What Are The Different Types Of Water Purifiers In Kenya You Can Buy From Gditech?

Are you in the market for a water purifier but feeling overwhelmed by the vast array of options available? Making the right choice can be a daunting task, especially when considering factors such as whether you need it for domestic or commercial use. At times like these, it’s important to have all the information at your fingertips to make an informed decision. In this article, we will guide you through the process of selecting the perfect water purifier, providing you with valuable insights and detailed comparisons to help you find the ideal solution for your specific needs.

What are the different types of water purifiers in Kenya you can buy from Gditech

When it comes to selecting a water purifier, it’s crucial to consider the source of your water. The type of purifier you choose will depend on whether you receive piped water from your local water and sewerage company or if you rely on natural sources such as dams, boreholes, rivers, wells, or even the sea. Each water source comes with its unique set of contaminants and impurities that need to be addressed effectively. In this article, we will explore the various types of water purifiers available, tailored to specific water sources, so that you can make an informed decision and ensure the purity and safety of your drinking water.

Let us take a look at what are the different types of water purifiers in Kenya you can buy from Gditech below. These are the water purifiers we deal in here at Gditech.

Tap water purifiers

Tap water, in many instances, is considered safe for consumption as it undergoes treatment and meets certain quality standards. However, it is important to note that tap water may still contain impurities that need to be addressed. While the level of contamination is generally lower compared to water from natural sources, tap water purification systems play a crucial role in ensuring the removal of various impurities that may exist.

One of the common issues with tap water is the presence of rust or other contaminants that may enter the water during its distribution through GI (Galvanized Iron) pipes. Over time, these pipes can develop rust, which can introduce metallic particles into the water, affecting its quality. Additionally, there is a possibility of bacterial contamination during the distribution process, necessitating the need for purification.

Tap water purification systems are specifically designed to eliminate impurities that may be present, including sediments, unpleasant tastes, odors, and bacterial contamination. These systems typically employ filtration methods such as activated carbon filters and sediment filters to effectively remove particles, chemicals, and odorous compounds. Some advanced systems may also incorporate additional stages, such as UV sterilization or chlorine removal, to ensure comprehensive purification.

By using tap water purification systems, you can significantly improve the quality and taste of your tap water, making it safer and more enjoyable to consume. These systems act as an additional layer of protection, ensuring that the water you drink is free from common impurities that may exist in the tap water supply.

Borehole water purifiers– (also ideal for dam water, sea water, well water and river water.)

Reverse osmosis water purifiers have emerged as the most common and preferred choice for their exceptional efficiency in addressing water contamination. These purifiers utilize a specialized membrane to filter out impurities, leaving you with clean and safe drinking water. The type of reverse osmosis purifier you should select depends on the level of contamination present in your water.

Some reverse osmosis systems are equipped with multiple filtration stages, including pre-filters and post-filters, to tackle a wide range of contaminants effectively. Additionally, advanced models may incorporate additional features like remineralization or UV sterilization to enhance the quality of purified water.

By understanding the level of contamination in your water and selecting the appropriate reverse osmosis purifier, you can ensure optimal purification and enjoy peace of mind regarding the safety and purity of your drinking water.

Let us look at them below:

For water with minimum fluoride and total dissolved solids.

When it comes to purifying water with high fluoride levels, a reverse osmosis water purifier utilizing activated alumina is the ideal choice. Activated alumina is a specialized resin that effectively absorbs fluoride from the water, similar to how bones and teeth absorb fluoride from our drinking water. The purification process involves the water with high fluoride levels passing through a bed of activated alumina resin, which absorbs the fluoride as the water flows through.

To maintain the efficiency of the activated alumina bed in absorbing fluoride, it is necessary to flush it out regularly to clear the trapped fluoride particles. This process ensures the continued effectiveness of the purifier in removing fluoride from the water. However, it’s important to note that the activated alumina media cannot be used indefinitely and should be replaced every 2-3 years, depending on the concentration of fluoride in your water. This periodic replacement ensures optimal performance and ensures that the purifier continues to provide high-quality, fluoride-free water.

By utilizing a reverse osmosis water purifier with activated alumina, you can effectively reduce the fluoride content in your water, addressing potential health concerns associated with high fluoride levels. Regular maintenance and timely replacement of the activated alumina media will ensure that your purifier continues to provide you with clean and safe drinking water, free from excessive fluoride.

This method has a six stage treatment process.

For water with high fluoride and total dissolved solids.

Water drawn from underground sources, such as wells, often contains high levels of fluoride and total dissolved solids (TDS), necessitating a robust filtration and purification process. In such cases, a specialized reverse osmosis system is required, employing advanced membrane technology to effectively remove minerals and contaminants from the water, achieving a purification rate of up to 96%. Importantly, this process maintains the essential minerals that are beneficial and necessary for a healthy body.

The reverse osmosis system used for this purpose utilizes a permeable membrane system. The incoming water stream is separated into two distinct effluent streams: permeate (treated water) and concentrate (reject water).

The permeate, or treated water, undergoes the reverse osmosis process as it passes through the membranes. This process significantly reduces the quantities of dissolved mineral salts and organic matter present in the water, resulting in purified water that is free from most impurities.

On the other hand, the concentrate, or reject water, refers to the stream of water that gently flows across the membrane surface but is not able to pass through. This concentrate stream retains the impurities, minerals, and contaminants that were separated from the permeate stream during the reverse osmosis process. Proper disposal of the concentrate is necessary to ensure the efficient operation of the reverse osmosis system.

By employing a reverse osmosis system with a permeable membrane, you can effectively remove a wide range of minerals and contaminants from underground water sources. This purification process ensures that the treated water is of high quality, while still preserving essential minerals that contribute to overall health. The separation of the incoming water stream into permeate and concentrate enables efficient purification, resulting in clean and safe drinking water for your household or commercial needs.

This method has a 5 stage treatment process.

NB: Before any water treatment is done, water it has to be taken to an accredited laboratory for analysis. In the lab a sample of the water is analysed with two types of water analysis methods which test different things. They include the following types of analysis: bacteriological analysis and physiological analysis.

Bacteriological analysis is a crucial process that examines whether water is infected or contaminated with various types of bacteria. This analysis aims to identify and quantify the presence of harmful bacteria that can pose health risks if consumed. It involves collecting water samples and subjecting them to laboratory testing to detect the presence of bacterial organisms, such as E. coli, coliforms, and other pathogenic bacteria. By conducting bacteriological analysis, it becomes possible to assess the microbiological quality of the water and determine if it meets the safety standards for consumption.

In addition to bacteriological analysis, physiological analysis is another essential procedure that evaluates the physical and chemical composition of water. This analysis provides valuable information about the overall quality and characteristics of the water. It involves testing parameters such as pH levels, conductivity, turbidity, total dissolved solids (TDS), and the presence of various chemicals, including heavy metals, pesticides, and organic compounds. Physiological analysis helps to assess the suitability of water for specific purposes, such as drinking, irrigation, or industrial use, by evaluating its compliance with regulatory guidelines and standards.

By conducting both bacteriological and physiological analyses, a comprehensive assessment of water quality can be achieved. These analyses enable the identification of potential risks and the necessary actions to be taken, such as implementing appropriate treatment methods or adopting suitable water purification systems. Ensuring the safety and quality of water through regular testing and analysis is crucial for protecting public health and maintaining the integrity of water supplies.

Above we have discussed what are the different types of water purifiers in Kenya you can buy from Gditech. We hope the information will help you make an informed decision.

Get the right water purifier from us 

In Kenya, when it comes to choosing the right water purifier, it can be overwhelming to navigate through the various options available. At Gditech, we understand the confusion and uncertainty you may face when deciding which purifier is ideal for your specific needs. If you are not yet sure what are the different types of water purifiers in Kenya you can buy from Gditech after reading the information above fret not! We are here to provide the guidance and expertise you need to make an informed decision. 

With over 7 years of experience in the industry, we have gained extensive knowledge about water purification systems and their suitability for different applications, whether it’s for domestic use in your home or for commercial purposes. Our team of expert technicians is well-equipped to assist you in selecting the perfect water purifier tailored to your requirements.

When you choose Gditech, you benefit from our commitment to exceptional customer service and our dedication to ensuring your satisfaction. We take the time to understand your unique needs and concerns, guiding you through the selection process with expertise and professionalism.

Don’t let the uncertainty hold you back from enjoying clean and safe water. Take advantage of our experience and let us help you choose the ideal water purifier. Contact us today to speak with one of our knowledgeable technicians and take the first step towards making an informed decision that will benefit you and your loved ones. Trust Gditech for reliable water purification solutions that will exceed your expectations.

Get in touch with us today to make an enquiry or to purchase a water purifier. You can reach us via phone call WhatsApp email filling out the contact us form or leaving your comment below here. You can also visit us in Ruiru Kihunguro bus to stage behind Shell petrol station. We look forward to serving you.