String Inverters VS Micro Inverters: 6 Key Comparisons

by vemcoblogs - September 30, 2024October 24, 2024

Solar energy is becoming an increasingly popular way to generate electricity for both homes and businesses. As of 2023, 17% of India’s installed power capacity comprised of solar energy. One of the key components of a solar energy system is the inverter, which converts Direct Current (DC) power from the solar panels into Alternating Current (AC) power that can be used in your home or office. There are two main types of inverters: string inverters and micro inverters.

VEMC is a leading solar power installation company, and in this blog, we discuss the key differences between string inverters and micro inverters.

String Inverters vs. Micro Inverters: The Basics

Both string and micro inverters perform the same function – converting DC to AC. However, the main difference lies in where and when they do so.

With a string inverter, all the solar panels are wired together by a single string, which is connected to an inverter installed next to the premises’ utility meter. Micro inverters, on the other hand, are mounted directly on each solar panel, hence converting energy at its source.

6 Key Differences between String and Micro Inverters

Even though their functions are the same, choosing between string and micro inverters can impact cost, efficiency and monitoring ability. Here are the six differences between the two:

System Efficiency

While offering high-efficiency rates, shading on even a single panel can negatively impact string inverters. This is because the entire string operates at the lowest-performing panel’s output.

On the other hand, micro inverters allow for independent optimisation. This means shading on one panel minimally affects the overall system’s output. Micro inverters generally have slightly lower efficiency per unit, but the overall system efficiency can be higher due to better energy capture.

Cost Implications

String inverters are typically less expensive upfront due to the lower number of units required. Micro inverters, with more individual components, can have higher maintenance costs over time. However, the modular design makes troubleshooting and repairs easier.

Micro inverters can have a lower long-term cost due to their higher efficiency and potential for reduced energy loss.

Installation Flexibility

String inverters are easier to install because they have fewer components. Micro inverter installations are more complex, as each panel has to be connected to its inverter.

However, micro inverters offer more system design and maintenance flexibility and can be ideal for complex roof layouts.

Performance in Shading Conditions

Shaders can significantly impact string inverter performance, as the entire string’s operation depends on the output of the lowest-performing panel.

This is much more optimised for micro inverters, which function independently. While shading doesn’t drastically affect their performance, micro inverters also get the most energy out of systems with unique specifications.

Monitoring and Maintenance

String inverters provide system-level monitoring, offering less granular data on individual panel performance.

Micro inverters offer panel-level monitoring, providing detailed information on each panel’s output and performance. This makes troubleshooting and maintenance easier.

Lifespan and Reliability

String inverters are considered more reliable due to fewer components and a simpler design.

While individual micro inverters may have a shorter lifespan, the modular design allows for easy replacement of faulty units without affecting the entire system. They are ideal when:

Some panels are shaded
Panels are mounted facing different directions
There’s a plan to add more panels.

Choosing the Right Inverter

When working on solar power installation, the right inverter makes all the difference. To choose between string inverters and micro inverters, consider the following things:

Size of your solar panel system
Sun exposure to the system and roof layout
Energy goals of your business
Cost considerations

Get in touch with VEMC at +91 98199 07445 or 022 43436655for a better understanding about solar power installation. For quotation send us an email on marketing@vemc.co.in
We are a leading solar power company, with over 75 years of experience in the sector.

Also read- Solar Success Stories: 3 Inspiring Businesses Benefiting from Solar Power

Why Are ELGi’s LD Series Compressors Perfect for CNC Operations

by vemcoblogs - September 30, 2024September 30, 2024

Precision, reliability, and efficiency are the foundations of every CNC machining operation. These qualities are paramount to all manufacturing processes that rely on CNC machinery. To achieve this precision, ELGi Screw Compressors have emerged as a smart choice. You can ensure perfection in every cut by utilising ELGi’s LD Series Compressors in manufacturing. These air compressors provide the ideal air pressure required for CNC operations and offer numerous other advantages. Let’s understand why ELGi Screw Compressors are a game-changer for CNC machining.

Precision and Accuracy

CNC machines are designed to work with fine tolerances, ensuring every component is produced to exact specifications. Any inconsistency in air pressure or supply can lead to deviations in the process, affecting the final output. Hence, ELGi Screw Compressors are perfect for cooling and powering actuators as it provides the exact air pressure required by these machines. It is engineered to deliver consistent air pressure which is critical to the functioning of such CNC machines. Given the precision and accuracy of air delivery, the chances of error are second to none. This makes these air compressors an indispensable component of CNC operations.

Energy Efficiency

One of the primary causes of concern in industrial operations is energy consumption. CNC machines already consume a significant amount of energy. Inefficient compressors can further add up to the operational costs. However, ELGi’s Screw Compressors are designed by taking energy efficiency and sustainability into consideration. These air compressors optimise energy use by delivering the necessary air volume without any excessive wastage. It contributes to reducing the carbon footprint of manufacturing units with reduced energy consumption and lower electricity bills. This makes sustainable CNC operations a possibility for manufacturers looking to save costs without compromising their performance or productivity.

Durability

CNC environments are known for their demanding nature, with machines running for extended hours and under strenuous conditions. ELGi Screw Compressors are built to withstand these challenging environments, offering robust performance over time. These air compressors are highly durable and can handle continuous CNC operations without the need for frequent maintenance.

Low Noise Operation

ELGi’s Screw Compressors, especially LD series compressors, operate quietly with minimal noise in CNC operations. This low noise operation is a crucial advantage as a quieter environment enhances overall productivity and contributes to more pleasant operations in industries relying heavily on CNC machinery.

Reduced Downtime

Downtime in CNC operations can lead to costly delays and inefficiency. With ELGi’s Screw Compressors in place, this downtime is curtailed, thanks to their reliable performance in CNC operations. This reliability minimises interruptions and breakdowns, allowing the CNC processes to run smoothly for a longer period of time. By minimising downtime, manufacturers can improve efficiency and maintain their production schedules while cutting unnecessary delays.

With a legacy of over 75 years in the industry, VEMC is proud to offer the finest range of ELGi LD Series Screw Compressors. It is the ideal choice for CNC operations, offering precision, energy efficiency, durability, and peak performance. For our expert guidance on choosing the right ELGi Screw Compressors for your CNC operations, contact us on +91 98199 07445 or 02243436655, for quotation send us an email on marketing@vemc.co.in

Also read – 5 key benefits of installing a screw air compressor over a reciprocating air compressor

Top 10 Industries that Benefit from ELGi’s EQ Series Compressors

by vemcoblogs - September 23, 2024September 23, 2024

ELGi’s EQ Series Compressors are making waves across various industries, thanks to their wide range of applications. These state-of-the-art ELGi Screw Compressors are highly reliable, efficient, and innovative. They prove to be an essential appliance in multiple sectors including manufacturing, automobile, food and beverage, textiles, pharmaceuticals, healthcare, oil and gas, construction, electronics, and aerospace. Built with advanced technology, these ELGi Screw Compressors are highly recommended for their lowest oil carryover in the industry and optimum performance in diverse use cases. Let’s look at some of the industries that benefit significantly from ELGi’s EQ Series Compressors.

1. Manufacturing

ELGi’s EQ Series Compressors play a vital role in powering the assembly lines and used in the manufacturing sector. Their ability to provide consistent compressed air ensures that manufacturing operations run smoothly, increasing overall productivity and reducing downtime in the process. These oil-lubricated screw compressors support heavy-duty machinery that are responsible for high-volume production.

2. Automotive

The automotive industry also relies heavily on ELGi Screw Compressors for various applications. From enabling paint shops and assembly lines to ensuring precise tire inflation, these compressors offer the necessary air pressure without causing any imbalance. Considering how efficient they are, these compressors help maintain the high standards of quality control required in automobile manufacturing and repair.

3. Food and Beverage

In the food and beverage sector, ELGi’s EQ Series Compressors are integral to packaging, bottling, and food processing. These compressors ensure that the air used in food production is clean and free from contaminants, which is crucial for maintaining the hygiene and quality standards of the industry. ELGi is known for producing compressors that are energy-efficient and sustainable. This reduces the overall operational costs that can create obstacles to the business of food processing plants.

4. Textiles

The textile industry benefits from the advanced technology of ELGi Screw Compressors in spinning, weaving, and dyeing processes. These compressors provide a consistent air supply needed for delicate and continuous textile production. They also perform exceptionally well in maintaining standards of the highest quality and facilitating the smooth functioning of heavy-duty textile machinery.

5. Pharmaceuticals

The pharmaceutical industry’s prime challenge is maintaining air purity across the manufacturing process. ELGi Screw Compressors offer superior air-oil separation that is essential to providing clean, oil-free air required for production. This effectively keeps the quality standards of pharmaceutical products intact.

6. Healthcare

ELGi Screw Compressors are also critical to healthcare setups where they support medical equipment and hospital operations. From operating tools to diagnostic equipment, these compressors ensure that healthcare services are delivered without any interruption.

7. Oil and Gas

The oil and gas industry relies on air compressors for drilling operations and gas processing. ELGi’s EQ Series Compressors are long-lasting and durable which can withstand harsh conditions and perform in demanding environments. Their durability makes these ELGi Screw Compressors an indispensable part of the industry.

8. Construction

Given their robustness, these ELGi Screw Compressors are even used to power pneumatic tools and machinery on construction sites. With these compressors in place, tools and machinery used in construction operate efficiently, thereby contributing to meeting project deadlines and maximising productivity.

9. Electronics

The electronics sector depends on the precision of ELGi’s EQ Series Compressors in the manufacturing and assembly of electronic components. These compressors ensure a stable air supply, which is crucial for the production and assembly of electronic appliances.

10. Aerospace

In the aerospace industry, ELGi Screw Compressors are usually used in assembly, testing, and maintenance. Their capability to deliver consistent compressed air is essential in fulfilling the safety measures required in aerospace applications. The durability of these compressors supports high standards of quality and performance in aerospace engineering.

For industries seeking durable, reliable, and energy-efficient compressors, VEMC offers an exceptional solution in the form of ELGi’s EQ Series Compressors. To explore the range of ELGi Screw Compressors available, contact us on +91 98199 07445. VEMC is a pioneering leader in the arena of electromechanical engineering products, allied equipment, and services with an ISO 9001:2015 certification.

Also read- 5 key benefits of installing a screw air compressor over a reciprocating air compressor

Advantages of the Back Pull-Out Design in Kirloskar KPD Pumps Industrial Water Pumps in Mumbai

by vemcoblogs - September 20, 2024September 20, 2024

Field visits for inspection and maintenance are necessary but often cumbersome in the industrial sector. Working with industrial water pumps in Mumbai involves time-consuming processes of dismantling and reassembling components, which can disrupt operations and escalate costs. This is where Kirloskar back pull-out pumps come into effect. By allowing easy access to internal parts without disturbing the piping, this design streamlines maintenance reduces downtime, and ensures safer operations. VEMC is one of the leading industrial water pumps dealers in Mumbai, and in this blog, we discuss the advantages of the back pull-out design in Kirloskar KPD pumps.

Understanding the Back Pull-Out Design

The back pull-out design is a type of centrifugal pump design widely used in refineries because it allows quick disassembly and reassembly.

The rotating parts, such as bearings and shaft seals, can be easily removed from the pump casing after the motor is disconnected and the connection flange is unscrewed. This means internal parts can be inspected or replaced without removing the piping system’s pump casing.

Top Advantages of Back Pull-Out Design in Kirloskar KPD Pumps

The back pull-out design in Kirloskar KPD pumps offers several advantages for industrial operations, especially in tight and complex setups.

1. Ease of Maintenance

In many industrial settings, dismantling the entire pump setup is not practical or time-efficient. With the back pull-out design, internal components like the impeller, shaft, and bearings can be removed from the back without disturbing the piping. As a result, maintenance effort and time are reduced significantly.

2. Time and Cost Savings

The back pull-out design reduces maintenance time by eliminating the need to disconnect and realign piping, thereby reducing downtime and labour costs. Faster repairs mean operations can resume more quickly, helping businesses maximise uptime and maintain smooth workflows.

3. Flexible Installation

Industrial setups often come with space constraints and complex layouts. The back pull-out design provides flexibility with access to the pump’s internal components without major modifications during maintenance. Such a design is crucial for industries that require adaptable and scalable equipment configurations.

4. Enhanced Safety

Safety is paramount in industrial maintenance work. The back pull-out design reduces the need for extensive disassembly, lowering the risk of accidents or errors. Managers can maintain a safer environment for maintenance personnel, a critical factor in high-standard industrial operations.

5. Operational Continuity

Continuous operation is essential for industries dependent on industrial water pumps in Mumbai. The back pull-out design speeds up maintenance and ensures seamless business continuity even during repairs.

When selecting equipment for your industrial needs, considering both the initial investment and the long-term operational costs, including maintenance and potential downtime, is crucial. Opting for designs that simplify maintenance, such as Kirloskar back pull-out pumps, can significantly save time, labour, and resources, enhancing safety and operational continuity. For more insights on solutions that can boost your operational efficiency, get in touch with VEMC at +91 98199 07445. We are one of the leading industrial water pumps suppliers in Mumbai, with over 70 years of experience in the sector.

Also read – Crucial Role of Mechanical Seals in Centrifugal Pumps

Why a Baseplate Should Have a Drip Arrangement

by vemcoblogs - September 19, 2024September 19, 2024

In industrial settings, baseplates are commonly used for machinery such as pumps, motors, and generators, often playing a crucial role in ensuring smooth and efficient operations. Among many other considerations in a baseplate design, drip arrangement is one feature that stands out in several ways. VEMC, a leader in pump solutions engineered by Kirloskar Brothers Limited, offers top-notch drip arrangements that set industry standards. In this blog, we take you through why incorporating a drip arrangement into your baseplate is essential.

Why Is Drip Arrangement in a Baseplate a Necessity?

Prevention of Fluid Accumulation

A baseplate that sets the stable foundation in any pump often faces fluid accumulation underneath it. One of the primary reasons for having a drip arrangement is to prevent fluid accumulation. On the other hand, without a proper drip arrangement, any lubricant, coolant or servicing fluid can pool around in the baseplate, further causing operational inefficiencies. A well-designed drip arrangement directs any fluid or leak away from the equipment, ensuring the equipment is functional at all times with peak efficiency.

Enhanced Equipment Longevity

Fluid pooling at the baseplate can lead to a number of inefficiencies, such as rust and corrosion, which can severely damage or shorten the equipment’s lifespan. Hence, the drip arrangement is a critical component in protecting the equipment from fluid accumulation. For Kirloskar pump distributors and operators, ensuring the pump’s longevity is of paramount importance.

Simplified Cleaning

Maintaining a clean work area is essential for operational and safety purposes. The primary concern for Kirloskar pump distributors and operators is preventing fluids from spreading under and around the baseplate. That’s where the drip arrangement makes it easier to keep the area clean and hygienic, reducing the time and effort required for maintenance.

Operational Efficiency

Ensuring equipment operates smoothly is crucial for maintaining performance and avoiding costly downtime. A drip arrangement helps to minimise the risk of fluid contamination, thereby supporting better operational efficiency and reducing maintenance issues.

Regulatory Compliance

Compliance with industry regulations is essential for avoiding potential fines and ensuring operations run smoothly. Moreover, many industries have stringent regulations. A properly implemented drip arrangement helps ensure compliance with industry standards and best practices.

Investing in a well-designed drip arrangement can lead to significant savings and long-term benefits for Kirloskar pump distributors and industry operators. It is more than a technical consideration; it is a strategic design implementation for higher efficiency and equipment longevity. If you are looking for pumps that offer the best drip arrangement system, feel free to contact us on +91 98199 07445 or 02243436655. For quotation, send us an email on marketing@vemc.co.in

Also Read- VEMC’s Role in Addressing Water Pollution

The Role of Solar Power in Reducing Energy Costs for Cold Storage Facilities

by vemcoblogs - September 18, 2024September 22, 2024

Cold storage facilities play a crucial role in the agricultural sector of India in the preservation of perishable items such as meat, dairy, and vegetables. However, maintaining these facilities is not easy. To maintain low temperatures, they need constant energy, which uses a lot of power. Because of this, cold storage facilities bear a heavy financial burden from electricity expenses. Hence, owners of cold storage facilities are looking for strategies to reduce expenses without compromising effectiveness due to increasing electricity rates. Solar installation offers a practical solution to meet energy demands and reduce costs.

In this blog, we will explore how solar services can revolutionise energy efficiency and reduce costs for cold storage facilities.

High Energy Demands of Cold Storage

Cold storage facilities are vital in India, where temperatures typically soar. To keep temperatures low, cold storage facilities need to use energy continuously. They operate nonstop to guarantee the products that are stored stay fresh. In fact, a sizable amount of operating costs in the cold storage sector are related to energy. This is particularly true in semi-urban and rural locations where power outages might occur, increasing expenses related to the need for backup generators.

Solar Power Integration in India

The integration of solar electricity into cold storage facilities has the potential to considerably reduce energy expenses. By installing solar panels, these facilities can generate their own electricity and become less reliant on the grid. When solar energy is harnessed during the day, it can be used to power the facility or to charge batteries for usage at night or on overcast days. Many parts of India see adequate sunlight for most of the year. For cold storage facilities, particularly those situated in regions with unstable grid supply, this makes solar power an excellent option. Facilities that install solar panels can benefit from solar battery storage, which allows operations to continue uninterrupted even in the event of a power outage.

Cost Savings through Solar Power

The potential for significant cost reductions is one of the main benefits of solar energy. Energy costs for cold storage facilities can be decreased by adopting solar solutions.

This is due to the reduced reliance on traditional grid power. Additionally, solar power can help offset peak demand charges, which occur when electricity usage spikes during high-demand periods. Cold storage facilities often face peak demand charges, especially during hot summers when cooling systems are working overtime. Solar installation allows facilities to generate consistent energy, reducing these charges and overall energy expenses.

Reliable and Consistent Energy

In order to prevent perishable goods from spoiling, cold storage facilities need to have consistent temperature levels. Any disruption in the power supply can lead to massive losses. Solar power solutions guarantee that cold storage units continue to function even during blackouts when paired with battery storage. This is especially helpful in areas where electricity supply is erratic. Solar energy provides a dependable and renewable power source that keeps operations running smoothly without interruptions.

Environmental Benefits

In addition to cost savings and reliability, solar power offers significant environmental benefits. Solar energy is a clean, renewable source of power that doesn’t emit harmful greenhouse gases. For cold storage facilities, this means a smaller carbon footprint.

Cold storage is essential in preserving food and reducing wastage, but it also consumes a lot of energy, which can lead to high carbon emissions. By adopting solar panel installation, cold storage operators in India can reduce their carbon emissions and contribute to the country’s sustainability goals. Solar power helps lower overall energy consumption and promotes greener operations.

VEMC’s Solar Services

VEMC provides end-to-end solar services that are tailored to the unique needs of cold storage facilities. VEMC’s expertise in solar installation helps businesses select the right setup, whether it’s rooftop solar panel installations, ground-mounted solutions, or hybrid systems. Our solutions are designed to optimise energy efficiency and reduce operational costs.

VEMC is your trusted partner for solar solutions. For more information on how solar power can benefit your business, contact us today at 022 4343 6655 or send us an email on marketing@vemc.co.in

Also Read- Solar Panel Cleaning and Maintenance: Methods and Scheduling

The Importance of Precise Shaft Alignment in Reducing Vibration, Wear and Tear, and Energy Consumption in Pumps

by vemcoblogs - September 16, 2024September 17, 2024

Pump systems are at the heart of many industrial operations. A poorly functioning pump degrades the performance of the system, causes extra wear and tear, and uses more energy. Shaft misalignment is among the most frequent reasons for these inefficiencies.

VEMC is one of the leading Kirloskar pump dealers based in Mumbai, and in this blog, we discuss the importance of accurate and precise shaft alignment of pumps.

Understanding Shaft Alignment

Shaft alignment is the process of positioning the pump and its driving motor so that its rotational axes are perfectly aligned. To reduce mechanical stress and guarantee effective power transfer from the motor to the pump, this alignment is essential. The system runs smoothly and reduces vibration and energy losses when it is aligned correctly.

Maintenance and Breakdown

Any industrial system needs regular maintenance, but misalignment can significantly raise both the frequency and expense of that maintenance. Misalignment can result in excessive vibration and wear, which can create unanticipated malfunctions that halt operations and waste money in downtime. Many of these problems can be avoided by businesses performing routine shaft alignment checks before they escalate.

Let’s look into the impact of misaligned shafts on pumps.

Impact due to Vibration

Vibration levels significantly increase with misalignment. The entire system shakes or rumbles while operating as a result of forces that are distributed unevenly over the coupling and bearings when the shafts are misaligned. Excessive vibration has the potential to quickly worsen and lead to serious problems like increased noise, component damage, and eventually pump failure. It is crucial to track and fix misalignment to avoid these issues.

Impact due to Wear and Tear

Misalignment causes additional stress, which speeds up wear and tear on the bearings, seals, and shafts of pumps. Unnecessary friction caused by misaligned shafts might cause these crucial components to wear out sooner. This may eventually result in leaks, decreased functionality, and a shorter pump life. Correct alignment is important to prolong pump system life and prevent expensive repairs.

Impact on Energy Efficiency

A misaligned pump requires more power to overcome the increased friction between components. This extra energy consumption not only increases operating costs but also contributes to the carbon footprint of the operation. As businesses increasingly focus on sustainability, reducing energy waste is crucial. Proper shaft alignment can help businesses achieve energy savings while also maintaining high operational efficiency.

Best Practices for Shaft Alignment

Achieving precise shaft alignment requires a combination of preventative maintenance and the right tools. Here are a few best practices:

Regular Alignment Checks: Routine inspections ensure that misalignment issues are caught early and corrected before they lead to more severe problems.
Preventative Maintenance: Regularly inspect key components like couplings, bearings, and seals. Early detection of misalignment signs can help prevent extensive damage to the pump.
Correcting Misalignment: If alignment issues are found, adjustments should be made promptly. This may involve repositioning the pump base or motor to restore proper alignment.

VEMC is a Kirloskar pump authorised dealer. When it comes to choosing well-maintained Kirloskar pumps, VEMC stands out with its decades of expertise and dedication to delivering high-quality, reliable services that ensure smooth and efficient operations. For more information or to discuss how VEMC can support your pump and solar energy needs, contact us at +91 98199 07445.

Also Read- Strategies for Maximising the Efficiency of Your Centrifugal Pump System

Why Use Genuine Spares in an Air Compressor

by vemcoblogs - August 29, 2024August 30, 2024

The market is flooded with unbranded air compressor spare parts. If you’re an air compressor owner, you could be tempted to procure these inexpensive but substandard spares for it. While this may save you some quick bucks and get your air compressor up and running, it could prove to be rather expensive in the long run. VEMC is one of the leading ELGi Air Compressor Dealers in Mumbai, and in this blog, we tell you why you must only stick to genuine spare parts for your air compressor.

Genuine spares mean optimal performance

Genuine spare parts are specifically designed for a certain make or model of air compressors and are therefore perfectly compatible with it. This reduces wear and tear, and risks of malfunction, while improving its efficiency. Genuine spares thus ensure that your air compressor performs at its optimum best with a minimum incidence of breakdown.

Quality and reliability

Genuine spares are made from high-quality durable material and are put through stringent quality assurance tests. The Original Equipment Manufacturer (OEM) of air compressor parts often sets high standards of quality for their parts. This means the compressor can offer greatest possible resistance to various environmental pressures and ensure utmost reliability.

Reduced safety risks

Since air compressors often operate at high temperatures and pressures, safety is always a concern for owners and operators alike. Installing non-genuine spares can put the safety of operators at serious risk due to failures and accidents. The best defence against such incidents is using genuine spare parts only. These are made by keeping in mind the highest safety standards and regulations.

Compressor warranty

Many air compressor manufacturers will void your warranty on finding out that you have used non-genuine spare parts. This is because non-genuine spares offer lower levels of compatibility and rather than improving performance can cause damage to other parts. Besides, non-genuine parts may not comply with the regulatory standards set by the OEM. On the other hand, they offer full warranty coverage for a specified period for genuine spare parts.

Efficiency and energy savings

Air compressors have critical parameters like flow rate, pressure and consumption. Only genuine spare parts are constructed to ensure the perfect fit and maintain these parameters at optimum levels. This enables you to operate your air compressor at the highest possible levels of efficiency, thus accruing plenty of savings on your energy bills. This also means your air compressor has a lower lifespan costs and a lesser impact on the environment.
Quite clearly, if you are an air compressor user, there are multiple reasons why you must only trust a genuine spare parts manufacturer for replacement. To know more about genuine spare parts, feel free to get in touch with VEMC by calling 022 43436655 or emailing us at marketing@vemc.co.in. We are one of the leading ELGi Air Compressor Dealers in Mumbai with over 70 years of experience in the field of electromechanical equipment.

The Versatile Applications of PICO

by vemcoblogs - August 26, 2024August 26, 2024

As energy costs rise the world over, technologists and companies alike are working hard to find innovative solutions to meet the energy needs of businesses and communities. One such path-breaking idea is that of PICO developed by Kirloskar Brothers Limited (KBL). PICO is a pump that can be run in reverse and acts as a turbine to generate electricity. VEMC is a leader in solar power systems, solar EPC contracts, pumps, air compressors, and other electromechanical equipment, and in this blog, we tell you about the versatile applications of PICO.

Rural connectivity

One of the most pressing issues for India and the entire developing world is the lack of energy infrastructure deep in the rural infrastructure. Even in this day and age, this keeps thousands of villages in darkness. Well PICO can make a big difference in this regard by making village households somewhat energy self-sufficient. This can especially be used for lighting for studying, evening chores, family gatherings etc. thus improving the standard of life considerably.

Remote farms

By supplying electricity to remote farms for lighting, pumping, irrigation etc. PICO can help a great deal in bolstering the energy availability in India’s agriculture sector. It is especially crucial for off-grid farms and can help them generate and store their own electricity.

High rise buildings

With its compact and easy-to-install design, PICO can be conveniently used in high-rise buildings which typically have lots of confined spaces. It can be a quick and easy source of power without the hassles of too much wiring and labour costs. With the flexibility that PICO offers, it can provide power as per the demands of the building. Being a highly energy-efficient solution, PICO can help significantly reduce the electric bills of any high-rise and also reduce its carbon footprint.

Battery charging and other intermittent load operations

In times of power outage, PICO can act as a great source of energy to charge your inverter, phone or laptop, and also keep your WiFi connectivity going. This can enable you to work from home even in times of outages and load shedding, which can otherwise significantly hamper your business or professional commitments.

Small grid-connected power plants

PICO can seamlessly integrate with small grid-connected power plants thanks to its standardised interface. By maintaining power frequency, quality and voltage levels, it contributes to grid stability. It also helps in managing power efficiently through strategies like peak shaving and load shedding. This has significant cost-related benefits for the grids. With its scalable design, PICO can help small power plants expand their supply as the power demand grows.
PICO is one of the most outstanding innovations by KBLs exceptional engineers and has the potential to transform the small-scale energy domain. To know more about PICO, feel free to get in touch by calling us on 022 43436655 or emailing us at marketing@vemc.co.in. VEMC is a leader in solar power systems, solar EPC contracts, pumps, air compressors, and other electromechanical equipment.

Crucial Role of Mechanical Seals in Centrifugal Pumps

by vemcoblogs - August 22, 2024August 30, 2024

Mechanical seals play an important role in centrifugal pumps when it comes to preventing leakage of fluids. Besides, these also help maintain pump efficiency, manage pressure and temperature, protect the pump from contamination and improve longevity and reliability. VEMC is one of the leading industrial water pump dealers in Mumbai, and in this blog, we talk about the crucial role of mechanical seals in your centrifugal pumps.

How mechanical seals prevent leakage between the rotating shaft and the pump housing

Mechanical seals have two seal faces: one fixed to the pump housing and the other to the rotating shaft. Both faces have smooth finishes to ensure tight sealing and are made of water and chemical-resistant material with low friction properties.

The two seal faces are connected through a spring mechanism which helps keep them together even as the faces wear out over time. A flush or barrier fluid may also be present between the seal faces to prevent the fluid from reaching the seal faces. This improves the longevity of the seals.

Besides the primary seal faces, mechanical seals often also have O-rings, gaskets or elastomers to offer an additional layer of protection against leakage. For proper sealing, the mechanical seals must be installed with precision, the spring aligned correctly and lubricants or barrier fluids used as required.

Types of seals

Single mechanical seal: These are the simplest mechanical seal types. These are directly exposed to the pump and fluid pressures.
Double mechanical seals: These have two seal faces with a space between the two which is filled by a barrier or buffer fluid. These are suitable for handling highly valuable or toxic fluids.
Cartridge seal: These come as a single unit consisting of seal faces, springs etc. in a cartridge. These can be replaced as a single unit without the need to disassemble the pump.
Split mechanical seal: Disassembly may be quite hectic for large pumps or those installed in small spaces. Split mechanical seals are specially designed for such pumps. They can be installed without removing the pump shaft.
Component mechanical seal: These are also known as non-cartridge seals and are installed piece by piece. They are often used in custom settings where standard seals may not work.

Seal inspection and replacement

No matter which type of mechanical seal you use, they will wear out over some time. This could have severe implications as it could jeopardise the very functioning of your pumps. The only way to avoid this is to regularly inspect your seals, and replace them as soon as they’re worn out. Damaged seals can reduce the working efficiency of your pumps by causing frequent leakages and malfunctions.

If you want to know more about mechanical seals for your centrifugal pumps, feel free to call us on 022 43436655 or email us at marketing@vemc.co.in. We at VEMC are one of the industrial water pump dealers in Mumbai with over 70 years of experience in pumping.

Understanding Pump Efficiency and its Impact on Energy Costs

by vemcoblogs - August 19, 2024August 23, 2024

When purchasing a pump, it is important to ascertain how efficiently it converts electrical energy into mechanical energy. Energy costs are rising the world over and businesses across the board need to streamline and improve their operational efficiency. VEMC is a leading Kirloskar pump distributor based in Mumbai, and in this blog, we tell you all about pump efficiency and its impact on your energy costs.

How pump efficiency measures the conversion of electrical energy into hydraulic power

Pump efficiency indicates how well a pump can convert electrical energy into hydraulic power, that is, the power delivered by the fluid that is being pumped. This can be better represented by the following equation:

η = Hydraulic Power Output

––––––––––––––––––––

Electrical Power Input

(Where η stands for pump efficiency)

Low efficiency means high energy costs

Low pump efficiency has a direct correlation with high energy costs. This is because of the following reasons:

Heat loss: Low-efficiency pumps lose a significant part of their energy as heat rather than hydraulic power.
Higher consumption: If the pump is less efficient, more amount of electric energy is consumed to perform the same amount of work, that is, pumping the fluid.
Environmental impact: Less efficient pumps contribute to more emissions and the resulting climate change.
System design alterations: Systems that use less efficient pumps may require electrical systems of a larger capacity to provide the necessary power.

Use high-efficiency pumps to reduce your energy bills

As energy costs rise sharply, users across the world are looking for energy-efficient options to switch over to. High-efficiency pumps are highly recommended to reduce your energy bills over a period of time. This is because:

High-efficiency pumps reduce energy consumption.
These pumps are more sustainable and have a lower impact on the environment.
These pumps are typically reliable, have a longer working life, lower downtime and require less maintenance.
Many local and national governments offer incentives such as rebates on electricity bills if you install high-efficiency pumps.
These pumps are made with advanced technology and thus have a greater potential for savings.

How to choose a high-efficiency pump

When buying a pump, look for High Energy Star ratings or other efficiency ratings which indicate higher levels of efficiency. Some of the globally renowned standards of efficiency are:

Energy Star Certification by the US Environmental Protection Agency (EPA)
CEE (Consortium for Energy Efficiency) Tier Ratings
EU (European Union) Energy Label
ASHRAE 90.1 Standards
ISO 5199
Hydraulic Institute Standards
Pump Efficiency Index (PEI)

When choosing a pump, look for both initial costs and the lifecycle costs. The latter especially includes the amount of energy the pump is expected to consume over its working life. For more on how to choose a high-efficiency pump, get in touch with VEMC by calling us at 022 43436655 or emailing us at marketing@vemc.co.in. We are the leading Kirloskar pump distributor based in Mumbai with over 70 years of experience in pumping.

How to choose a fire fighting pump that meets the specific flow rate and pressure requirements of a building or fire protection system

by vemcoblogs - August 14, 2024August 23, 2024

If you own a building, a factory or any other facility, you would appreciate the importance of firefighting pumps for the safety of property and lives on your floor. However, having a firefighting pump with a specific flow rate and pressure is important for adequate building protection. VEMC is the leading Kirloskar fire pump dealer, and in this blog, we tell you all you need to know about choosing the right firefighting pump.

What is flow rate and pressure?

Before we begin discussing the importance of matching the flow rate and pressure of your firefighting pump to your demands, let’s understand what the two terms mean.

Flow rate refers to the volume of the fluid that your pump is capable of moving. It is measured in litres per second (L/S). It thus determines the amount of water that can be sprinkled through your firefighting pump in times of a breakout.
Pressure on the other hand is the force per unit exerted on the walls of a pipe through which a fluid flows. In the context of a firefighting pump, this indicates how far and forcefully water can be sprayed during a fire emergency.

Factors that determine the choice of firefighting pumps

Building size: It is common sense that larger buildings will need more powerful firefighting pumps. Likewise taller the building, the more pressure will be required to reach the upper floors. Besides, buildings with complex and irregular layouts will also need pumps which deliver to multiple zones simultaneously without loss of pressure.
Sprinkler system needs: The type of sprinkler system you’re using will also determine the pump requirements. Different sprinkler systems have different coverage areas or densities. Fire pumps should be able to supply the right flow rate and pressure to meet the demands of these different sprinkler types.
Number of floors: The more the number of floors in a building, more will be the pressure required from your pump. Besides, if sprinklers are installed in different zones, you will also need a pump with more pressure to make up for losses due to multiple sprinklers.

Work with fire protection professionals

The above information may seem baffling for a layman but can be processed ably by a fire protection professional. They have the required expertise and experience to deal with fire safety issues and can effectively guide you in selecting the right firefighting pump. They’re also acquainted with fire safety laws and local regulations which can add an extra dimension to your pump selection decision. Local fire safety codes are after all meant to ensure that your fire safety pump meets all the legal requirements.

For more on firefighting pumps, feel free to get in touch with VEMC by calling us on 022 43436655 or emailing us at marketing@vemc.co.in. We are the leading Kirloskar fire pump dealer based in Mumbai with over 70 years of rich experience in pumping.

Preventing Cavitation in Your Centrifugal Pump

by vemcoblogs - August 12, 2024August 23, 2024

Cavitation is the bursting of air bubbles in the fluid inside your pump. When this happens, tiny but high-energy shockwaves are created inside the pump which can erode its internal components and lead to rapid deterioration. Curbing cavitation to prolong the working life of your centrifugal pump is therefore important. VEMC is the leading Kirloskar pump authorised dealer, and in this blog, we tell you how to prevent cavitation in your centrifugal pump.

How cavitation can damage pump components

Shockwaves created due to cavitation can gradually erode the internal pump components. Besides, repeated cavitation can also increase the surface tension of the components eventually leading to fatigue, failure, weakening of material, cracks and fractures. The noise and vibrations that cavitation causes can further lead to wear and tear.

Factors leading to cavitation

Regions of low pressure: These are created as soon as the pressure of the fluid inside the pump drops below the vapour pressure of the liquid.
Changes in flow velocity: Rapid changes in the flow velocity can lead to cavitation as it also creates regions of low pressure.
Temperature differences: Sharp changes in the temperature of the fluid can cause cavitation. This is due to the changes in vapour pressure that it causes.
Pump design: Inappropriate pump design or mismatched features as per the demand can result in severe cavitation.

Other factors that can cause cavitation are low-viscosity fluids, clogged flow, excessive speed or pressure.

Methods to prevent cavitation

Proper pump selection: For starters, choose the right pump based on your task requirements. Make sure the flow rate and head are in line with your demands.
Operational adjustments: Adjust the system design or use booster pumps to increase the suction pressure. Avoid running the pump at flow rates sharply different from its design point.
Fluid management: Control the fluid temperature and try to keep it within the safe range relative to vapour pressure. Reduce the introduction of gases into the fluid as it can increase the rate of cavitation.
Pump monitoring: Keep track of your pump parameters like pressure and temperature and try to maintain them within the desirable range.
Material selection and coatings: For your pump components, use cavitation-resistant material such as hardened alloys. Apply protective coatings to prevent erosion of vulnerable surfaces.
Operational practices: Avoid sudden changes in pressure, and prime the pumps properly to ensure no air pockets are formed within the pump.
Improve system design: Use flow control valves or devices to stabilise flow rates. Change the system piping and place flow straighteners at the inlet for smooth and non-turbulent flow.

Cavitation can be prevented by regular inspections and maintenance. The most common signs of cavitation are noise, vibration, reduced performance, variations in flow and pressure, increased power consumption and damaged bearings and seals.

To know more about cavitation, feel free to call us on 022 43436655 or email us at marketing@vemc.co.in. We at VEMC are the leading Kirloskar pump authorised dealer based in Mumbai, having a rich experience of over 70 years in the field of pumping.

Strategies for Maximising the Efficiency of Your Centrifugal Pump System

by vemcoblogs - August 8, 2024August 8, 2024

If you are a pump owner, you would appreciate the importance of savings on precious electricity units in their operations. The bills for multiple pumps in big businesses could be quite humongous. VEMC is one of the leading Kirloskar pump dealers based in Mumbai, and in this blog, we talk about the various strategies to maximise the efficiency of your centrifugal pump systems to save energy costs.

Choosing the right impeller design

If you wish to improve your pump’s performance and efficiency, being mindful of the impeller design is important. Two main factors play a part in this:

Impeller size: A larger impeller size naturally means the pump can move a greater fluid volume. But to maintain optimum efficiency, make sure you are selecting the right-sized impeller. An improperly sized impeller also leads to cavitation, which reduces a pump’s efficiency and working life.
Material: If the impeller is made of robust material (like stainless steel) which can withstand corrosion, cavitation and mechanical stresses, it will be able to provide consistent efficiency levels over a longer time horizon. Abrasive fluids on the other hand can cause wear and tear, reducing both performance as well as the efficiency of the pump.

Pipe apparatus

If your pipe is sized too narrowly, it can impact efficiency by causing friction losses as the pipe wall offers more resistance to the flow. Likewise, too many bends in the piping can cause turbulence and excessive friction, reducing the overall efficiency of the system.

Impact of system head pressure

If you’re operating the pump at higher system head pressure, it will make the pump work harder and consume more energy. This will reduce the efficiency of the system and lead to higher operational costs. Running the pump on optimum system head pressure can help improve efficiency levels significantly.

Regular maintenance

Your pumps, like all other mechanical equipment, contain plenty of moving parts which over some time tend to wear out. This can reduce their efficiency and make them consume more energy. Regular preventative maintenance may have some costs, but it also helps save plenty on the energy front.

Monitoring pump performance and adjusting operating points

What you cannot measure, you cannot improve! If you’re not measuring your pump parameters like head or flow rate, you’re missing out on a lot of crucial information. Keeping track of these parameters and adjusting them according to your needs is an extremely effective strategy to maintain optimum efficiency levels. With IoT-based tools like KBL’s Kirlosmart, pump monitoring has now become quick, convenient, accurate and real-time.

If you’re struggling with huge energy bills because of your pumps, you may want to get them audited by our experts. Feel free to get in touch with us by calling 022 43436655 or emailing us at marketing@vemc.co.in. We at VEMC are one of the top-notch Kirloskar pump dealers based in Mumbai with over 70 years of rich experience in the field of pumping and other electromechanical equipment.

The concept of solar battery storage and its role in maximising solar energy use

by vemcoblogs - August 5, 2024August 23, 2024

Solar energy generation can fluctuate due to several reasons such as cloudy weather or night time. At other times (like during bright sunny summer days), your solar panel output could be boosted manifold. To level these crests and troughs and have a consistent supply of electricity, your solar battery storage can be extremely useful. VEMC is the leading solar energy company based in Mumbai, and in this blog, we talk about the concept of solar battery storage and how it can help maximise solar energy use.

Role of batteries in solar power

Batteries play a significant role in storing the excess solar power generated during the crests, such as on bright sunny days. But let us look at the elaborate function of batteries in solar energy systems:

Managing load: By supplying electricity during periods of high demand and storing it when the demand is low, batteries help even out the load and reduce the burden on the electricity grid, especially during peak times. Solar batteries in a way act as a grid support system by injecting electricity into the grid and contributing to its stability.
Backup support: In cases of sudden outages and load shedding, batteries can act as a buffer and provide ample backup to keep your domestic or business operations running.
Reduction of electricity charges: Batteries can reduce the electricity charges by supplying extra electricity during peak demand. This can help consumers save significant amounts of money.
Maximising self-consumption: Greater storage of electricity encourages users to consume it within their households and businesses. Excess energy generated during the day or sunny conditions is stored for later use, thus enhancing the energy self-sufficiency of the users. This also reduces the reliance of the users on the grid.

With batteries, use solar power at night and on cloudy days!

With solar power batteries in place, you no longer need to worry about energy supply at night or on cloudy days. This is because batteries store the excess energy generated during the daytime and over the longer time horizon, during the bright sunny days of summer. This energy can then be used when sunlight is not available at all, that is, at night or is not as abundant, like on overcast days. These solar power batteries play the role of levellers when it comes to electricity supply.

Cost-savings with solar batteries

Having installed solar batteries, you no longer need to worry about humongous electricity bills. Much of your consumption will be satiated with the energy stored in your batteries thus reducing your electricity bills, especially during times of peak demand.
Solar power batteries are fantastic complementary equipment for solar PV systems. If you’re planning to invest in a solar energy system or simply wish to know more about it, feel free to get in touch with VEMC by calling on 022 43436655 or emailing us at marketing@vemc.co.in. We are the leading solar energy company based in Mumbai.

Overview of how different sectors use air compressors

by vemcoblogs - July 25, 2024August 23, 2024

Air compressors are one of the most valued pieces of equipment across industries for their incredible ability to generate power. These are used in operations like air conditioning, pneumatic tools, healthcare, food processing, sandblasting, demolition and painting. VEMC is one of the leading ELGi air compressor dealers in Mumbai, and in this blog, we talk about how air compressors are used in different sectors of the economy.

Powering pneumatic tools

Air compressors are used to power pneumatic tools like impact wrenches, air nails and staplers, air sanders and grinders, spray guns, air drills, and air hammers and chisels. These find applications in automotive repair, painting, carpentry, construction and metal-working. Large pneumatic tools such as Jackhammers are also used in the demolition of concrete, asphalt etc.

Sandblasting

With air compressors, abrasive materials like sand are pumped at high velocities against rough surfaces to make them smooth. This principle is also used to polish surfaces, remove old paint or rust, and prepare the surface for a new coat.

Painting

Air compressors are widely used in the automotive sector to spray-paint vehicles. Several variants of sprayers such as conventional, airless and High Volume Low Pressure (HVLP) sprayers are powered by air compressors depending upon the requirement of the operations. These sprayers are also used in industrial, domestic and commercial settings. Spray-painting using air compressors offers several benefits such as consistency, efficiency, versatility and high-quality finish.

Assembly lines

Thanks to the precision, reliability, speed and efficiency that air compressors offer, they are also used in assembly lines for several tasks. These include handling and positioning equipment, cleaning and maintenance, and automation and control systems.

Healthcare

In healthcare and medical operations, air compressors play a crucial role in many operations. These include supplying oxygen, generating vacuum systems for devices like catheters, powering ventilators, nebulisers, dental equipment, surgical tools, laboratory equipment, orthopaedic tools and dialysis equipment.

Mining

In the mining sector, air compressors provide support for several operations like blasting, powering rock drills, ventilation and cooling, powering conveyors, hosts and winches, operating pneumatic dewatering pumps and slurry pumps and core drilling.

Food processing

In the food processing industry, air compressors power conveyors, packaging machines, cleaning and sanitation, automatic sorting and packaging, and cooling and refrigeration. However, the quality of compressed air in the food processing industry is of critical importance to prevent spoilage by microbes or moisture.

Advancements in air compressor technology

As air compressor technology has improved and innovation has played its part, several advancements have been witnessed over the years. These include the use of Variable Speed Drives (VSDs), energy-efficient compression, smart control systems, heat recovery and predictive maintenance. Air compressors are also becoming increasingly lightweight and portable, oil-free, quieter and environmentally compliant.
For more about air compressors, feel free to get in touch with VEMC by calling on 022 43436655 or emailing us at marketing@vemc.co.in. We are one of the leading ELGi air compressor dealers in Mumbai.

Basic Working Principles of PICO

by vemcoblogs - July 22, 2024August 23, 2024

As energy costs rise globally and the energy crunch mars business processes, big and small, Kirloskar Brothers Ltd. (KBL) have found an ingenious solution for your small-time electricity needs. PICO is a cost-effective reverse-operated pump that can generate up to 10 kW of electricity and can be used to power villages, households and remote farms. VEMC is one of the leading solar consultants and in this blog, we tell you all you need to know about KBLs latest innovation, the PICO hydropower generator.

What powers PICO?

PICO hydropower turbine simply harnesses the natural flow of water to generate electricity. This can provide electricity to remote villages, isolated farms, tourist places, chemical and petrochemical plants etc. Since PICO is completely dependent upon water flow from small streams or rivulets, there is no input of fossils like coal or diesel. This makes PICO a highly sustainable and eco-friendly source of alternative energy.

Key components of PICO

Runner: It converts the kinetic energy of moving water into mechanical energy by rotating when water flows through it.
Inlet pipe: The water enters into the turbine through the inlet pipe. It ensures that the turbine receives a steady flow of water to keep the mechanism going.
Nozzle: It regulates the flow of water to the runner and ensures optimum efficiency by directing the maximum amount of water to the runner.
Turbine housing: The turbine is protected and enclosed by it. It is specifically designed to resist the force of flowing water.
Shaft: This connects the runner to the generator, and thus transmits the mechanical energy of the runner.
Generator: The mechanical energy transmitted by the shaft is converted into electrical energy by the generator. It consists of coils that rotate in a magnetic field and produce electricity.
Governor: The role of a governor is to control the turbine speed and regulate the output of electricity.
Outlet pipe: This discharges the water that has been used to generate electricity back into the stream or river while ensuring minimum environmental impact.
Support structure: This includes mounting points and other associated structures that ensure the stability of the PICO system.

Suitable applications of PICO

As mentioned already, PICO generates up to 10 kW of electricity. This makes it most suitable for meeting small-scale demands or filling in for short-term disruptions or outages. However, the most outstanding feature of PICO is its compact size and portability. This makes it highly suitable for off-grid locations deep into the interiors with minimum connectivity such as remote villages and farms. PICO can therefore be a game-changer when it comes to improving the socio-economic standards of remote rural and agrarian communities, especially in the context of a developing country like India.

For more on the remarkable PICO system, feel free to get in touch with us by calling on 022 43436655 or emailing us at marketing@vemc.co.in. We at VEMC are one of the leading solar consultants in the country and take immense pride in our innovative endeavours to transform this industry.

The Impact of Energy-Efficient Pumps on Building a Sustainable Economy

by vemcoblogs - July 20, 2024August 23, 2024

Pumps shoulder a substantial portion of the fluid management burden across industries. This means they also consume significant amounts of energy. As the prices of electricity rise globally and sustainability becomes an increasingly crucial conversation, energy-efficient pumps are going to play a central role. VEMC is a leader in pumps, valves, air compressors and solar rooftop systems, and in this blog, we talk about the impact of energy-efficient pumps on building a sustainable economy.

Environmental and economic costs of inefficient pumps

Pumps come at an initial as well as a lifecycle cost. The latter is incurred mostly due to over-consumption of energy, maintenance or damage to the environment.

As most of the electricity generation continues to depend upon fossil fuels, inefficient pumps don’t just raise your electricity bills but also lead to higher emissions, greenhouse effect, climate change and resource depletion.
Inefficient pumps generate too much heat which could be dissipated in local ecosystems like water bodies, leading to undesirable changes in them.
Inefficient pumps could cause improper distribution of water, wastage and depletion of water resources.
These pumps tend to deliver lower levels of productivity, have higher chances of breakdowns, and cause business losses especially where critical processes rely directly on the pumps.
These pumps often have high lifetime costs as they are prone to wear and tear, downtime and high maintenance.
In a lot of countries where strict compliance laws for energy efficiency exist, such pumps can put owners at risk of fines, penalties and punitive action.

How energy-efficient pumps help reduce energy consumption and operating costs

Energy-efficient pumps offered by VEMC are up-to-date when it comes to meeting the demands of today’s resource and energy crunch. Here’s how these pumps fit your bill:

Higher motor efficiency: Due to better designs and lesser losses while converting electrical energy into mechanical energy, energy-efficient pumps reduce energy consumption significantly.
Bridging the demand-supply gap: Using Variable Speed Drives (VSDs), energy-efficient pumps accurately match the pressure and flow supplied to that needed, thus reducing the wastage of energy.
Better pump designs: Thanks to their improved internal pump designs, energy-efficient pumps reduce friction of internal parts and related losses.
Lower lifecycle costs: While energy-efficient pumps may come at higher initial costs, these incur lower lifecycle costs in terms of energy consumption and maintenance needs.
Compliance: Energy-efficient pumps are designed keeping in mind various compliance standards which enable owners to steer clear of penalties, and on the contrary may even help qualify them for incentives.
Environment-friendly: Energy-efficient pumps reduce the pressure on fossils leading to the emission of significantly lower levels of greenhouse gases. This pays rich dividends for the environment.

For more on which pumps will suit your needs the best, feel free to get in touch with our experts by calling on 022 43436655 or emailing us at marketing@vemc.co.in. VEMC is the leading dealer of pumps, valves, air compressors and solar rooftop systems, based in Mumbai.