What type of pipes are used in a borewell?

Experts unanimously trust uPVC casing pipes and column pipes when installing borewell setup for both domestic and industrial applications. uPVC pipes are unquestionably preferred over metal pipes due to their superior and sustainable properties that metal pipes lack. Let’s take a look at the unique characteristics that make uPVC pipes long last as much as 100 years.

Thermal shock and high-pressure resistant –  uPVC pipes are made of high quality unplasticized polyvinyl chloride, which is a robust, lightweight and durable material. The feature that provides such exceptional strength to uPVC pipe is the ability to endure thermal shocks and extreme pressure buildups. These pipes can withstand a significant amount of wear and tear without breaking or collapsing.

Rust-free – uPVC pipes never rust, unlike metal pipes which readily react with moisture or surrounding elements and rust. Rusting degenerates the surface of the metal pipes and makes them prone to abrupt bursts and cracks. On the other hand, uPVC pipes being non-corrosive do not deteriorate, burst or split, which makes them ideal for wet environments.

Inert – uPVC pipes do not react with chemically charged water and allow acidic, alkaline stream to pass through without letting such elements damage the inner surface. They also endure friction caused by abrasive water and stay unaffected when exposed to prolonged hot and cold temperatures. These pipes restrict bio organic growth and do not let debris adhere to the inner walls.

Effortless installation – uPVC pipes are manufactured in several sizes. They are designed to fit flawlessly with compatible fittings, and precise installation eliminates the possibility of leaky joints. uPVC pipes are also lightweight, which makes it easy to handle and deliver them at intricate plumbing sites. This lowers down the manual labour and cost. These pipes are well-suited to perform at domestic borewells as well as agriculture and industrial operations.

Ergonomic uPVC casing pipes and column pipes – Kasta uPVC pipes are non-toxic, lead-free and ideal for domestic usage. These pipes are incredibly durable, watertight, non-corrosive and rot-free. Kasta pipes do not impart any peculiar colour, odour, or taste into the water. They are ergonomically enhanced to promote a frictionless flow. These pipes possess a distinct locking system that is known as “O ring locking system” which secures the tube and coupler together to prevents the joints from loosening or leaking. Kasta column pipes absorb the vibrations induced by hydrostatic force and help in preventing pipeline structural failure. All these traits allow the borewell system to consume less electricity to draw water than the ordinary components. Kasta borewell pipes are safe, rustproof, and perform remarkably well under stressful conditions. These pipes can be used in diverse applications such as domestic borewell, farming, industrial mining, and chemical distribution. Kasta offers a long-lasting, low-maintenance yet a high-end piping solution for residential and industrial demands. No wonder, Kasta is one of the very few borewell pipes manufacturer in India that is singularly trusted by experts for its premium quality products.

How to do rainwater harvesting?

Water is more than just a commodity. The entire existence of the world depends on this invaluable resource. The sooner we learn and accept this fact, the better we will fare. In such times, when the water level is going down rapidly, it is the need of the hour to save it and replenish every drop that we can. Following are the benefits and simple techniques of rainwater harvesting and how it can save our drying reservoirs.

Ecofriendly – Rainwater harvesting is an excellent eco-friendly way to recharge underground aquifers and maintain water levels. It can be introduced in the houses, apartments or buildings. All it needs is a provision of little outdoor space to fit a rainwater catchment system to collect rainwater. The harvested water can be stored and used for various non-potable errands like irrigation and cleaning.

Budget-friendly – Rainwater harvesting is a pretty low-priced arrangement that does not require much investment. It takes a few thousand rupees to install a basic functioning rainwater harvesting system, and one can reap the benefits of this collected rainwater worth much more than that. It is an amazing way to lend a helping hand to the ecosystem. The rainwater can be stored in water tanks as well as in the borewell. 

Rain barrel method – A rain barrel is probably the easiest way of harvesting rainwater. It is a rooftop rainwater collection technique where the water from roofs of houses and buildings is collected and directed to the recharge pits via drains pipes. These pits are small chambers dug in the ground. The pits contain wire mesh to filter any foliage or debris and are kept uncemented so that collected rainwater can seep into the earth quickly. The rainwater is filtered inside the chambers and ported into the soil to replenish the underwater aquifers.

Harvesting rainwater in borewell – Harvesting rainwater and storing it into borewells is a relatively new concept. It is an excellent way to recharge borewells. This technique operates on a sand filter. A pit is filled with boulders, stones, sand, and charcoal. A casing pipe is connected to the netted holes of the sandpit on one end, and the other end is attached to the borewell. When rainwater or runoff water from canals and fields fall into the sandpit, the filtration process begins. Step by step suspended debris is separated from the rainwater. The leftover purified water goes into the casing pipe, which releases it inside the borewell. Kasta pipes are trusted by experts for producing durable, noncorrosive, rot-free, bio growth resistant pipes and fixtures. They fit perfectly well in all every basic and advanced rainwater harvesting system and enhance their performance. Kasta pipes are an economical alternative for the rainwater harvesting pipelines. Say yes to water insurance with A-grade Kasta products and contribute to an environment-friendly movement towards a better tomorrow.

Why is rainwater harvesting important?

Water is unquestionably one of the most critical elements present in the world, and its influence can be understood by the evidence that the existence of every life form depends on water to carry out body functions at a cellular level. All domestic, agricultural or commercial activities require water. But dismally, our water sources are drying up and conserving water is the need of the hour, which means we must start using water responsibly and limit our water consumption.

What is causing the shortage of water in the world?

Deforestation, climate change, greenhouse gases, population outburst and urbanization, are the significant factors that are disturbing the weather pattern and water cycle, causing ill-timed droughts or floods. If we desire to impart coming generations with valuable resources, we must conserve water and attempt to replenish it.

How can rainwater harvesting help?

71% of earth is covered by water, and 29% by land. Yet 97% of all the water in this world exists in the form of seawater in oceans, and only 2% of it is freshwater, out of which only 1% is drinkable. Seawater is excessively salty, and one simply can not safely drink it because it causes dehydration. Human body is incapable of getting rid of salt from seawater without damaging the cells and stressing out the kidneys. So, 1% freshwater that is available to drink is our only hope. Now that we have gotten our facts straight, it is evident that eco-friendly arrangement like rainwater harvesting is the answer to the water scarcity the world is facing today.

What is rainwater harvesting?

Rainwater harvesting is an excellent technique to revive underground aquifers. It helps to maintain water levels of underground resources. Rainwater can be harvested in the houses, apartments, buildings and open land. It requires a little outdoor space to gather rainwater and set a rainwater catchment chamber to store it. The harvested water can be collected to recharge underground aquifers and borewell for non-potable usage like irrigation and sanitation.

How to install a rainwater harvesting system?

In this method, runoff water or rainwater is gathered from an outdoor space, typically a rooftop. This space is attached with discharge pipes to a recharging pit. When rain falls on this space, it flows into the pipes and goes to the recharge pit, which is essentially a small chamber that is dug in the ground. This uncemented pit gathers the rainwater and lets it seep through the soil. A wire mesh is also fitted to this pit to filter out any debris, leaves, foliage and impurities and permit rainwater exclusively to sink in. 

Rainwater harvesting is a very economical arrangement, and it does not require any substantial investment. The Basic version requires an outdoor space, durable pipes and a pit. You can store the rainwater in your borewell or simply release it underground. Kasta pipes are trusted by experts to enhance the performance of rainwater harvesting systems. Say yes to water insurance today and contribute to a noble deed.

The Advantage of RPVC pipes used in piping systems

Polyvinyl Chloride or PVC is a plastic polymer that is fabricated in two different forms, rigid and flexible. RPVC is a rigid form of Polyvinyl Chloride. RPVC is chiefly used in construction work and industrial applications. Products like plumbing pipes, fittings, packaging material, vinyl windows and doors are made with this material because it possesses outstanding strength & load-bearing capacity. Following are outstanding advantages of RPVC pipes that make them a perfect fit for domestic and commercial applications.

High Endurance – RPVC pipes are light-weight, UV resistant, and sturdy. They can endure the abrasive environments and rough treatment very efficiently without requiring much maintenance. These pipes do not rust, corrode or rot. They are watertight and do not leak, burst or crack and stay unaffected by fluctuating temperatures. Since RPVC possess exceptional inertness, these pipes last much longer than their conventional counterparts.

Essential Resistance – RPVC pipes are resistant to moisture, oxidising elements as well as acids and alkalis. They does not participate in any chemical reactions and stay unresponsive to prolonged oils and effluents exposure. They possess exceptionally high thermal, chemical and electrical resistance. Due to the presence of chlorine in the formulation, RPVC is constitutionally a fire retardant and a self-extinguishing material. These pipes offer a durable and economical construction componant for domestic and industrial utilisation.

Secure bond – RPVC pipes can be readily bonded to form joints with the help of solvent cement, which is popularly known as pipe glue. Unique formulation of PVC solvent cement makes the RPVC material soft and workable. It is universally used to connect pipes and fittings by bonding two separate pieces together permanently. This process requires some drying time, and once the pipe and fittings are glued together with the solvent and allowed to dry, these joints become airtight, watertight and unsaperable.

Low Maintenance – RPVC pipes require no additional maintenance such as applications of protective coatings to make them last longer. They are remarkably strong and durable on their own. The smooth inner walls make the liquids flow 30% faster through RPVC pipes than the traditional metal, concrete or GI ones. These pipes are very hygienic because they resist organic growth and do not require cleaning. They also do not let scale formation deposit on the inner surface which automatically enhancing the flow because least resistance is exerted on the fluid by the walls. This quality also reduces the power consumption and prolongs the pipeline’s lifespan.

Applications – RPVC pipes are suitable for agricultural irrigation systems, domestic pumping operations as well as industrial purposes. RPVC pipes are both suitable for micro and macro irrigation, including traditional as well as drip irrigation systems. These pipes are also utilised for distribution and disposal of saltwater, sewage, chemically charged fluids, acid and slurry.

Kasta is one of the most prominent drip irrigation system manufacturers in India. Kasta RPVC pipes are trusted by experts because these pipes and fittings are recognised to exceed industrial standards. Kasta RPVC pipes and accessories are designed to fit with the most basic as well as the highly advanced pipeline operations. If you are looking for the most affordable and sustainable components for agricultural drip irrigation systems or industrial operations, Kasta is without a doubt a smart choice.