BEST WATER PURIFIER WITHOUT ELECTRICITY

BEST WATER PURIFIER WITHOUT ELECTRICITY

Non-electric water purifiers offer the much needed flexibility and versatility that has made them one of the most popular purifiers on the market. Let’s have a quick look at one of the best models on the market today.

THE KENT GOLD+

The Kent Gold plus is one air purifier that stands out and earns a place among the elite despite the fierce market competition. A superior feature set promises a lot of great performance and demands a portion of our time. Let’s have a look.

KEY FEATUES

This is a counter top air purifier displaying a number of delightful features worthy of our consideration. Firstly, the device comes with an overall capacity of 10 liters, a filtration capacity of 0.31 liters per minute, and an approximate duty cycle is 120 liters per day. In terms of the filtration membrane, it is UF in nature and has 0.1 microns Hollow fiber. The membranes life span is also estimated to cater for at least 4000 liters.

When it comes to dimensions, the purifier has a profile which shows a 540x360x380 mm combination of Height, width and Diameter. This is complemented with an overall weight of 3.4 kg’s.

OUR THOUGHTS

Firstly, a tank capacity of 10 liters isn’t any small by non-electric air purifier standards and should be enough to cater for a medium home’s daily use. Secondly, the purifier boasts a durable build that should stand the daily insults of water and continuous hand manipulation. Thirdly, the maximum duty cycle seems to be a feature that goes a long way when compared with most air purifiers on the market. Lastly, the overall design demonstrates the designer’s commitment to produce something that should resonate with a smart kitchen setup.

WHAT CURRENT CONSUMERS ARE THINKING

Amazon seems to display a lot of positivity when it comes to the actual customers reviews. The purifiers overall score shows an impressive 3.5/5 based on 299 reviews. This feat is a noteworthy substantiation of the promising feature set associated with the device.

FINAL SAY

In a nutshell, water filters and purifiers an invaluable asset as far as anyone’s home’s safety is concerned. This is because of the threat that comes with consuming tap water which comes with exposure to numerous chemicals that may be detrimental to the wellbeing of the family. It is essential to be aware of the basics to do with water filters and purifiers as outlined in this article prior to stepping forward and buying one for the family. We hope the tools furnished in the article will take you a long way in your quest to protect the precious liquid that holds life together.

WHAT ARE SOME OF THE BEST WATER PURIFIERS ON THE MARKET?

WHAT ARE SOME OF THE BEST WATER PURIFIERS ON THE MARKET?

Having considered the types of water purifiers, let’s consider some of the best water purifiers on the market.

KENT GRAND PLUS WATER PURIFIER

Kent remains one of the leading companies in the water purifier manufacturing world through a display of some of the most impressive purifiers produced in the last decade. The Kent Grand Plus is one of the key innovations that seems set to continue the company’s legacy. Let’s have a brief appreciation of its key features.

KEY FEATURES

The device’s air purification system features an all-in-one mechanism that incorporates Reverse Osmosis, Ultra Violet and Ultrafiltration capabilities. In terms of capacity, it boasts of a rather adequate storage space of 8 liters. When it comes to overall size, the dimensions profile show a combination of 41x26x52 cm with an accompanying weight of 11.1 kg’s. The purification production rate seems to be on the higher side when compared with most purifiers as it is claimed to be capable of filtering 20litres of water per hour which translates to a duty cycle of 75 liters per day. In terms of the material, the purifier is principally made of ABS food grade plastic. Installation wise, it is wall mounted and the overall power consumption is 60 watts.

OUR THOUGHTS

On a positive note, the most obvious advantage associated with the purifier is the combination of three mechanisms which gives it enhanced efficiency over a wide range of water impurities. Secondly, the purifier seems to have an impressive work rate as demonstrated in the figures relating to the number of liters per hour. 8 liters in an hour should be enough for above average daily home use. Thirdly, it seems the purifiers manages to beat most of its competitors with the 8 liter volume, which when considered together with the overall rate, is more than enough for basic consumption needs. Lastly, the purifiers seems to have a durable build quality which promises a lot when questions relating to its ability to stand the daily physical insults are raised.

On the negative side, it seems the air purifier’s price tag shows a figure way above the 100 dollar mark on Amazon, which is quite a prohibitive price range for the budget buyer.

WHAT OTHER USERS ARE SAYING

An Amazon rate of 3.7 out of 5 stars isn’t a mean achievement by any means. This demonstrates a lot of confidence and positive consumer experience which vindicates any consideration to have the product in one’s home kitchen.

TYPES OF WATER PURIFIERS

WATER PURIFIERS

As we’ve already pointed it out earlier, water purifiers are used mainly in removing biological water contaminants such as Bacteria and Viruses. Water purifiers are usually used in conjunction with water filters to achieve the maximum possible quality of water. Let’s proceed by looking at the common types of water purifiers.

TYPES OF WATER PURIFIERS

Water purifiers occur in three main types and these are Ultraviolet, Ultra-filtration and Reverse Osmosis air purifiers. Each type harbors its advantages and disadvantages and some air purifiers combine the elements of each type to exploit the advantages of each type. Let’s look at the types in a little more detail.

Reverse Osmosis purifiers

RO purifiers function by means of a semipermeable membrane that’s designed to allow passage of water molecules only. The membrane has ultra-fine pores which are estimated to be about 0.0005 micron in diameter which is considered to be slightly larger than a water molecule. In this case, all the associated contaminants which include bacteria and several types of salts are left behind and are collectively known as Reject Stream. The resulting water is known as Desalined water and is considered to be free from any impurities.

UF water purifiers

Ultra-filtration water purifiers also employ a semipermeable membrane. The only difference with Reverse Osmosis purifiers is that UF purifiers have much larger pores. This difference translates into a smaller spectrum in terms of which particles are filtered or not. UF purifiers remove pathogens or germs along with colloidal substances and are not able to get rid of salts and dissolved solids like the Reverse Osmosis water purifiers.

UV purifiers

As the name suggests, UV purifiers utilize Ultra Violet rays to kill pathogens such as bacteria, some viruses and other biological agents. The water purifiers are equipped with a mercury lamp which emits UV rays aimed at irradiating the pathogens in the water leading to a high level of sterility. These filters require additional filtration to ensure that the killed germs are removed from the purifiers and they are often used together with other types of purification.

CHOOSING THE BEST DRINKING WATER FILTER

CHOOSING THE BEST DRINKING WATER FILTER

Choosing a credible and proven drinking water filter can be a challenge especially if you aren’t much of a technology products enthusiast. We purpose to make the job easier for you through a checklist that should take you closer to something credible.

The volume

Water filters come in different sizes and you need to make sure that you choose one that suits your water consumption per day. For instance, there are what are known as Pitcher water filters. These are one of the most affordable filters but they are more suitable for a basic home supply so before you let the excitement take you to the shopping mall, it is always wise to have a clear idea of how much water you use and then relate that to the volume of the pitcher on the market.

The flow rate

The filtration process usually takes its fair share of time and this often implies that the overall flow of water is slowed down. If a filter takes too much time, it can pose a significant inconvenience to the consumer. This makes it imperative that you check the flow rate of any water filter otherwise you may end up throwing it in the trashcan because it’s no longer practical.

Look at the certifications

Manufacturers are fond of making claims about their products ability to remove certain contaminants. It is always prudent to check with these claims as they may simply be an attempt to make you buy the product. Make sure the water filter has been tested before, not by the manufacturers themselves but an independent institution or organization such as the Water Quality International or the NSF.

Permanence

Any filter comes with a number of attachment features depending on how permanent you would like it to be. Some filters are designed with a degree of flexibility, that is, they are made to be easily shifted or dismounted in case the consumer is not a permanent resident of the building. Examples of these are pitcher, faucet and counter top water filters. On the other hand, some filters are made for permanent mounts such as the under sink filter which may need some hole drilling thus raising the need for a certified professional to install.

Warranty

Warranty is always an indicator of the manufacturer’s commitment to providing a quality product and water filters are not an exception. You would want to have something that has the capacity to stand the daily usage it is subjected to. The length of time may vary in between manufacturers but a 90 day period seems to be the standard.

TAP WATER CONTAMINANTS

TAP WATER CONTAMINANTS YOU SHOULD KNOW AND THE BEST WAYS TO GET RID OF THEM

Water is without doubt the very cradle of life itself, owing to the fact that it constitutes at least 70 per cent of the human body. As a daily need, it is imperative that every human being has access to the highest possible quality of water. Much gratitude to the governments and associated systems for the commendable effort to make portable water available to most citizens. However, much as portable or tap water provides an overall standard water quality to consumers, recent research has proven that portable water has a strikingly bad side despite centuries of continued use in the typical home. There seems to be contaminants commonly associated with tap water that have been linked to numerous health problems. This has revealed the need for extra home-usable measures purposed to get rid of these contaminants. This article will take you through some of the contaminants associated with portable water and then proceed to with some insights on the most efficient extraction methods.

COMMON WATER CONTAMINANTS: Why is tap water bad?

At some point in time, you might have come across some news bulletin reporting some horrific concerns of residents of a certain area concerning the quality of drinking water from their main suppliers. Well, the truth is that tap water isn’t really the life saver we all think it is, if not treated accordingly. Numerous studies have identified rather toxic substances found in tap water and these include Chlorine, Lead, Microplastics, Mercury, Polychlorinated biphenyls, Arsenic, Perchlorate, Dioxins, DDT’s, HCB’s and Dacthal among others. In addition to these impurities, tap water may also be subject to various bacteria and viruses which may be resistant to some of the disinfectants commonly used in water treatment plants. Let’s have a look at some of the major and most familiar toxins found in portable water in order to have a picture of the gravity of this problem.

CHLORINE

Chlorine is known to be one of the most effective and trusted agents as a disinfectant and is applied in numerous disinfecting processes including water treatment, sewage sanitation, and cleaning products disinfection procedures. However, it is not completely safe as a substance as it can react with several substances in your body to form rather destructive products. For instance, it is well established that chlorine reacts with water to form Hydrochloric acid. Yes hydrochloric acid is a useful substance in terms of aiding digestion but it is produced in controlled amounts to create a suitable and safe environment in the body. Extra amounts due to the reaction of excess chlorine from the tap water and the water in the body can disrupt the balance and lead to undesirable results in the gut. Other documented undesirable effects include respiratory problems and memory loss upon prolonged exposure.

LEAD

You might have heard about the Flint incident in Michigan where it was discovered that consumers were battling the effects of Lead from what they thought was an unlikely source, portable water. Lead is a highly toxic substance to the human body if ingested in excess amounts. A myriad of health problems are associated with Lead and among these are prostate cancer, cardiovascular disease, learning disabilities, stunted growth, behavioral problems and can have catastrophic effects to the unborn child during pregnancy. Normally, there is a minimal amount of lead allowable in tap water but unfortunately, water pipes which are subject to corrosion tend to release unacceptable amounts of Lead in the water which goes right into consumers’ homes. This renders most of the tap water we consume a potential source of these health problems.

FLUORIDE

Fluoridation, which is the process of adding fluoride to water as a way of reinforcing portable water with health benefits such as preventing tooth decay, was accepted several decades ago as a best water treatment practice. However, this substance is associated with a number of undesirable effects including disruptions in the endocrine system, or in basic terms, the hormonal system of the human body. Studies have established that fluoride has negative effects on the Thyroid gland and the Pineal gland which are some of the major organs which produce important hormones and regulate hormonal activity in the body. This has led to some areas, especially in the US, to take positive steps forward banning the use of the process in water treatment plants.

MICROPLASTICS

This is another surprising member on the list of common water contaminants but the statistics seem to be very clear in support their presence in drinking water. One of the most famous studies relating to plastics and Tap water was done in the world’s major metropolitan areas. Samples taken from these areas revealed that 83% of the samples contained plastic fibers. Another study investigated the occurrence of plastic contaminants in bottled water from more than 10 of the world’s largest brands in 9 countries. The tests revealed that 93 per cent of the bottled water contained plastic contaminants.

MANDATE

AquaNet is Canada’s research network in aquaculture. It was established in 1999 as a collaborative research network involving universities, industry, government and non-government organisations, with an annual budget of $3.6 million.

Mission: To foster a sustainable aquaculture sector in Canada through high quality research and education.

Vision

  • Diversification, sustainability and stability of marine and fresh water resources and species being harvested, based on businesses that are drivers of innovation and economic growth.
  • Harmonisation of fisheries resources exploitation among all users, including commercial fisheries and First Nations, based on integrative and collaborative research and development and its application in the user community.
  • Integration of aquaculture with other industries (tourism, oil & gas, etc.).

Strategic Priorities

  • Advancing Interdisciplinary high quality research that addresses sector needs and concerns.
  • Increasing the number of highly qualified personnel through education and training.
  • Establishing effective networking and partnerships among academic institutions, federal and provincial agencies, private sector and non-government sector participants.
  • Effectively translate findings to the research user community.
  • Help build an environment where Canadians are informed and supportive of aquaculture.

Underlying Principles

The following underlying principles characterise all research and related activities funded by the Network.

  • Contribute to reducing uncertainties and risk associated with aquaculture operations.
  • Provide new and innovative approaches for the sustained management of aquaculture.
  • Reflect a comprehensive understanding of the knowledge available, including scientific as well as local and traditional knowledge.