have dropped 83%.

Since 2000, Carbon Monoxide levels are down 51%.

Small Particulate Matter has fallen by 27%.

****

The not so good news is that we continue to pump 60 million short tons of Carbon Monoxide into the atmosphere yearly. The truth is we have a long way to go. Coal generates 44% of our electricity in the US and is our single biggest air polluter. In addition it pollutes our land and water.

For alternatives see: Energy 

 Data collected by the United States Environmental Protection Agency (EPA) shows that air quality in the United States has continued to improve since the implementation of the Clean Air Act. This act created provisions to monitor six major air pollutants in the United States: carbon monoxide, ground-level ozone, lead, nitrogen dioxide, particulate matter, and sulfur dioxide. There are also a large number of secondary pollutants that the Environmental Protection Agency keeps an eye on as well.

We have seen the following improvements:

.

Since 1980, ground level Ozone has dropped by 28%. 

Lead, one of the more dangerous industrial compounds that can be found in the air, has dropped by 89%.

Nitrogen Dioxide levels, which results from combustion appliances in the home, have fallen by 52% .

Sulfur Dioxide which is produced by the fuel combustion in automobiles and power plants, have dropped 83%.

Since 2000, Carbon Monoxide levels are down 51%.

Small Particulate Matter has fallen by 27%.

****

The not so good news is that we continue to pump 60 million short tons of Carbon Monoxide into the atmosphere yearly. The truth is we have a long way to go. Coal generates 44% of our electricity in the US and is our single biggest air polluter. In addition it pollutes our land and water.

For alternatives see: Energy 

Global Solutions

Global Solutions

Sick Building Syndrome

 How To Grow Fresh Air

Sick Building Syndrome is a term used to describe situations in which building occupants experience acute health issues that appear to be linked to time spent in a building. It is thought that up to 30% of our buildings could be affected.  Kameal Meattle, from India says that the use of  3 common plants, we can create fresh air indoors, even in very polluted cities. Areca Palm and Mother in Law Tongue utilize CO2 and convert it to O2, one during the day and one at night. Money Plant removes Volatile chemicals from our air and provide fresh air.

    Click Here 

Carbon War Room

  Mission Statement-We accelerate the adoption of business solutions that reduce carbon emissions at gigaton scale and advance the low-carbon economy.

 Click Here  

Sick Building Syndrome

 How To Grow Fresh Air

Sick Building Syndrome is a term used to describe situations in which building occupants experience acute health issues that appear to be linked to time spent in a building. It is thought that up to 30% of our buildings could be affected.  Kameal Meattle, from India says that the use of  3 common plants, we can create fresh air indoors, even in very polluted cities. Areca Palm and Mother in Law Tongue utilize CO2 and convert it to O2, one during the day and one at night. Money Plant removes Volatile chemicals from our air and provide fresh air.

    Click Here 

Carbon War Room

  Mission Statement-We accelerate the adoption of business solutions that reduce carbon emissions at gigaton scale and advance the low-carbon economy.

 Click Here  

Nuclear

“Nuclear power is a hell of a way to boil water”

Einstein

Nuclear

“Nuclear power is a hell of a way to boil water”

Einstein

“Our reliance on fossil fuels and nuclear energy is destroying the earth that we live on. It threatens not only our future, but the future of life as we know it. We must stand behind, and shore up the regulations we have to prevent this; demand without compromise that new, better, regulations be enacted; and insist that the use of these energy sources be stopped.”

  Helen Caldicott,  MD

“Our reliance on fossil fuels and nuclear energy is destroying the earth that we live on. It threatens not only our future, but the future of life as we know it. We must stand behind, and shore up the regulations we have to prevent this; demand without compromise that new, better, regulations be enacted; and insist that the use of these energy sources be stopped.”

  Helen Caldicott,  MD

Becoming Informed

Becoming Informed

“The nuclear industry is waging a war against humanity.”

Professor John Goffman, Senior employee who resigned from the U.S. Atomic Energy Commission.

Helen Caldicott MD

 Co-founder of Physicians for Social Responsibility, a nominee for the Nobel Peace Prize and the 2003 winner of the Lannan Cultural Freedom Prize. She recently established the Nuclear Policy Research Institute. Helen is a pediatrician and is one of the world’s most important authorities on the health effects of ionizing radiation. In this video, she speaks clearly, concisely and very powerfully about the real nature of what we are facing at Fukushima. 

Click Here  and  Here  

 “Because of the radiation involved, nuclear energy is the most dangerous and expensive way to generate electricity.  The United States is home to 23 GE Mark I nuclear reactors, the same model that underwent meltdowns in Fukushima. In 1972 engineers who worked on the Mark I design resigned because they knew [the reactors] were dangerous.“

  Helen Caldicott MD

“The nuclear industry is waging a war against humanity.”

Professor John Goffman, Senior employee who resigned from the U.S. Atomic Energy Commission.

Helen Caldicott MD

 Co-founder of Physicians for Social Responsibility, a nominee for the Nobel Peace Prize and the 2003 winner of the Lannan Cultural Freedom Prize. She recently established the Nuclear Policy Research Institute. Helen is a pediatrician and is one of the world’s most important authorities on the health effects of ionizing radiation. In this video, she speaks clearly, concisely and very powerfully about the real nature of what we are facing at Fukushima. 

Click Here  and  Here  

 “Because of the radiation involved, nuclear energy is the most dangerous and expensive way to generate electricity.  The United States is home to 23 GE Mark I nuclear reactors, the same model that underwent meltdowns in Fukushima. In 1972 engineers who worked on the Mark I design resigned because they knew [the reactors] were dangerous.“

  Helen Caldicott MD

    Solutions

    Solutions

Fusion

   “Fusion is the process that produces the amazing quantities of energy that pour out of stars, such as our sun. It occurs when light atoms such as hydrogen become so hot that they fuse, into new elements, such as helium, in the process releasing large amounts of energy. The ingredients for this amazing process are abundant on earth, and no greenhouse gases or long-lived nuclear waste are created by fusion. Once harnessed, fusion power will be a nearly unlimited, safe and climate friendly energy source.”

 Click Here   

Nuclear Waste Utilization

  Pioneering energy technology converts nuclear waste into clean, low-cost electricity

Click Here   

Fusion

   “Fusion is the process that produces the amazing quantities of energy that pour out of stars, such as our sun. It occurs when light atoms such as hydrogen become so hot that they fuse, into new elements, such as helium, in the process releasing large amounts of energy. The ingredients for this amazing process are abundant on earth, and no greenhouse gases or long-lived nuclear waste are created by fusion. Once harnessed, fusion power will be a nearly unlimited, safe and climate friendly energy source.”

 Click Here   

Nuclear Waste Utilization

  Pioneering energy technology converts nuclear waste into clean, low-cost electricity

Click Here   

Waste

Waste

Statistics
.

Each year, in the United States, we produce 250 million tons of trash according to the EPA statistics gathered in 2011.

Of that, we recycle 87 million tons. That gives us a 34.7% recycling rate.

To give you an idea about our growing “wasteful” habits, in 1960 each person in the US threw away 2.7 lbs of trash a day. Currently we throw away 4.4 lbs. daily.

We have improved our recycling rates from 5.6% in 1960 to 34.7%. But we clearly have a way to go.

For more information

Click Here 

Statistics
.

Each year, in the United States, we produce 250 million tons of trash according to the EPA statistics gathered in 2011.

Of that, we recycle 87 million tons. That gives us a 34.7% recycling rate.

To give you an idea about our growing “wasteful” habits, in 1960 each person in the US threw away 2.7 lbs of trash a day. Currently we throw away 4.4 lbs. daily.

We have improved our recycling rates from 5.6% in 1960 to 34.7%. But we clearly have a way to go.

For more information

Click Here 

Electronic Waste

Electronic Waste

In 2011, we generated 3.41 million tons of e waste in the U.S.

Of this amount, only 850,000 tons or 24.9% was recycled, according to the EPA (up from 19.6 in 2010).

The rest was trashed in landfills or incinerators. 

These EPA numbers are for selected consumer electronics which include products such as TVs, VCRs,DVD players, video cameras, stereo systems, telephones, and computer equipment.

  Click Here 

Electronic Waste-Cloud Blue

One company who have met the highest industry standards for ethical and compliant recycling

 Selling/Recyling old electronic devices online
 Pays consumers for used smartphones, and other electronic devices while helping the planet by finding homes for devices no longer need.
See
 Gazelle

Cell Phone Waste- A Solution

  creating a phone with detachable blocks

 Click Here  

In 2011, we generated 3.41 million tons of e waste in the U.S.

Of this amount, only 850,000 tons or 24.9% was recycled, according to the EPA (up from 19.6 in 2010).

The rest was trashed in landfills or incinerators. 

These EPA numbers are for selected consumer electronics which include products such as TVs, VCRs,DVD players, video cameras, stereo systems, telephones, and computer equipment.

  Click Here 

Electronic Waste-Cloud Blue

One company who have met the highest industry standards for ethical and compliant recycling

 Selling/Recyling old electronic devices online
 Pays consumers for used smartphones, and other electronic devices while helping the planet by finding homes for devices no longer need.

Cell Phone Waste- A Solution

  creating a phone with detachable blocks

 Click Here  

Converting Waste to Energy

Converting Waste to Energy

Thermal depolymerization process

Each day 200 tons of turkey offal will be cartedto be transformed into various useful products, including 600 barrels of light oil. In an industrial park in Philadelphia sits a new machine that can change almost anything into oil.

  Click Here  

More on TDP
   “TDP turns just about anything into oil and fertilizer. And when I say “anything,” I mean that: animal waste, medical waste, human waste. Used diapers, used computers, used tires. Anything that’s not radioactive can be tossed into the hopper. Those things go in one end of the process and come out the other as diesel oil and fertilizer using a process that mimics the Earth’s.”
*
EDCI- Clean Energy Solutions
  Converting waste into synthesis gas, liquid fuels and/or electricity. Nothing hazardous ever goes into the ground, and practically no pollutants go into the air (emissions are well below all California EPA requirements). They use a proprietary “closed loop” system using super-low NOx burners and advanced thermal distillation technology.
   Click Here    

This African city is turning a mountain of trash into energy.

Click Here

Thermal depolymerization process

Each day 200 tons of turkey offal will be cartedto be transformed into various useful products, including 600 barrels of light oil. In an industrial park in Philadelphia sits a new machine that can change almost anything into oil.

  Click Here  

More on TDP
   “TDP turns just about anything into oil and fertilizer. And when I say “anything,” I mean that: animal waste, medical waste, human waste. Used diapers, used computers, used tires. Anything that’s not radioactive can be tossed into the hopper. Those things go in one end of the process and come out the other as diesel oil and fertilizer using a process that mimics the Earth’s.”
*
EDCI- Clean Energy Solutions
  Converting waste into synthesis gas, liquid fuels and/or electricity. Nothing hazardous ever goes into the ground, and practically no pollutants go into the air (emissions are well below all California EPA requirements). They use a proprietary “closed loop” system using super-low NOx burners and advanced thermal distillation technology.
   right here    

This African city is turning a mountain of trash into energy.

Click Here

More Help From Technology

More Help From Technology

Transportation

ZipCar

 Uber

Lyft

 Bike Sharing

Communication consolidation

 Tablets/Smart Phone

Consolidating books, movies, phone book, photos, letters, maps, encyclopedia, camera, watch, camera and video cameras.

Resell/Reuse

   Ebay

 Craigslist

Transportation

ZipCar

 Uber

Lyft

 Bike Sharing

Communication consolidation

 Tablets/Smart Phone

Consolidating books, movies, phone book, photos, letters, maps, encyclopedia, camera, watch, camera and video cameras.

Resell/Reuse

   Ebay

 Craigslist

Water

Water

Statistics

According the The Water Project (1), 1 in 8 people worldwide do not have access to clean and safe drinking water. In developing countries, as much as 80% of illnesses are linked to poor water and sanitation conditions. Worldwide, 1 out of 5 deaths of children under 5 are due to a water related disease.

****

How Much Water Do We Have? 

Only 2.5% of all water on the planet is fresh water, the rest is salt water. Most fresh water is held in the ice caps. Only 30% of the 2.5% fresh water is available for consumption currently. Of that, we use 85% for irrigation, 6% for domestic uses including our drinking water and 4% for industrial uses.

United States

 Violations

 The EPA, or Environmental Protection Agency is charged with protecting our health and environment. There are many areas of the country where toxins have leaked into our waterways. Are you aware of any violations to your area?

 Click Here 

What is your water quality ?

 Click Here  

California 

 In 2014, California  experienced one of the worst drought in recorded history. The state produces over 90% of USAs walnuts, almonds, pistashios, tomatoes, grapes, strawberries, broccoli and over 70% of the nations lettuce.

Just how thirst are these plants and trees?

 Click Here 

Statistics

According the The Water Project (1), 1 in 8 people worldwide do not have access to clean and safe drinking water. In developing countries, as much as 80% of illnesses are linked to poor water and sanitation conditions. Worldwide, 1 out of 5 deaths of children under 5 are due to a water related disease.

****

How Much Water Do We Have? 

Only 2.5% of all water on the planet is fresh water, the rest is salt water. Most fresh water is held in the ice caps. Only 30% of the 2.5% fresh water is available for consumption currently. Of that, we use 85% for irrigation, 6% for domestic uses including our drinking water and 4% for industrial uses.

United States

 Violations

 The EPA, or Environmental Protection Agency is charged with protecting our health and environment. There are many areas of the country where toxins have leaked into our waterways. Are you aware of any violations to your area?

 Click Here 

What is your water quality ?

 Click Here  

California 

 In 2014, California  experienced one of the worst drought in recorded history. The state produces over 90% of USAs walnuts, almonds, pistashios, tomatoes, grapes, strawberries, broccoli and over 70% of the nations lettuce.

Just how thirst are these plants and trees?

 Click Here 

Drinking Water

Drinking Water

Shower of The Future Recycles Cleans Water

 the average household uses almost 40 gallons of water per day just for showering. It accounts for close to 17 percent of the indoor water use at home. The OrbSys shower works by diverting water that would normally run into your house’s drainage pipe and recycling it into drinking-water quality through a special filtration system.

 Click Here

Spring Water

Why Spring Water is Beneficial

  Click Here  

****

Find a Spring Near you.

 Community and user created database of natural springs around the world.

 Click Here 

Large Scale Water Treatment Programs

Biomatrix Water

 The Biomatrix system is an engineered floating ecology designed to optimize powerful ecological treatment processes within an attractive feature of the aquatic landscape. The Biomatrix system is an engineered floating ecology designed to optimize powerful ecological treatment processes within an attractive feature of the aquatic landscape.

Click Here

  Water District Groundwater Replenishment System
Orange County, California  
The cost of treating the water through a three step process uses less energy than bringing water in or importing the water from outside sources.
Desalination

New Technology Could Make Desalination More Accessible

  Now, a Singapore company, Memsys Clearwater says it has developed a better technology that could revotionize the economics of desalination. A demonstration unit has been designed for disaster relief. Ale to fit in a 20 foot, or 6 meter shipping container, it is completely mobile and runs on solar power so that it can operate without external infrastructure support. It can produce 1,000 liters, or 265 gallons, of fresh water a day.

 Click Here   

Shower of The Future Recycles Cleans Water

 the average household uses almost 40 gallons of water per day just for showering. It accounts for close to 17 percent of the indoor water use at home. The OrbSys shower works by diverting water that would normally run into your house’s drainage pipe and recycling it into drinking-water quality through a special filtration system.

 Click Here

Spring Water

Why Spring Water is Beneficial

  Click Here  

****

Find a Spring Near you.

 Community and user created database of natural springs around the world.

 Click Here 

Large Scale Water Treatment Programs

Biomatrix Water

 The Biomatrix system is an engineered floating ecology designed to optimize powerful ecological treatment processes within an attractive feature of the aquatic landscape. The Biomatrix system is an engineered floating ecology designed to optimize powerful ecological treatment processes within an attractive feature of the aquatic landscape.

Click Here

  Water District Groundwater Replenishment System
Orange County, California  
The cost of treating the water through a three step process uses less energy than bringing water in or importing the water from outside sources.
Desalination

New Technology Could Make Desalination More Accessible

  Now, a Singapore company, Memsys Clearwater says it has developed a better technology that could revotionize the economics of desalination. A demonstration unit has been designed for disaster relief. Ale to fit in a 20 foot, or 6 meter shipping container, it is completely mobile and runs on solar power so that it can operate without external infrastructure support. It can produce 1,000 liters, or 265 gallons, of fresh water a day.

 Click Here   

Agriculture

Agriculture

Scotland

Eilean Donan Castle, Scotland

Scotland joins other European countries and bans GMOs

Click Here

Scotland

Eilean Donan Castle, Scotland

Scotland joins other European countries and bans GMOs

Click Here

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