Is Water Odour a Challenge?


Turning your water tap on only to be encountered by a terrible stench is arguably one of the worst ways to start your day. Your immediate reaction may be to assume that your water supply is contaminated, but there are a myriad of reasons why your household water has suddenly developed a pungent odour.

Although bacterial activity is a common source of smelly water, it is not the sole explanation for foul odours and tastes. Changes in your water taste and smell could be because of chemical reactions, increased mineral traces, and rotting organic material. Let us look at some of the most prevalent water odours, what generates them and how to eliminate them.

Odour: Rotten Eggs
A lack of oxygen in a well creates hydrogen sulfide gas, which gives off the foul ‘Rotten Egg’ odour. It can occur in the groundwater as well as an outcome of sulfur-containing chemical reactions. Iron and sulphur bacteria use iron and sulfur in groundwater as energy sources and chemically modify sulfates to produce hydrogen sulfide gas.

These bacteria flourish in an iron-rich atmosphere and obtain sulfur from decaying plants, rocks, or soil. Borewells and plumbing systems offer the perfect oxygen-deficient environments for these non-toxic bacteria.

It is worth noting that if you only encounter the odour when running hot water from the faucet or in the shower, it could be a chemical reaction taking place inside your water heater rather than in your water supply.

Odour: Earthy or Dirty
You may be dealing with iron bacteria in your water supply if you experience a gush of musty, earthy-smelling water while using your hot tap. Though this bacterium is not harmful, it can be inconvenient since it imparts a terrible taste. You may even find slime in your toilet tank or other plumbing in addition to the foul smell and taste. When iron and oxygen mix, iron bacteria develop. The bacteria feed on the iron and generate slime. When the bacteria die, it emits an earthy stench.

Iron bacteria are found in water wells with high iron levels. Your water heater is typically the ideal growing habitat for iron bacteria due to its high temperature.

Odour: Fishy Smell
This odour generally indicates that water contains high concentrations of chloramines, barium, or cadmium. Chloramines are chlorine-ammonia compounds used to purify municipal water. While it is vital to eliminate toxic pollutants, it might leave your water with a pungent stench.

Barium and cadmium are naturally occurring metals that might enter your water on account of fertilizer contamination or decaying metal water delivery pipes and your metal plumbing pipes. Although it seldom indicates the presence of hazardous bacteria or pollutants, the stench is unpleasant regardless.

Odour: Bleach (similar to swimming pool smell)
This smell indicates elevated amounts of chlorine in the water, similar to the smell in swimming pools. Households using municipal water are more likely to complain about water that smells like bleach as chlorine is added to public water manually to disinfect it. The chlorine concentration in water is likely to be higher in homes closer to a distribution facility.

Although chlorine is deemed essential for municipal water treatment, once it reaches your home water supply, it does not do much other than cause excessive dryness to the skin and give your water a nasty taste and smell.

Odour: Sewage-like
The stench of sewage in water is an indication of the accumulation of bacteria in the metal pipes. If it comes on turning the hot tap only then, it would be on account of your water heating system running at a low temperature or switched off for an extended period. This emits hydrogen sulfide, hence the smell.

READ: Egypt awards contract for Maghagha wastewater treatment plant project

The presence of germs from food, soap, or other items sitting in your drain may also be a contributor to this. When the water runs into the drainpipe, the bacteria produce a heavy gas, which rises upwards and into the air around the sink, giving the impression that the water itself stinks.

Smells of hydrogen sulphide can be detected at concentrations as low as .5 parts per million. It will smell musty at 1 PPM, and like rotten eggs at 1-2 PPMs.

How can you avoid such smells?
Now that you have a list of the most common smells and the various causes behind them, the next step is to investigate which part of your water system is malfunctioning.

The problematic areas can be many; it could be due to the pipes – metal pipes make for a perfect breeding ground for bacteria, faulty purification systems, faucets, borewells, etc.

The next step is to identify a suitable remedy to end the foul smell in the water.

An essential step since the same remedy does not work to eliminate all odours.

When it comes to treating iron bacteria, a chlorine chemical feed system is a credible solution. Chlorination systems, combined with a water-holding tank for adequate ‘bacteria kill time’, can efficiently decrease bacteria and aid in the oxidation of iron for optimal filtering. Reverse osmosis (R.O.) water filters successfully remove contaminants such as chloramines, barium, or cadmium from the water supply. Carbon filters also assist in enhancing the odour and flavour of the water, ensuring that you always have clean, pleasant water.

While these and other similar methods appear to be ideal for dealing with foul water, they are only transient and require persistence.

Furthermore, since they address only one element at a time, they offer no assurance that they will prevent additional chemicals from causing the same stinky water issue.

The ultimate, long-term solution to end this problem once and for all is to eradicate metal pipes in the water supply system.

High-quality uPVC pipes provide just the alternative to metal pipes.

An expensive proposition but one that needs to be factored in by municipal corporations across the world.

Maybe it needs to THE specification for all maintenance & replacement BOQ’s. uPVC pipes from a reputed manufacturer mean sturdy pipes made with top-of-the-line raw materials, proper quality checks, and processing parameters that promise a problem-free functioning for over 60+ years. That is not all, with uPVC pipes offer assured freedom from the nuisance of corrosion or other chemical imbalances (PH levels, emission of gasses, etc.), reduced breakdown & lower maintenance cost of the water supply systems.

Of course, this may seem a drastic step when compared to the other solutions, which might seem more feasible or less time-consuming, but if the goal is to put an end to the problem of water odour for good, then this is the answer.


About the Author
Sarth( Saumya) Jain took on the helm of Vinyl Tubes Private Limited, one of the most trusted brand in uPVC pipes, as Principal Partner in 2013. Aligned to the company mission of getting drinking water to as many as possible, he set out to position Vinyl pipes as one of the largest suppliers of uPVC pipes in the world. He adopted a two-pronged approach. One was to focus on product differentiation and increasing the range of offerings from their stable. The other was to improve the value proposition for the customer both in terms of reach and cost. The later translated to the setup of the manufacturing facility just 10 kms away from one of the busiest seaport of the country. Next emphasis was on improving operational efficiency. A fourth generation in the family business, Sarth with his “customer first” approach has radically changed how the company reaches out and engages with their customers. A digital media propagator, he has fired up all channels making it easier for customers across the globe to reach them. Masters graduate from SPJain business school of management Sarth is a people’s person. Excellent interpersonal skills, coupled with his problem-solving approach, makes him a great mentor. He has been instrumental in creating a motivated high performing team. Extrovert & sociable Sarth is good at building and nurturing lasting relationships both with staff and peers in his industry. Today Sarth has positioned the company well to assist any country across the globe in their endeavour to get Water to the remotest and roughest of terrains. He firmly believes, wherever there is Water, Vinyl Pipes have a role to play. On the personal front, married with two daughters, he is an avid reader and loves to travel & explore the world. Aspires to take private flying lessons.

How Solar Pumps Benefit Everyday Life In Africa


Solar pumps have had a huge impact on agriculture and daily life across Africa, with the highest percentage of off-grid solar systems found in Kenya. The solar pump market in the country is thought to be at around $1 billion, and this has huge implications. With the chance of making a farmer’s income more steady and dependable, the use of solar pumps across the continent could prove to be a game changer. 

Solar pumps are powered by solar panels, which absorb the sun’s rays and convert them into solar energy. Water solar pumps are easy to use, and are cheap compared to pumps powered by fossil fuel. The difference they can make is significant. So just how is everyday life in Africa benefiting from the technology?

Improvement of lives of women
The water solar pump industry in Africa has changed the lives of women dramatically. In African culture, the role of fetching and ensuring there is water for domestic use is often left to the woman. This can be a strenuous activity, especially if the source of water is far away, and it can have implications for health, safety and hygiene. Regular contact with water increases exposure to certain diseases, and carrying heavy weights can cause injury. Water solar pumps, on the other hand, provide an easy and safe way of getting water.

This also changes domestic life. Able to get water to their homes through the use of a solar water pump, women gain time, allowing them to concentrate on other tasks. Since water solar pumps can operate even when not attended to, the amount of time saved is significant.

Providing safe and reliable water supply
In Africa, rains are unpredictable. Therefore, Africans don’t have a stable and reliable source of water. A lack of water can cause all kinds of problems to a community. Due to the water solar pump industry, the community can get water from a reliable source. This boosts their health status, preventing them from getting water-borne diseases from using water that is not safe. Getting safe and reliable water saves the community from diseases spread by germs, ensuring the community health is in check.

Water solar pumps can also be used to power other household appliances that contribute to the safety of a household. For example, they can be used with a humidifier for the home, which can reduce respiratory problems and make the home environment more comfortable. In hot, dry climates, this can have a significant impact on health.

The use of water solar pumps in Africa has also helped in reducing the need for movement around the continent. Some African communities are forced to move in search of water and pasture for their cattle. With the ability to generate water more easily, this is less necessary for communities with access to a solar pump. After getting water to drink and hydrate their cattle, they can even irrigate and ensure healthy pastures for the herd without needing to move.

Climate and agricultural benefits
Unlike fossil fuel-generated sources of energy or electric sources that have been found to emit CO2, water solar pumps are very safe to use. The pump solely operates on energy from the sun, and does not emit harmful substances. This has helped to improve the the climate in regions where pumps are used.

With Africa’s unpredictable rain, farming can be a challenging process. The water solar pumps industry in Africa has helped farmers to irrigate their farms no matter how little rainfall there is. This is made possible without having to incur the cost of buying fuel for generators because solar energy is free. Now Africans can irrigate their farms regularly, enjoying good harvests and boosting the economy of their countries.

The presence of the water solar pump industry in Africa has already made a significant difference to daily life. Generating water is made easier, and the pumps are easy to maintain and require less labour. As they begin to become more widespread, these benefits can only increase.

Green Cleaning and Other Water-Wise Methods to Improve Water Conservation


Droughts have made water a scarce resource in most parts of Africa. It is, therefore, essential that governments and citizens work on water conservation strategies. Bear in mind that few houses have piped water, and people have to walk long distances to get water to use.

Most homes rely on seasonal rivers and rain for the water they use in the home. It is essential to find new ways to conserve water, and one of the best ways to do that is by using green cleaning strategies. Green cleaning ensures that only small amounts of water are used to clean large areas.

Reusing Water
One eco-friendly way to use water is to reuse wastewater in the home. People can use the water used to clean vegetables and fruits to irrigate an outdoor kitchen garden. Usually, this water is poured down the sink and lost, but by saving the water used to wash fruits and vegetables, it’s possible to save on the water used for irrigation. For people who hand wash their clothes, wastewater can be used to clean floors and verandas. Wastewater used to rinse clothes can also be used to clean bathrooms and outhouses.

Water Harvesting
Water harvesting during the rainy season is another water-wise strategy. If it rains, instead of getting water from the tap, it is wise to put out buckets to collect rainwater for cleaning the home. A standard method in most homes is buying water storage tanks, which people use to collect large amounts of water to clean during the dry season. This water can be used for cleaning and cooking, and boiled for drinking. Governments can encourage citizens to buy water tanks for water harvesting.

Plastics and Waterless Cleaning
Plastics are a major pollutant in rivers and soil in Africa. People who use water filters in the home use fewer plastics and help keep rivers and lakes, plastic-free. Using water filters will ensure that the water drunk in the home is clean. It will also protect rivers and soil from pollution, which affects the quality of water coming into the home. Households can also look for waterless cleaning methods to ensure that they save on water. Most of the time, people use a lot of water to clean a surface that only requires wiping with a non-fluffy cloth. It’s also possible to clean without relying on chemical cleaners: looking for greener alternatives will reduce exposure to harmful chemicals, as well as minimising the amount of toxic substances that end up in rivers and oceans.

Water and Poverty
It is essential to think about poverty and famine in places that have no water. There is a higher chance of famine, and most people in those areas live below the poverty line. Strategies to save water, such as building dams and storage tanks, can improve their lives. If communities have access to water, they can practise irrigation farming and send their children to school. It is not possible to send hungry children to school, especially if they are thirsty too. The presence of water will go a long way to help improve those lives.

Droughts are becoming more common in Africa, and it is essential to ensure that everyone conserves water where possible. With almost every part of the continent facing a drought, green cleaning will go a long way towards enhancing water access. Instituting water conservation projects in drought-prone areas will increase water access and improve lives.


Article submitted by: Sara Zipf