What does Fiberglass mean?
Fiberglass refers to a strong, lightweight material that consists of thin fibers of glass that can be transformed into a woven layer or used as reinforcement. Fiberglass is less strong and stiffer than carbon fiber-based composites, but less brittle and cheaper.
Fiberglass is versatile and considered a foundation of the composites industry. It has shown excellent strength, low weight, bendability and dimensional stability.
Fiberglass is commonly used in aircraft, boats, automobiles, swimming pools, storage tanks, roofing, pipes, cladding and casts.
Fiberglass is a kind of fiber-reinforced plastic and this reinforcement fiber is made from glass fiber. Depending on the applications of fiberglass, a variety of glass is used. These glasses are made from silica or silicate and small amounts of oxides of calcium, magnesium and sometimes boron. In this case, the defects in glass fibers should be low.
 
Fiberglass is used with a hardener like polyester fiberglass resin and other resins that need a liquid hardener. Fiberglass fabricators also provide baffle wall systems for both potable water and wastewater applications. As fabricators, fiberglass provides a quick and affordable way to build parts and molds, makes repairs easy to handle, and can withstands extreme environmental situations.
 
Fiberglass possesses unique attributes that make it naturally corrosion and staining-resistant. These features make it very suitable to use in windows and doors for coastal climates and industrial applications as building exteriors.
 
Fiberglass is electrically non-conductive, is used as an insulator, and eliminates chances of galvanic corrosion in coastal environments. This characteristic makes it advantageous to use in the underground mining industry.
 
Fiberglass-reinforced plastic made from fiberglass is one of the toughest and most durable substances on earth. Therefore, it is often used to construct tanks, piping, scrubbers, beams and gratings.
 

The water is a simple chemical compound, but with complex properties because of its bias. The chemical formula of water is H2O. That is, each water molecule consists of one oxygen atom between two hydrogen atoms. Water is indispensable for human health and well-being; there can be no life on Earth without water. In fact, the human body is composed of 70% water. However, that same water can do harm to your body if not purified. Unfiltered water contains chlorine, fluoride, dioxins, parasites, etc. those could be hazardous to your health.
 
Why water treatment is so important?
 
The water is found almost everywhere on Earth. Water resources like rivers, lakes, which provide water contain a lot of pollution, garbage unfit for consumption. To be clean, the water should undergo a number of treatments necessary to make it drinkable. Water purifiers designed to eliminate or reduce certain pollutants (nitrates, pesticides, heavy metals, organic materials...), as well as improve the quality taste of water (eliminating chlorine).
 
If you are like one of most people out there, you may say "I have been drinking unfiltered water for years, I never am sick". Some diseases take time to present visible signs, but it does not mean they are inactive in your organism. WHO list a list of WATERBORNE DISEASES that kill people all over the world: diarrheal disease, Hepatitis A, Cholera, Botulism, Typhoid, Dysentery, Cryptosporidiosis, Polio, etc. those diseases can be caused by protozoa, viruses, bacteria, and intestinal parasites
 
Different methods of purification
 
Below, are three main techniques of water treatment used in the United State:
 
Distillation - distillation is the process of heating the water until it boils, capturing and cooling the resultant hot vapors, and collecting the condensed vapors. The impurities will "accompany" the steam and end up in distillate. This method is not new; mankind has been applying distillation for thousands of years. Not all modern distillation equipments are the same. If you are interested in treating your water by distillation, you should choose good or advanced water purifiers for better result. The problem with the method of distillation is kind of slow comparably to reverse osmosis and UV water treatment method.
 
Reverse Osmosis - The tap water passes through a semi-permeable membrane that ranges from 90 to 99% of components originally present. This practice originally designed for industrial uses is becoming very popular today in domestic water purification. In practice, a portion of the water allows the rejection of impurities selected initially by the membrane, polyamide TFC. Very powerful, it is nevertheless sensitive to chlorine and must be protected with active carbon filters. Its life is about 5 to 8 years under normal conditions of use. This principle is also quite slow and requires a substantial pressure.
 
UV water purification - UV water purification technology is probably the most cost-effective and most efficient on the market today. It allows homeowners and business owners to remove a range of biological contaminants in their water supply. The UV water treatment offers many advantages over other forms of water treatment for microbiological contaminants. Most importantly, it leaves no chemical in water, it produces no by-product, and it does not change the taste, pH, or other properties of water. Consequently, in addition to producing safe drinking water, it is not harmful to your plumbing and septic system.
 
The UV treatment is an excellent choice for eliminating biological contamination of most waters. If your home or business requires an additional filtration or if you have a source of private untreated water (rainwater, lake water, wells etc.). The unique objective of UV water treatment system is to kill harmful biological contaminants.
In any method (reverse osmosis, UV water treatment, distillation), it is imperative to change the filters regularly. Poorly maintained, activated carbon filters may prove ineffective. Worse, they can suddenly reject the impurities previously removed from the water.

The Gess-180 is a compact prefabricated domestic sewer treatment plant which is based on a fluidized moving bed Bio-reactor system and is suitable to treat a population equivalent of 2 - 25 people, as a retro fit or standalone unit. Up to 4 units can be installed in parallel to cater for up to 100 people, suitable for a variety of different site applications including game lodges, construction sites, rural developments, schools, mines and leisure developments

Advantages:

>> Environmentally Friendly – No Chemicals Used

>> Water Saving – Save Up To 90% of all Waste Water

>> High Performance – Unique Patented No Clogging Media

>> Simple Installation – In Ground or Above Ground

>> Economical – Low Power Consumption.

>> Light Weight – Quick and Easily Transportable

>> Regulatory Standards – Effluent Meets DWAF General Standards

>> Efficient – Full Nitrification / De Nitrification Cycle

>> Retro Fit – To Septic Tanks, Conservancy Tanks etc.

>> Compact – Minimal Space Required, Can Be Installed Completely Under Ground

Fiberglass swimming pools have the lowest cost of ownership over time. The fiberglass shell resists algae growth, the shell is a better insulator, and the structure never needs liner replacements or resurfacing like vinyl liner and gunite/concrete pools.
Fiberglass swimming pools have great molded steps, benches, coves, and sun deck configurations. Just like today’s hot tubs the molds that create the swimming pool designs are very luxurious. No other construction method has better design options.
Fiberglass swimming pools are the quickest to construct and weather does not affect the construction process as much as vinyl or gunite. The fiberglass pool can be constructed in about two weeks from concept to completion.
Virtually any type of impact damage can be repaired Just as a boat or yacht can be repaired. Fiberglass swimming pools can be easily repaired on site. The only way damage could occur is from a significant impact or improper installation. These pools are tough and flexible!
Fiberglass swimming pools resist the growth of algae far better than vinyl liner pools because the surface is less porous and does not harbor algae as easily. This also contributes to easier vacuuming, and water line cleaning.
Fiberglass pools are a greener choice, the emitted ions created during construction are regulated and the consistent replacement of the vinyl liner creates considerable vinyl waste. With lower operating costs and a longer life span the fiberglass pool is a greener choice.
No potential for corrosion, the fiberglass swimming pool is the best choice for today’s salt purification systems making pool ownership a breeze. Just think about how many vessels are made of fiberglass and remain in salt water for many years.
Fiberglass pools have the best feel on your feet when you are in the water. The shells feel very solid and the surface is not abrasive like gunite/concrete.
Non slip steps and floors are a nice addition in the fiberglass swimming pool, the manufacture can easily add non slip texturing to the swimming pool steps and floor. This makes the entry steps very safe and gives the user confidence while entering or exiting the pool.
Scratches can be easily sanded and buffed if the shell becomes damaged; just like a quality yacht the fiberglass gel coat surface is thick and can allow for buffing and sanding if necessary.

Here are a few reasons why fiberglass is a superior material choice for storage tanks:
 
Fiberglass tank fittings are bonded integrally to the tank of the same material, adding structural integrity and minimizing potential leakage.
Fiberglass tanks have the design freedom to install accessories anywhere on the tanks versus flat areas only.
Fiberglass tanks have a longer tank service life than polyethylene tanks, reducing tank replacement timeframe and minimizing the potential for catastrophic failure while increasing ROI.
Fiberglass tanks have a very low co-efficient of expansion. Polyethylene tanks can swell three to four percent, and require expansion joints in all fittings, increasing total project cost.
Fiberglass tanks can be easily supplied with side access manways for convenient access for inspection and cleaning versus top access.
Fiberglass tanks can be manufactured with an internal slope bottom, resulting in complete drainage without costly cone or dish-bottom tanks.
Fiberglass tanks can be provided with an integral pigmentation with color matching for an aesthetically pleasing, maintenance-free exterior.
Fiberglass tanks can easily be supplied with hold-down systems for wind and seismic loads.

Why Choose Fiberglass over other materials:
 
Strong and long-lasting: Pound for Pound fiberglass is stronger than sheet metal. Fiberglass has a high resistance to corrosion, it will not rust.  Perfect for products used outside, in states near the ocean, with the high salt content in the air.  Fire-retardant resins can make your products stand up against fire and will only char not burn up.  Perfect when products will be around corrosive chemicals.
 
Design Freedom: There are very few restrictions with molding fiberglass, giving the engineer unlimited possibilities.  Get away from the old boxy looking products and design visually appealing ones that are still as structurally strong and durable.  Can take a multi-piece part and convert it into just one.
 
Appearance: Using fiberglass for product covers and enclosures definitely improves its esthetics.  Achieve any look and feel desired.  Finishes give fiberglass components a high tech appearance.
 
Cost Effectiveness: With steel being dependant on China’s steel prices, you will have stable prices with fiberglass. Lower costs for maintenance and warranty work.  A lighter and stronger product results in lower costs for shipping and storage.
 
Special Characteristics: Fiberglass is non-conductive and radio frequency transparent.  Perfect for housing electronics without disturbing their performance and protect employees from hazards inside.  Fiberglass absorbs sound waves more than bounces off, thus giving it extremely good acoustics, for lowering machinery volumes and achieving acceptable and/or required sound levels. Unlike metal, plastic, and wood; fiberglass has the least expansion and contraction with heat, cold and/or stress.
Why Choose Fiberglass over other materials:
 
Strong and long-lasting: Pound for Pound fiberglass is stronger than sheet metal. Fiberglass has a high resistance to corrosion, it will not rust.  Perfect for products used outside, in states near the ocean, with the high salt content in the air.  Fire-retardant resins can make your products stand up against fire and will only char not burn up.  Perfect when products will be around corrosive chemicals.
 
Design Freedom: There are very few restrictions with molding fiberglass, giving the engineer unlimited possibilities.  Get away from the old boxy looking products and design visually appealing ones that are still as structurally strong and durable.  Can take a multi-piece part and convert it into just one.
 
Appearance: Using fiberglass for product covers and enclosures definitely improves its esthetics.  Achieve any look and feel desired.  Finishes give fiberglass components a high tech appearance.
 
Cost Effectiveness: With steel being dependant on China’s steel prices, you will have stable prices with fiberglass. Lower costs for maintenance and warranty work.  A lighter and stronger product results in lower costs for shipping and storage.
 
Special Characteristics: Fiberglass is non-conductive and radio frequency transparent.  Perfect for housing electronics without disturbing their performance and protect employees from hazards inside.  Fiberglass absorbs sound waves more than bounces off, thus giving it extremely good acoustics, for lowering machinery volumes and achieving acceptable and/or required sound levels. Unlike metal, plastic, and wood; fiberglass has the least expansion and contraction with heat, cold and/or stress.