CLEARANCE

SALE

One unit only!

INTERNET SPECIAL!

Hydropure ECA Unit

SELLING BELOW COST!

See Below for Pricing

Anywhere there is a need for pure, clean water these units can be deployed to achieve a completely effective solution at a considerable savings opposed to traditional methods of water conditioning.

Using only natural elements: water, electricity and a small amount of a conducting salt, two distinct and oppositely charged streams of activated water can be generated. Neither of the two streams can be generated by recognized physical and conventional chemical means. Different types of activated solutions can be generated to suit different applications.

HOCL is a positively charged oxidizing agent that displays unrivalled disinfectant properties, and under controlled conditions is proven to give a multi-log reduction against selected microbes.

OCL is a negatively charged reducing agent that has distinctive anti-oxidant properties, which can be employed in an array of cleaning applications traditionally requiring more hazardous chemicals.

This innovative technology has repeatedly proven to be wholly safe to humans, while being lethal against all bacteria, spores, viruses, fungi, yeasts and moulds. However, since it is derived from natural substances and degrades back to its original benign state, it is environmentally friendly.

Applications

There are a wide range of potential conditioning applications for the Hydropure units. The units make water more suitable for plants and animals.

Livestock

HOCL is used both to condition drinking water and to clean barns and animals by spraying or fogging. Fogging is the most common method of dispersing HOCL into barns. By fogging with this liquid, the health status of the livestock will improve.

Cattle Farming

Used to condition drinking water and to condition barn air by spraying or fogging.

Farm operators have noticed:

Reduced Mortality rates
Increased Vitality
Better digestion
Residue-free conditioning of drinking water
De-scaling milk-lines.

Pig Farming

Reduced Mortality rates
Increased Vitality
Better digestion
Better weight gain at all cycles of pig growing
Enhanced growth
Better yield
Lower stress levels

Poultry Operations

Reduced Mortality rates
Increased Vitality
Better digestion
Stronger egg shells
Lower stress levels

Agriculture/Horticulture

Conditions algae problems
Increases crop yield
Conditions grains
Prolongs shelf life of vegetables and fruit
Conditions irrigation water for crop spraying
Preserves silage and decreases toxicity of effluent entering the water system.

Water Treatment Plants

Proven biocide efficacy (kills all anaerobic bacteria)
Removal of bacteria, viruses and Biofilm in water systems
Disinfect cooling towers and reduce scaling

Aquaculture Applications

Neutralizes odor compounds
Disinfecting of groundwater
Proven biocide efficacy

Swimming Pools

Proven biocide efficacy
Used in pools and Jacuzzi
Controls Legionella

Oil and Gas

huge cost savings
"Green" product
effective against harmful bacteria
no increase in TDS levels
no residual toxic chemicals
safe and effective

Anywhere there is a need for pure, clean water these units can be deployed to achieve completely effective solution at a considerable savings opposed to traditional methods of water conditioning.

For more information, follow the link below

http://www.ecaamericas.com/index.htm

SELLING BELOW COST!

$5000.00

NEWS

WELL ABANDONMENT AND DECOMMISSIONING

DECOMMISSIONING AND PLUGGING OF ABANDONED WELLS

We have reviewed several well abandonment procedures and recommendations from various provincial and federal government agencies. Wells fall into one of two categories, small diameter drilled wells and large diameter bored wells. The procedures are different for these two types of wells. Our proposed protocol and specifications are as follows. Please check with authorities in your area before abandoning any water well as there may be different requirements.

A.) Drilled Wells

1.) Remove any piping and pumping equipment from the well.

2.) Measure and record the water level, the total well depth, the casing diameter, and the casing type.

3.) Chlorinate the well to a level of at least 200 ppm.

4.) i.) Using Bentonite Chips: Recommended for very shallow wells only!
. Fill the entire well with EconoPlug coarse bentonite chips. EconoPlug is a sealing material that is approved for sealing wells and bore holes.
. Be sure to follow instructions when using the bentonite chips. Calculate the well volume and determine the volume of chips that will be required to plug the well. All of this material must flow into the well. Add the bentonite very slowly to prevent bridging making sure all of the bentonite goes down the well.

ii.) Using Bentonite Grout:
. While it is possible to use bentonite chips for sealing shallow drilled wells, there is a possibility of bridging occurring resulting in voids or open spaces in the water well casing. The smaller the diameter of the well or the deeper the well, the more likely the chance for bentonite chips to bridge. The standard recommended procedure is to use a bentonite grout/cement mixture that is pumped into the well. The well should be filled with this grout mixture from the bottom up through a tremie pipe displacing any water from the well. This method of well decommissioning requires specialized equipment and therefore an experienced contractor should be contacted.

5.) Excavate around the well and cut off the casing at 2.0 to 3.0 meters below ground level. Fill, compact and mound the excavation with native clay material.

6.) Record the location to the closest building or landmark, and record a GPS location.

B.) Bored Wells

1.) Remove any piping and pumping equipment from the well.

2.) Measure and record the water level, the total well depth, the casing diameter, the casing type.

3.) Chlorinate the well to a level of at least 200 ppm.

4.) Add enough coarse bentonite chips to place a 0.3 meter plug in the bottom of the well.

5.) Fill the well with a clean locally available sandy material free of organics to a level 3.0 meters from ground surface. Add a second 0.3 meter bentonite plug.

6.) Excavate around the well and cut off the casing at 2.0 to 3.0 meters below ground level. Fill the balance of the well with clay and tamp. Compact and mound the excavation with native clay material.

7.) Record the location to the closest building or landmark, and record a GPS location.

8.) Deep bored wells may require additional bentonite plugs depending upon the subsurface geology at their location.

Summary

There may be special situations where different procedures are required. It is important to take the well decommissioning process seriously as we are protecting our most precious resource on this planet - water.

Announcing: The Next Generation in Onsite Chambers for Sewage Disposal

"Quick 4" Equalizer 36 Chamber

We are pleased to offer this new product from Infiltrator Systems Inc. This new chamber is 4 feet long allowing more flexibility in the installation. The chambers easily follow contours or "S" curves with their countour swivel connection. They are lightweight making them easy to handle.We now have these in stock at both our locations. Visit Infiltrator Systems Inc. for more information on this new product.

Thank you for visiting our News/Specials Page, please visit again - more information is coming soon.