When water is stored, heated or evaporates, the complexes it carries are broken up and the dissolved minerals are set free. These liberated minerals (most of which are calcium carbonate or magnesium) conglomerate in sediments that line the insides of pipes, appliances, water heaters, and other surfaces with which the water comes in contact. Over time, more and more minerals build up on the sediment layer, causing it to grow progressively thicker. There is a name for these caked-on mineral deposits: scale. The limestone that forms the Swiss Alps and Mexico's Yucatan Peninsula is basically scale. Lime scale is a very hard substance, and removing it from plumbing fixtures and appliances is a difficult task.

Hard water contains high level of calcium, magnesium, and other divalent , that results to harmful scale build-up and millions of dollars in lose.

Scale build-up reduces the water flow, decreases heat transfer that result a higher energy and chemical cost, also causes clogged water pipes, reduced water pressure, frozen valves, hard film deposits on equipments, and many other operating problems.

Fuel is another fluid that causes problems if not treated, while scale build-up is not a problem in a gasoline and diesel fuel. Incomplete combustion is. Combustion is never complete in gasoline and diesel engine. This is readily visible in the accumulations of carbon in combustion chambers and valves, and in the varnish that forms in injectors and carburetors. Incomplete combustion results in harmful emission, as well as decreases fuel efficiency and engine performance, like scale build-up in water these problems tale millions of dollars out of your pocket and harm the Environment.

It’s very costly to shut down the system during cleaning session using regular old fashion acids, water has a high silica content that contributes to the potential for silica sacle build-up that leads to ultimate system shut down and waste millions of dollars, and that it self may very well be a factor on a cleaning schedule, Ignore the scaling problem causes inefficiency and end by a complete damage to the unit, use of mineral acids such as Ammonium Bifluoride (ABF) to clean Silica Scale from heat exchangers, Chillers, and piping, it has rust inhibitors added to the cleaning solution to reduce corrosion of base metals and still cannot 100% avoid rust and corrosion to the equipments, Mineral acids causes stress on metals that results a costly sooner replacement, cleaning of heat exchangers, cooling towers, compressors, turbines, wells, pipelines, and many other equipments and components generates a significant amount of waste that requires an immediate off-site transfer for a costly chemical waste management and disposal, harm to human may be very costly

We help you identify the problem by using state of the art analysis to determine the amount of solution and time of suggested cleaning session and shows the advantages of using Dynamic Descaler.

Refineries, Utilities, Mining, Manufactures, Automotive, Rubber and plastic, Paper, Steel, Textile, Food and Pharmaceutical, bottling industries, water and wastewater treatment plants. As well as commercial sites and buildings, Dynamic Descaler is a proven solution to clean Heat Exchangers, Closed Circuit Cooling Systems, Filters, Towers, Condensers, Air Washers, Piping, Vacuum Pumps, Converters, Chillers, Compressors, Reactors, Furnaces, CO2 Generators, Injection molders, Conveyors and much more units.

While other cleaners can take days to solve a problem, Dynamic Descaler takes hours to make your water problems disappear, it was proven by the test of US Navy analysis that Dynamic Descaler has lower corrosion rate that all competitors, as well as scaling dissolving ability, the test shows the great advantage of Dynamic Descaler to dissolve Calcium Carbonate, and in a scale neutralizing ability testing shows that Dynamic Descaler dissolve 56% more scale that other competitors.     

Ecosorb operates as a molecular cluster; it is most often diluted with water and applied via atomization system designed by your Ecosorb specialist to better fit your needs. The mix in these droplets separates the oil forming a thin film over the water droplet itself. This creates electrostatic charge over its outer surface that attracts the malodor molecules. It even bonds with particles that do not have dipoles such as chlorine gas and carbon dioxide. Although the water droplet is quite minute, it is still large enough to capture the malodor molecules and effect the neutralization process, Ecosorb remains airborne until the droplet saturates and falls to the ground, this makes Ecosorb 100% effective.

Yes, Ecosorb is a unique blend of natural essential oils and food grade emulsifiers mixed to create a broad-spectrum odor control compound, it 100% safe non-toxic, biodegradable, effective odor control solution.

Ecosorb chemically converts foul and potentially harmful gases into non-odorous byproducts. Ecosorb breaks down and reduces a broad spectrum of organic and inorganic odors, and proven to reduce hydrogen sulfide emissions to acceptable air quality standards.

Ecosorb odor control systems solve malodor problems indoors and outdoors, many competitive products act merely as deodorizers or masking agents that cover up the malodor with a floral, fruity, or other scent, with no scientific proof many competitive claim to react like Ecosorb, in fact the use of hazardous compounds was brought to by those competitors to eliminate odors, many of are gas specific and many others simply do not work.

The most popular abatement equipments available are:

• Chemical Scrubbers, which works with acids, caustics, oxidizers, and surfactants to aid in eliminating odors, it is a very popular system because of its standards and understood technology, but it is a very high cost operation.

• Adsorption, simply means condense and hold onto the surface, Activated Carbon, Zeolite and Silica Gel may be used as adsorbents, it could be very tricky because of the wide variety of activated carbon, so extra care must be taken to select the correct carbon grade for the proposed application. Plus the fact that in some applications the chosen activated carbon is ineffective on compounds such as ammonia and urea, also activated charcoal is reversible in nature, which allows the odor to return if the activated charcoal is heated, even in ambient conditions.

• Ozone, one of the most powerful oxidants, it is toxic so you should be using a well-designed ozone control system that consist of an ozone generator, an ozone meter, and an ozone destroyer, making the system very expensive.

• Biological Filters, the range of microorganisms have the ability to oxidize odorous compounds, the biofilter consist of a large container packed with suitable fill-usually consisting of bark, twigs, pine needles and such media that have been saturated with micro-organisms. The odorous air stream is passed through the fill and the pollutant is digested, yielding carbon dioxide, water and mineral salts. The process should consider factors such as removal of dust, grease and inorganic matter from the air stream prior to entering the unit, the supply air flow and temperature must be constant since surges can kill the bacteria, as can large concentrations of gases, the unit shall be approved 100% humidity to keep the fill saturated, allowing the bacteria to work. It is a large unit, need a high moving and shipping cost, needs a fill replacements every 3-6 months.

• Biological Oxidation, typical bioscrubber is advanced biofilter and consists of an adsorption column and one more bioreactor stage, the unit requires careful selection of the proper bacterial strain, for a effective performance, it is suitable for aromatic type odors such as methylene chloride, ketones, alcohols, ethers and chlorinated aromatics, VOC and Hydrocarbons, they are capable of reducing those odors, but it is a complicated expensive process.

• Thermal & Catalytic Converters, very important waste gas purification technology as claimed by designers, but the fact is operation based on burning the odorous gas, and introduces a host of toxins and noxious substances into the air. Even thus with the development by burn the odorous dangerous gases and convert them into harmless substances by reacting them with specific catalysts, one problem still present even with the most advanced operating system which is the catalyst saturation and sterilization.

• Incineration, industries that creates toxic waste are usually faced with a waste disposal problems, with a low cost disposal practices such as landfill sites and registered toxic dumps, are filling rapidly so that cost issue becomes irrelevant, also the process of destroying process and industrial waste by the incineration method can create toxins and more odors. Plus the danger of heat involved, very expensive method and not always effective.

• Chemical Odor Neutralization,” ECOSORB “ offer an economical alternative to other processes by changing the odor molecule’s structure, modify it, unlike chemical masking agents or perfumes that superimpose a pleasant fragrance on an unpleasant odor, odor neutralizers absorb and convert malodors resulting in no odor at all. Ecosorb is a safe biodegradable odor control solution, very effective with the design of an atomization unit for each application, which is easy to operate.

Human can distinguish more than 5,000 odors, Odors can alter or create moods, causes increased heart rates, respiration, and blood pressure, pain, moreover continued exposure to odor can eventually cause atrophy of the olfactory apparatus. Odor can cause death

Some odors are fruity like Acetaldehyde, some are sharp like ammonia, some are fishy like dibutylamine, some are irritating disagreeable like pyridine, some are putrid, garlic-like such as thiophenol, some are decayed cabbage like methyl mercaptan, and others has a rotten eggs odor like hydrogen sulfide.