Tag: kirloskar pumps distributors

How Dewatering Pumps Aid in Efficient Flood Control

by vemcoblogs -
Water pump dealers

Floods may cause immense damage to lives, properties, and infrastructure. With changing climate, the intensity and frequency of floods may increase and so, the relevance of effective measures for flood control must be considered seriously. Flood control requires sophisticated equipment and techniques and can help mitigate the adverse effects of increasing water levels with dewatering pumps. VEMC is one of the leading Industrial Water Pump Suppliers in Mumbai. 

In This Article, We Will Share How Dewatering Pumps Act As Efficient Tools In Controlling Extensive Water Flow:

  •  Understanding Dewatering Pumps

As any top industrial water pumps dealers in Mumbai like VEMC will explain, dewatering pumps are highly specialized devices that are designed to get rid of excess water from different areas, consequently preventing waterlogging and damage to machinery and lives in industrial units. They are available in a variety of configurations and sizes and cater to different requirements.  Dewatering pumps are typically used in a range of locations like residential areas, construction sites, industrial plants, and commercial buildings, as well as infrastructure projects, where the accumulation of water poses a real threat. VEMC, with experience to back it, understands this and can provide industrial water pumps in Mumbai where flooding and waterlogging are perennial issues.

  •  Water Removal and Drainage

Efficient removal of water from waterlogged areas is one of the main functions of dewatering pumps. Dewatering pumps speedily extract water, lowering water levels and mitigating damage. Such actions are especially vital in low-lying areas. In such places, water is prone to rapidly accumulate and result in significant harm. You can be sure that Water Pump Dealers like VEMC, with their foresight, can provide preventive measures and solutions. 

  •  Managing Groundwater Levels

Problems that worsen flooding in times of heavy rainfall are increasing groundwater levels. Dewatering pumps, such as any Kirloskar pumps distributors, are instrumental in the management of groundwater levels. Pumps effectively drain excess water, reducing any risk of flooding. This technique efficiently maintains soil stability and prevents any damage to infrastructure foundations.

  • Temporary Water Diversion

In circumstances where floodwaters approach crucial areas, dewatering pumps can be used for the temporary diversion of water. Pumps help in minimizing damage and make time available for emergency response actions, by the redirection of water from vulnerable areas like residences and vital infrastructure. 

  • Flooded Basements and Buildings

Expert industrial water pump suppliers in Mumbai, like VEMC, know that during floods, basements and buildings are regularly at high risk of infiltration of water. Dewatering pumps get rid of water from buildings and flooded basements, preventing any mold growth and structural harm. Consequently, the process of restoration is aided when the water recedes. 

  • Construction and Infrastructure Projects

While working in locations that have a high water table, dewatering pumps prove indispensable in infrastructure and construction projects. VEMC, highly recommended industrial water pumps dealers in Mumbai, understand that pumps maintain dry construction sites, and facilitate safe working conditions. Pumps are also used in excavations for preventing seepage of water into work sites.

  • Emergency Response and Preparedness

During natural disasters like floods, having efficient dewatering pumps ready is vital for effective responses. Such pumps are rapidly deployed to lessen the effects of flooding.

Conclusion 

In the realm of disaster management, flood control is an important aspect, and the challenges it poses require reliable and efficient solutions. Especially in regions prone to flooding, industrial water pumps in Mumbai are a must. If you would like more information on dewatering pumps, don’t hesitate to contact us at +91 9819907445. We are the top Industrial Water Pumps Dealers in Mumbai with more than 70 years of expertise in dewatering solutions.

Transfer Water Effortlessly With Kirloskar’s Eterna CW Sewage Dewatering Submersible Pumps

by vemcoblogs -
Submersible Pumps

Whether you want to displace water at your house or your business, Kirloskar is one name in pumping that you cannot look past. One of the most reputable pumping brands in India since 1888, Kirloskar has established itself as the leader in the pumping industry. Their rich experience is only paralleled by their drive to research, innovate and excel through advanced technologies like IoT. 

VEMC is a proud Kirloskar Submersible Pump Dealer, and in this blog, we take you through the exceptional features of the Eterna CW sewage pump. Due to its range of features, the Eterna is the number one choice for water transfer in a range of applications.

Why Eterna is The Number 1 Choice for Water Transfer:

  • As all water pump dealers would emphasise upfront, a dewatering pump should be reliable. This is where the Eterna CW stands out. It has a robust construction and is made of cast iron and silicon. Its carbide mechanical seal makes it perfect for transferring sewage and sludge.
  • Speak to any Kirloskar authorised dealer, and they’ll tell you how easy it is to maintain the Eterna. The interchangeability of component parts is unparalleled and the design is highly accessible to even semi-skilled technicians. All spare parts are easily available which makes repair and maintenance easy and helps extend the life of the pump.
  • As energy costs are rising, efficiency is becoming the most sought-after feature in pumping equipment. With its innovative design and energy-efficient operation, Eterna stands out miles ahead of its competitors.
  • The rotating parts of the pump are dynamically balanced. This helps maintain concentricity keeping the vibrations to a bare minimum. This in turn ensures consistent performance and prevents damage to parts.
  • The CED (Cathode Electro Deposition) coating of the pump makes its body highly corrosion-resistant. In fact, it provides 5 times more protection from corrosion than a conventional paint job.  This is simply great for the longevity of the pump, given its persistent contact with water and other liquids. 

How Versatile is Eterna?

Eterna –– available with all Kirloskar Pump Dealers ––is put to use in a range of applications. 

  • Sewage pumping is one of the most common applications of Eterna, given its ability to process semi-solid sludge.
  • It is often used to dewater freshly constructed on under-construction sites such as malls, basements, godowns etc.
  • Foundations of houses, pits, pipes and trenches are dewatered using the Eterna given its compact size and portable design.
  • Floods can be situations of serious emergency. These require rapid and powerful pumping provided by Eterna.

As all Kirloskar pumps distributors will testify, Eterna CW submersible pump is one of the most successful products in the market. It has an unparalleled track record for power, efficiency, longevity and ease of maintenance. This is largely owing to their modern, state-of-the-art, innovative and hi-tech design.

For more on submersible dewatering pumps, get in touch with us at 022 43436655 or email us at marketing@vemc.co.in. VEMC is the leading Kirloskar dealer in Mumbai and prides itself on over 70 years of experience in pumping, electromechanical products and maintenance services.

Centrifugal Pump Types & Common Applications

by vemcoblogs -

Centrifugal Pump

Centrifugal pumps are used across sectors in a variety of operations. These include construction, chemical manufacturing, food processing, etc. The rapidly rotating impeller of the pump boosts the velocity of fluids and pushes them out with force. A specially designed casing ensures the fluid remains constricted within, directs it to pass through the impeller and controls the flow on its way out effectively. VEMC is one of the leading Kirloskar Pump Dealers based in Mumbai and in this blog, we tell you all you need to know about centrifugal pumps.

How A Centrifugal Pump Works:

Centrifugal pumps have a fairly simple way of operating, as any Kirloskar pump dealer can brief you. These pumps have one or two impellers attached to the shaft of a rotary pump. Once the shaft turns, impellers also start to rotate. This converts the mechanical energy into the kinetic energy of the moving fluids. The rotating impellers thus move the pumped liquids along the spinning vanes, enhancing their velocity.

Basic Parts Of A Centrifugal Pump

    • Impeller is the most basic part of any centrifugal pump. These have a series of curved vanes which are usually sandwiched between two discs. 

    • On the opposite side, the impeller is connected to a motor through a shaft. The motor rotates the impeller at a high velocity, boosting the liquid’s flow rate. 

    • The casing of the pump is another important feature of a centrifugal pump’s construction. This is of two types: volute and diffuser. Both designs aim to keep the flow under a controlled discharge rate.

Types Of Centrifugal Pumps

The two major types of centrifugal pumps are:

    • Axial

    • Radial

Axial and radial pumps have only one basic distinction –– their orientation. A radial centrifugal pump pushes the liquid out through a downstream piping. On the other hand, an axial pump generates the pressure through a lifting effect of the vanes. Both radial and axial centrifugal pumps are available with VEMC –– the leading Kirloskar Pump Distributor in Mumbai.

Single-stage, two-stage and multi-stage pumps. On the basis of the number of impellers in a pump, we have 3 types:

    1. Single-Stage: 

As the name suggests, this pump has only one impeller. The simplicity of design allows for easy maintenance. These pumps are best suited for low-pressure operations.

   2. Two-Stage: 

Twin impellers present within the casing rotate in tandem and process the liquid at a high speed. It is suited for medium-head operations.

    3. Multi-Stage: 

Three or more impellers are used in these pumps to boost the liquid at maximum efficiency. These are best for high-head operations.

Common Industrial Centrifugal Pump Applications:

A number of domestic and industrial applications make use of centrifugal pumps. Some of the most important operations where centrifugal pumps find the greatest use are:

    • Sewage disposal

    • Oil and gas operations

    • Chemical processing

    • Food and beverage processing

    • Fire safety systems

Conclusion

For more information on industrial water pumps in Mumbai, call us on 022 43436655 or email us at marketing@vemc.co.in. We at VEMC are the leading industrial water pump suppliers in Mumbai. We are also the top-notch Kirloskar submersible pump dealers in the country and pride ourselves on over 70 years of rich experience in pumping.

Do’s and Don’ts of the Pump World!

by vemcoblogs -

Industrial Water Pumps in Mumbai
Kirloskar Pumps Distributors

Pumps are one of the most universally used equipment to boost pressure or lift fluid in households, industries and emergency situations. We use a range of different pumps for different types of work such as electric-driven pumps, rotary pumps, multi-stage pumps, etc. As leading Kirloskar Pumps Distributors and experts in pumping, we talk about all the do’s and don’ts of the pumping world that you as a pump owner need to be aware of.

Do’s and Don’ts of Electric Driven Pumps:

Do’s ––

• Have all the proper control devices in place before starting the pump.

• Always keep the installation and operation manual for the pump, motor and control panel handy for instructions on proper use.

• Secure all the electrical connections and avoid having loose connections as this could be dangerous for operators.

• Secure all the piping connections properly to avoid leakages in the pumping system enabling it to perform optimally.

• As soon as the water supply begins, make sure the direction of rotation is correct.

Don’ts ––

• Don’t allow any unsupervised operation of the pump, especially by inexperienced personnel.

• Do not ignore the safety and health precautions as mentioned in the manual provided by the supplier.

• Do not continue to run the pump despite unusual vibrations and sounds.

• Don’t continue to run it if the pump is drawing extraordinary power.

• Don’t make the cable accessible to unauthorised personnel.

For more in-depth details, call reputed Kirloskar pumps distributors like VEMC or get in touch with your nearest Kirloskar pump authorised dealer.

Do’s and Don’ts of Rotary Pumps:

• Keep the suction lift at a minimum to support all the piping as well as hoses as needed.

Do’s ––

• Fill the tanks and pumps with water before operating the pump.

• During winter or freezing season, drain the pump of all water to avoid freezing and subsequent damage. Remove maximum water by rotating the pump end while draining.

Don’ts ––

• Never lift the pump with suction or discharge hoses still attached.

• Don’t run the engine at a faster or slower pace than recommended.

• Don’t stop or start the pump while in a high-speed or engaged state.

Ask your Kirloskar Pump Authorised dealer for more.

Do’s and Don’t of Multi-Stage Pumps

Do’s ––

• Allow the pump to cool down before you disconnect the hoses or drain it.

• Try and avoid air traps inside the suction and discharge lines. Design the suction line with a slight slope.

• Follow the maintenance schedule provided in the user manual.

Don’ts ––

• Don’t carry out any repair or maintenance work while the pump is still hot or running.

• Don’t operate the unit with the discharge lines obstructed or the valve closed.

• Don’t bye-pass or disconnect any gauges or safety switches.

Get in touch with your Kirloskar pump authorised dealer for more.

For more tips on pumping, contact VEMC now. Visit us at www.vemc.co.in, call us at 022 43436655, or email us at marketing@vemc.co.in. VEMC is one of the top Kirloskar pumps distributors and if you need help with, or are looking for Industrial Water Pumps in Mumbai, we are the right people to reach out to.

Cutter Pump VS Grinder Pump: What’s Best for Sewer Systems?

by vemcoblogs -
Cutter Pump VS Grinder Pump

Your choice of pump has to depend on the operations you want to perform with it. Today, there is a wide range of options available, each pump suited for the right kind of task. When it comes to sewage pumps, two options that clearly stand out are cutter pumps and grinder pumps. Both essentially perform the same function of cutting down solid or semi-solid waste to prevent clogging. Only the technique differs. In this blog, we take you through the various aspects of both these options you need to consider before choosing it for your facility.

Clogging problems in sewage treatment

Flushable products like wet wipes, toilet paper, and scrub pads are offering a great deal of convenience to consumers these days. However, these also pose serious problems to city drainage systems as they lead to severe clogging. This can be extremely difficult to handle and can lead to an enormous amount of expenses for the repair and restoration of the drains.

Centrifugal pumps are unable to deal with this flushable material as they are designed with a rotating impeller. This has critical tolerance which makes it extremely difficult for solids to pass through. Thus, old rags, ropes, clothes, and cans can get stuck in the drains. As flushable products are fast becoming a part of our urban life, cutter or grinder pumps have also become indispensable.

Cutter pumps

These use a sharp cutting blade made of tungsten carbide that is attached to the impeller and cuts down solid or semi-solid sewage into smaller pieces of nearly 25 mm each. They can deal pretty well with rags, toilet paper, plastics, and cleaning products, thus preventing clogging of your drainage.

Grinder pumps

As opposed to cutter pumps, grinder pumps follow the mechanism of grinding the waste. A blade rotates inside a cutting ring that has multiple teeth. This way, solid or fibrous matter is ground down to finer pieces that can then be easily discharged out of the drains. These pumps can typically handle larger and more diverse materials as compared to the cutter pumps.

Cutter pumps vs Grinder pumps

These are energy efficient and low-costThese are expensive and less energy-efficient
These can deal with smaller sewageThese can cut down larger pieces and more diverse material
These are suitable for industrial operations as well as municipal useThese are best suited for large industrial purposes where sewage may be tougher and more voluminous
These have a wider head and flowThese have a narrower head and flow
Oil and grease can pose some difficulties These consume too much energy and may require screening of solids

The best choice to deal with clogging is Kirloskar’s CWC cutter pump. It is a robust, multipurpose pump that is well-suited for industrial and municipal purposes. Kirloskar cutter pump is also highly energy efficient and causes a minimum environmental impact. The maintenance is easy and highly inexpensive. 

For more information on pumps for sewage treatment, get in touch with us at 022 43436655 or email us at marketing@vemc.co.in. VEMC is an authorised Kirloskar pump distributor with a rich industry experience of over 72 years.

How Can You Benefit From KirloSmart Technology For Your Pumps?

by vemcoblogs -

KirloSmart is a unique Internet-of-Things (IoT) based software technology that enables users to monitor their pumps remotely from smart devices such as laptops, tablets and mobile phones. No matter where your pumps are located, you can monitor their health and operational behaviour from the comfort of your own location, on a screen. 

The key indicators of a pump’s operating performance are electrical parameters, flow, pressure, temperature and vibration. If the parameter defined range of either is too high, it will indicate that you need to adjust them. With KirloSmart, you have at your fingertips an automated system that is simple, easy to access, and allows you to monitor the pump conditions constantly. 

Here are the pump parameters that the KirloSmart software is capable of monitoring remotely:

  • Pressure
  • Flow
  • Power
  • Voltage
  • Current
  • Frequency
  • Pump and Motor Bearing Temperature
  • Pump and Motor Bearing Vibrations
  • Motor winding temperature
  • Pump run hours 
  • Power factor

With KirloSmart, you can take the route of implementing smart pumps in your facility. An automated system to monitor the pump conditions should ideally increase energy efficiency, minimise downtime and enhance overall operation. Enabling these modern pumps through the KirloSmart technology can offer users a plethora of benefits. Let’s take a look at what these are.

Flexibility: Of course, the ability to monitor the pumps from anywhere opens up a world of possibilities, and allows you to be flexible with regards to your own location.

Reduced operational cost: The cost of both repair and labour can be cut down significantly.

Reduced unplanned breakdown: Since the pump health conditions are monitored constantly, it becomes easier to cut down the number of times that an unplanned breakdown occurs. 

Improved plant and process efficiency: The state of a plant is easier to manage and maintain, and workflows are made even more efficient with the use of IoT pumps. 

Optimized safety and reliability: Remotely monitoring pumps makes the whole process more reliable and safer.

Longer lifespan of equipment: With KirloSmart technology, all the equipment that you use in your plant will gain a longer shelf life through less wear and tear. 

Improved equipment efficiency: All the equipment used in the process will become even more efficient through automation.

Reduced downtime: With labour being conserved and the entire monitoring system automated, equipment downtime can be reduced.

Reduced cost of assets: The cost of items like modems, servers and computers will further be saved.

So, for effective remote management of your pumps, KirloSmart is the smart solution. What’s more, KirloSmart can be deployed for any type and make of pump! The solution was developed indigenously and can cater to customer requirements across segments.

For more information on industrial pumps, motors and other equipment, feel free to contact us on +91 98199 07445. We would be glad to assist you in finding the best match for you, based on your requirements. VEMC is a solar energy company in Navi Mumbai which provides end-to-end project management services to its clients. VEMC is ISO 9001:2015 certified and a pioneer in the field of electromechanical engineering products, allied equipment, and services. For inquiries, contact us at marketing@vemc.co.in.

Using IoT and Analytics to Revolutionize Pump Monitoring

by vemcoblogs -

The Internet of Things (IoT) and Analytics are transforming every sector of the economy! There is absolutely no reason why pumping should remain untouched by these disruptive technologies. Any device that generates data about its performance parameters can be made a part of an IoT network. This ensures its optimum performance, highlights maintenance needs and predicts breakdowns for timely action. In this blog, we take you through the inner workings of how IoT and Analytics are revolutionizing your pump monitoring.

As your smart pumps function, they continuously generate a stream of data about variables such as flow, viscosity, vibration, power and temperature. The purpose of IoT and Analytics is to tap this continuous flow of data and ensure better vigilance and monitoring. Modern pumps require a seamless convergence of three key technologies:

  1. IoT: This includes the sensors and network infrastructure for connecting the smart pumps and conveying the data stream of the variables. Technologies like WiFi, LoRaWAN and NB-IoT are used to communicate the real-time data captured by the sensors. These networks are suited for large industrial establishments as they offer a wide range of up to 1 kilometre. The IoT setup also includes data management and retention tools offered by major cloud infrastructure companies. 
  2. Digital Twins: This refers to a virtual representation or simulation of the smart pump along with all its real-time variables. It is a model of the IoT pumps loaded with specific information such as brand, size and location. Data related to vibration, power, temperature and flow is clearly visible through the Digital Twin. You can also set limits on these parameters, which if breached, indicates the need for intervention. Digital Twin precludes the need for any physical monitoring of the pump as the model with accurate real-time data can be viewed anytime and from anywhere.
  3. Data Analytics and Machine Learning: These include the tools to keep track of the steady processes and detect anomalies for intervention. Tools like charts, graphs, time-series and trend analysis are used to gain an insight about the performance of the pump over a longer time-horizon. This information provides a multi-dimensional view of your pumps as it factors in the various parameters and their interaction with each other.

To make the best use of IoT and Analytics, an interactive user interface is a must. KirloSmart is a state-of-the-art software technology that allows users to analyse their pump metrics remotely through a web portal or mobile app. KirloSmart is capable of generating alerts for probable causes leading to breakdown or pump failure, thus keeping you up-to-date on the health of your smart pump. The greatest benefits of IoT and Analytics include scalable throughput and productivity, reduced energy consumption, controlled maintenance costs, reduced manual intervention and continuous improvement. This has made pumping convenient, reliable and sustainable. For more information on our products, feel free to contact us on +91 98199 07445. We would be happy to assist you in finding the best match, based on your requirements. As one of India’s best solar and engineering companies with 73 years of market experience, VEMC provides end-to-end services to its clients. VEMC is ISO 9001:2015 certified and a pioneer in the field of electromechanical engineering products, allied equipment, and services.