Yes. The overall extent of improvement will largely depend upon how eutrophic your pond or lake originally was prior to aeration. Aeration is used to artificially circulate ponds and lakes in order to increase dissolved oxygen concentrations in deeper waters. Ponds and lakes that thermally stratify during the summer will completely mix when aerated. This will result in nearly uniform water temperatures from the surface to the bottom of the pond or lake.

One potential benefit of aeration is the reduction of iron and manganese problems for drinking water supplies. Iron and manganese can be released from lake sediments under anoxic conditions in stratified ponds and lakes and artificial circulation via aeration can reduce this phenomenon. Another potential benefit of aeration is to improve water transparency (clarity) by reducing the amount of phytoplankton (free-floating microscopic aquatic plants or algae). Lastly, aeration may even reduce the amount of accumulated muck in ponds and lakes. This may occur by oxygenating deeper waters near the sediments. Under such conditions, bacteria metabolize (break down) organic matter much more quickly.

Phytoplankton reductions resulting from aeration are based upon a series of complex physical, chemical and biological reactions. Some of the current theories are as follows:

	Increased dissolved oxygen concentrations in deeper pond and lake waters will decrease the release of phosphorus (and metals) from sediments. Lower phosphorus concentrations provide less food for algae growth.
	When the water column is mixed, phytoplankton are pushed into the deeper water. This may result in lower growth and reproduction rates for the phytoplankton due to lower rates of photosynthesis in darker waters.
	Zooplankton (barely visible to the naked eye, tiny aquatic animals that feed upon algae or phytoplankton) are pushed into deeper waters due to pond and lake mixing. In darker waters, they are less vulnerable to sight feeding fish such as, juvenile bass, bluegill and crappie. Under such conditions, zooplankton survival rates are expected to increase, which in turn translates into higher predation rates on phytoplankton (algae).
	Rapid circulation of carbon dioxide-enriched bottom waters with surface waters and contact with the atmosphere may increase the carbon dioxide content and lower the pH of the surface waters. This encourages the growth of less noxious green algae as opposed to blue-green algae.

Overall, water fountains (also known as pond water fountains, pond fountains, pond aerators, lake water fountains, lake fountains and lake aerators) are primarily installed as water features to enhance the appearance of ponds and lakes. Water fountains may increase water circulation in smaller, shallower ponds. Under such conditions, water fountains may increase dissolved oxygen concentrations and possibly decrease the amount of phytoplankton (free-floating microscopic aquatic plants or algae). Water transparency (clarity) may even improve if phytoplankton levels drop significantly. However, if water quality improvements are the primary objective, a diffused-air (AirLift aeration system) is recommended and a water fountain may be installed as a water feature.

There are several types of air compressors (air blowers, linear, diaphragm, rotary vane, piston and rotary screw) that are commonly used to aerate ponds and lakes. Of these types, piston air compressors are the best all around choice.

Piston air compressors are highly durable, very reliable and extremely cost-effective when it comes to producing high airflow volumes under pressure. This is why our dual piston air compressors can be placed in any water depth up to 35 feet. In many instances, smaller diameter air supply tubing, which connects the air compressor to the air diffuser (AirPods), can be used in many installations. Smaller diameter air supply tubing is less expensive and much easier to install. Conversely, linear, diaphragm and rotary vane compressors should only be used in shallower ponds and lakes (generally less than 10 feet in depth) because they are not capable of producing high air pressures. In addition, these other types of air compressors typically require larger diameter, heavier air supply tubing to account for air pressure drops. Larger diameter, heavier air supply tubing is more expensive and more labor intensive to install.

On a per horsepower (HP) basis, dual piston air compressors simply out perform standard rotary vane air compressors. For example, a standard ¾ HP (0.75 HP) rotary vane air compressor produces airflow of 8 scfm (standard cubic feet per minute) at open flow (0 psi) and 6.8 scfm at 10 psi (pounds per square inch). Conversely, standard dual piston air compressors (0.66 HP) produce airflows of 9.8 scfm at open flow and 9.0 scfm at 10 psi! This simply means that you obtain more air for less money and have the option to use smaller lighter tubing. 

Lastly, high air pressure allows our AirPod air diffusers to be easily cleaned from the shoreline. Simply allow the compressed air from the compressor to flex the EPDM tube air diffuser to dislodge any mineral deposits, algae and sediments from its surface. Unfortunately, other air compressors (linear, diaphragm, rotary vane) cannot deliver sufficient airflow under pressure to adequately inflate (flex) the EPDM tube air diffuser for proper cleaning. For these other aeration systems, the pond or lake owner must launch a boat; pull up the entire air diffuser base to the surface of the pond or lake; scrape off the debris; and rinse the air diffusers with a concentrated acid solution. This is exactly the reason the manufacturers of rotary vane compressor aeration systems insist that you run them year-round - basically doubling the operating costs.

A Phase I Diagnostic - Feasibility Pond Study or Lake Study is a two-part study designed to determine the current conditions of a pond or lake and its surrounding watershed and to develop a lake and watershed management plan. The diagnostic phase of the study generally involves collecting, analyzing and interpreting pond or lake and watershed data. The feasibility phase extends from the diagnostic work and its purpose is to identify and evaluate all plausible pond or lake and watershed best management practices to restore and/or protect pond or lake water quality. Therefore, it cannot be overemphasized that the collection, analysis and interpretation of pond or lake data and watershed data are a critical step when evaluating and selecting pond or lake and watershed best management practices for future implementation.

A hydrologic budget is a detailed water balance for a pond or lake. The major water inputs and outputs to and from the pond or lake are determined. In addition, if you know the water volume of the pond or lake, the hydraulic retention time (HRT) of the pond or lake can be determined. Overall, the hydrologic budget has a large effect on the internal mixing and circulation properties of ponds and lakes, as well as on the settling rate of sediments. The HRT can have a huge impact on the rate and magnitude of algae blooms and therefore plays an important role in defining the chemical, physical and biological properties of a pond or lake.

Pollutant budgets generally represent the amount of nutrients (phosphorus and nitrogen) and sediments annually transported from the watershed and internally from in-pond or in-lake sediments into the pond or lake. Information obtained from pollutant budgets often provides insight on the causes of various pond or lake water quality problems.

The North American Lake Management Society (NALMS), one of the premier organizations when it comes to pond and lake management and restoration, maintains a list of Certified Lake Managers (CLM). Certified Lake Managers (CLM) are those individuals who have exceptional training and experience in lake management, thereby establishing themselves as valuable participants in the mission of NALMS.

A lake manager or professional is a person who is directly involved in the comprehensive management of a pond, lake, reservoir or other bodies of water and its watershed and makes decisions which affect the quality and uses of the body of water. This person will be primarily responsible for implementing appropriate measures and/or for making recommendations to the governing management body.

Oh wouldn't the world be a beautiful place! Unfortunately, solar aeration systems (solar pond aeration systems, solar pond aerators or solar aerators) and windmill aeration systems (windmill pond aeration systems, windmill pond aerators or windmill aerators) typically use very small air compressors to generate air bubbles or very small motors to turn impellers to mix the pond and lake waters. Therefore, solar pond aeration systems and windmill pond aeration systems should only be used for very small ponds (less than 0.25 acres) where there is no chance of bringing electricity to the pond or lake. If there is any possibility of using electricity as the source of power, it is highly recommended to install an electric powered pond aeration or lake aeration system like an AirLift™ aeration system. If it is not cost effective to run electricity to the pond or lake, another option is to order a custom AirLift™ aeration system. The air compressor cabinet can be located over 1,000 feet away from the pond or lake and a remote valve box can be located at the water’s edge to control the airflow to the AirPod™ air diffusers.

In general, pond aeration and lake aeration systems fail when they are undersized and unfortunately only partially mix a pond or lake. This is what typically occurs on cloudy days with solar pond aeration systems and on windless days with windmill pond aeration systems. Many pond and lake owners complain each year about summer time fishkills when the above conditions persist for several consecutive days. In addition, partial mixing of a pond or lake will often increase the amount of nutrients released from pond and lake sediments resulting in even larger algae blooms.

The manufacturers of solar aeration systems (solar pond aeration systems, solar pond aerators or solar aerators) and windmill aeration systems (windmill pond aeration systems, windmill pond aerators or windmill aerators) often boast of great savings when operating their aeration systems. What they often forget to tell you is that solar pond aeration and windmill aeration systems may cost three to five times more for the same amount of air produced by our standard AirLift™ pond aeration and lake aeration systems. These systems are often grossly undersized to provide proper aeration for your pond or lake. These same manufacturers also fail to inform their customers that their aeration systems are not capable of operating 24 hours a day – 7 days a week as needed. Lastly, there are some additional hidden costs for these aeration systems. For example, the costly batteries of the solar pond aeration systems will need to be routinely maintained and replaced and the windmills and their components will require periodic maintenance.

When solar power aeration or wind powered aeration systems become much more efficient and cost effective, we would absolutely love to run our pond aeration systems from either of the free gifts that mother-nature provides. We're keeping our fingers crossed that someday technology will allow these alternative energy sources to operate our air compressors! Until that time comes, the only cost-effective way to properly aerate ponds, lakes, reservoirs and marinas is by using electricity.