Lakeside Equipment Corporation

Lakeside Equipment Corporation is an engineering and manufacturing company concentrating on helping to improve the quality of our water resources. Lakeside started in the Spring of 1928 to engineer, develop, and provide water purification systems to municipalities and companies throughout North America.With a mission to boost the quality of water resources by purifying them in the best possible way, 

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Wastewater Screw Pump for Reliable and Efficient Water Transport

A wastewater screw pump is designed to transport large quantities of wastewater through varying flow regimes and solids without causing any problem. The straightforward working principle of the screw pump ensures effective water transportation, reduced maintenance needs, and reliable operation. The screw pumps are typically applied in those places where reliable flow regulation and durability are important. Lakeside Equipment Corporation is associated with wastewater treatment solutions that support effective water conveyance through reliable screw pump technology for diverse treatment applications.

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Essential Tips for a Strong RFP for Wastewater Treatment

An effective RFP for wastewater treatment is instrumental in determining the project objectives, technical needs, operation requirements, and performance needs. The inclusion of specifications, site requirements, equipment requirements, and evaluation criteria helps the vendors offer a realistic solution to the project owner. Proper planning during the RFP process can help prevent delays, make decisions effectively, and implement the system efficiently. Lakeside Equipment Corporation understands the need for effective project planning in order to help the facility choose the appropriate equipment solutions.

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Mechanical vs. Chemical Wastewater Clarification — What Works Best?

The process of wastewater clarification is important when it comes to public safety and environmental protection. Mechanical clarification involves settling tanks and skimmers that help to remove solid material – it is inexpensive, does not use any chemicals, and is therefore popular among communities. Chemical clarification involves the process of flocculation and coagulation – this way the tiny particles are gathered together, thus making the process quicker and more effective; this method is especially efficient in dealing with industrial wastewater containing metals. Both approaches have their pros and cons concerning costs, land space requirements, sludge volumes, and their ecological footprint.

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How Does the Biological Wastewater Treatment Process Work for Cleaner Water?

What is the working principle of biological wastewater treatment systems? requires knowledge on how the microorganisms break down the contaminants in wastewater. After several steps that include aerating, settling, and biological treatment processes, dangerous substances in the water will be minimized for discharge back to nature. Such systems assist in improving water quality, environmental protection, and efficient wastewater management by both communities and companies. With over three decades of providing wastewater solutions, Lakeside Equipment Corporation still plays an active role in water treatment.

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How Biological Treatment of Wastewater Works in Real Life

Why Wastewater Can't Just Be Released Untreated

Every gallon of water that enters a treatment plant carries contaminants — from household waste and laundry runoff to industrial discharge. The practice of discharging untreated water into lakes and streams creates significant environmental harm. Algae blooms develop because excess phosphorus enters water bodies which block out sunlight and deplete oxygen, creating danger for fish and other aquatic organisms. Facilities require proper treatment because it serves as their fundamental need.

Primary Treatment Comes First

Before biological treatment begins, wastewater goes through primary treatment. Screens and trash rakes pull out solids that shouldn't be there — wipes, wrappers, and other non-flushable items people mistakenly dispose of down drains. Grit removal systems handle the rest. However, primary treatment alone only reduces contaminants by around 30–60%, making secondary treatment necessary.

Where Biological Treatment of Wastewater Takes Over

Secondary treatment is where biological treatment of wastewater does the heavy lifting. Microorganisms are put to work consuming and breaking down the organic matter that primary treatment missed. The process contains three primary categories which include:

The aerobic treatment process uses oxygen to enhance the rate of microbial activity through the activated sludge process.

Anaerobic treatment is done in the absence of oxygen and can be considered as the best way to treat wastewater containing high concentrations.

Anoxic Treatment Process involves the use of nitrate in place of oxygen to remove both sulfates and nitrates from water.

The Final Stage: Tertiary Treatment

At this stage, the water undergoes treatment in the absence of biological treatment. This type of treatment is carried out using UV radiation or chlorine. By this stage, approximately 99% of contaminants have been eliminated.

The Right Equipment Makes the Difference

Lakeside Equipment Corporation engineers advanced systems — from Closed Loop Reactors and Sequencing Batch Reactors to Magna Rotors — that make biological treatment of wastewater efficient, energy-conscious, and reliable across any facility size.

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How to Evaluate Wastewater Treatment Manufacturers — Smart Selection Guide

Assessing wastewater treatment suppliers entails taking into account your distinctive requirements, regulatory requirements, and nature of wastewater. When learning how to evaluate wastewater treatment manufacturers, think about factors such as experience, design quality of equipment, maintenance ease, and efficient space usage. A dependable manufacturer needs to provide options that fit into your budget and guarantee longevity and reduced downtime. You need to consider their reputation and their ability to adapt to any situation. With proper research, you can select a partner such as Lakeside Equipment Corporation that will enhance the efficiency of wastewater treatment.

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Water Treatment Solutions for a Greener Planet: Driving Sustainable Change

Water is the lifeblood of our planet, yet it’s under increasing pressure from pollution, population growth, and climate change. Fortunately, how water treatment solutions are keeping the planet greener are stepping up as silent environmental champions, helping us protect ecosystems while supporting sustainable development.

At the heart of this transformation are advanced filtration and purification technologies. From membrane filtration to UV disinfection, these systems remove harmful contaminants from wastewater, making it safe to reuse or release back into nature. This reduces the strain on freshwater sources like rivers and aquifers, preserving them for future generations.

Another powerful impact comes from industrial water treatment. Factories and manufacturing plants are among the largest consumers and polluters of water. By adopting efficient treatment systems, industries can recycle water within their operations, drastically cutting down waste and minimizing environmental damage. This shift not only conserves water but also reduces energy consumption and carbon emissions associated with water extraction and transport.

Decentralized treatment solutions are also gaining traction, especially in rural and underserved areas. These systems treat water locally, reducing the need for large-scale infrastructure while ensuring communities have access to clean water. This localized approach promotes resilience and lowers the environmental footprint of water distribution.

Moreover, smart water technologies are enabling real-time monitoring and optimization. Sensors and data analytics help detect leaks, track quality, and improve efficiency, ensuring that every drop is used wisely.

In a world where sustainability is no longer optional, water treatment solutions are proving to be indispensable. By turning waste into a resource and protecting natural water bodies, they are not just cleaning water—they are helping keep our planet green, one drop at a time.

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Commercial Applications for Screw Pumps – Practical Roles in Diverse Settings

Screw pumps quietly support many commercial operations by moving fluids gently and reliably in places where steady flow matters. From guiding ingredients in beverage production and handling mixtures in food processing to aiding fluid transfer in chemical facilities and paper mills, these pumps help keep processes running with minimal fuss. They’re also found where water must be lifted repeatedly, like in theme park rides. This look at commercial applications shows how screw pumps are used in everyday industry without sounding like a sales pitch.

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Open vs Enclosed Screw Pumps: Understanding Key Differences and Uses

As far as the differences between the two are concerned, the primary difference can be seen from how the screw system works inside the pumps and is maintained. The two work similarly for the purpose of transporting bulk liquids, mostly used in sewage plants.

What Is So Different About Open Screw Pumps?

As an open screw pump, the helical screw and bearings of this pump as well as its drive assembly are contained in an open trough. Because all of these components can be easily accessed by the user, this provides an easy way for users to make visual inspections and carry out any necessary repairs. The fact that all these components can be accessed helps make problems with misalignment and wear easier to detect.

Characteristics of Enclosed Screw Pumps

Different from open screw pumps, enclosed screw pumps use the same basic screw mechanism, but they are enclosed in a protective tube. This protects the screw from dirt and debris, thus eliminating the need for a concrete or steel trough for the screw pump; therefore making it easier to install in restricted areas and retrofit existing applications. Two primary types of enclosed screw pumps exist — Type S (stationer tube) and Type C (roving tube) — both having unique advantages to use. For example, Type C is considered the most efficient of the two models; however, it is slightly smaller than Type S.

By understanding the differences between Open vs Enclosed Screw Pumps will provide a greater perspective in helping you to make informed decisions in purchasing and/or upgrading your pumping system by utilizing tips/resourcing from Lakeside Equipment Corporation.

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Turning Waste into Opportunity: Smarter Wastewater Treatment for a Sustainable Future

Wastewater treatment is no longer just a regulatory necessity—it’s a powerful opportunity to protect ecosystems, recover resources, and build more resilient communities. As urban populations grow and industries expand, the demand for efficient and sustainable wastewater solutions has never been greater.

Modern wastewater treatment goes far beyond basic filtration. Advanced systems now remove contaminants with precision, reduce energy consumption, and even recover valuable byproducts like biogas and reusable water. This transformation is helping municipalities and industries shift from waste management to resource management.

One of the key challenges in wastewater treatment is balancing performance with cost-effectiveness. Facilities must meet strict environmental standards while keeping operations efficient and scalable. That’s where innovation and reliable engineering come into play. From screening and grit removal to sludge handling and biological treatment, each step matters—and optimizing these processes can dramatically improve overall outcomes.

At Lakeside Equipment, we believe wastewater treatment should be both effective and forward-thinking. By integrating durable equipment with smart design, treatment facilities can operate more smoothly, reduce downtime, and adapt to future demands. The result? Cleaner water, lower operational costs, and a smaller environmental footprint.

The future of wastewater treatment lies in innovation, collaboration, and commitment to environmental stewardship. By embracing smarter solutions today, we can turn one of society’s biggest challenges into one of its greatest opportunities.

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Innovations in Water Treatment Technology & Sustainable Purification Solutions

The availability of clean water is becoming increasingly significant on the global agenda and water treatment methods and environmentally sustainable purification tools have never been as relevant as now. New technologies are transforming the process and mechanisms of purifying water, managing and conserving water in ways that safeguard and make the systems more efficient to the global populations.

The application of nanotechnology is among the new innovations in water treatment technology is highly sophisticated water treatment. Graphene membranes and nano-filters can separate microscopic pollutants, such as bacteria, viruses and heavy metals to enhance the overall performance of the purification process of water besides using less energy.

The other important trend is the use of AI-based water management systems. The smart sensors and data-driven algorithms will assist in real-time detection of contamination and optimization of filtration processes, as well as improved monitoring of the water quality. Such systems are particularly useful in the city that has been experiencing the ever-increasing demand of clean water.

Water treatment systems that are decentralized are also becoming popular. Solutions to clean drinking water are portable and small collection facilities that offer clean drinking water in the rural and disaster-stricken areas, eliminating the reliance on the large-scale infrastructure and facilitating quick access to safe water.

Moreover, the recycling technologies of wastewater are also developing at a high pace. Recent treatment methods can also transform wastewater into reusable and even drinkable water that will contribute to water sustainability and alleviate the strain on natural water resources.

This new water treatment technology is ushering the future generation of clean water availability that is efficient, reliable, and environmental friendly. These smart solutions will be critical in addressing global water problems as more research and investment is done.

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Sewage Grinder Pump System: A Smart Solution for Efficient Wastewater Management

Sewage Grinder Pump System is a sophisticated wastewater treatment system that is meant to efficiently remove sewage in homes or premises and direct them to the main sewer or treatment plant. This system is significant in places where gravity drainage cannot be done such as in low areas or places with very difficult terrain.

A sewage grinder pump has a primary purpose of grinder solid parts of the household sewage into fine particles then pumping the material through the fine pipe. The system generally comprises of a grinder pump, a collection tank/ basin and a control system. Upon the flow of the wastewater in the toilets, sinks, and shower, the Sewage Grinder Pump System is automatically triggered. The grinder system shreds solid waste to fine slurry and thus it becomes easier to pump the wastewater through the sewer line without any blockage.

Among the main benefits of a sewage grinder pump system, it is possible to distinguish the fact that it can eliminate clogs and enhance the effectiveness of sewage transportation. The system also minimizes the solid waste in terms of its size and hence facilitates a smooth passage of waste through the pipes and minimises the chances of pipe damage. This has rendered it to be a dependable alternative in houses, offices and remotely located areas like where normal sewers are not functional.

Also, sewage grinder pumps lead to enhanced environmental protection and sanitation. The system aids in minimizing the chances of sewage overflow, offensive smells, and the risk of pollution of water resources in the area since the wastewater is effectively transported to the treatment facilities.

Sewage grider pump systems have become the necessary constituent of the modern sewage management as cities continue to grow and the requirement to enhance the sewage infrastructure increases. They are effective, dependable and capable of managing solid waste, which makes it an effective and sustainable solution to ensuring the sustainability of clean and safe water systems.

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Why Is Water Treatment Important? Essential Benefits for Health and the Environment

Many people have been able to take clean and safe water lightly, yet the fact is that clean water can be filled with pollutant substances without treatment. That is Why Is Water Treatment Important? and the environment protection should know why the treatment of water is an essential part of human life.

Protecting the health of people is one of the primary causes why water treatment is significant. Bacteria, viruses, parasites and dangerous chemicals are common in natural sources of water including rivers, lakes and ground water. When such water is taken without treatment, then it may cause severe water borne diseases such as cholera, dysentery, and typhoid. The contaminants are eliminated in the process of water treatment and make water safe to drink, cook, among other daily activities.

Environment protection is another important advantage. Home, industrial, and agricultural wastewater may contain pollutants that destroy aquatic life and destroy ecological systems. Before the water is passed into rivers, lakes or oceans, proper treatment is done to eliminate harmful substances. This aids in keeping the environment, as well as aiding biodiversity within aquatic environments.

There is also the importance of water conservation due to the understanding of the importance of water treatment. The availability of freshwater is scarce and the population is on the rise and hence the demand of clean water. The current water treatment systems enable recycling and reusing of water in agriculture, industrialization and in some cases drinking water after subjecting it to sophisticated purification. This lowers the strain on the natural sources of water and promotes sustainable water management.

To sum up, the significance of water treatment is not about making water clean. It ensures the health of the populace, conserves the ecosystems, and is used to sustain the precious water resources to serve future generations. Provision of efficient treatment of water is an important move towards a healthier and more sustainable world.

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Wastewater Treatment Trends: Innovations Driving Sustainable Water Management

The trends in the wastewater treatment are changing very fast due to the response of utilities, industries, and municipalities to water shortage, increased regulations, and increased sustainability requirements. Wastewater Treatment Trends is no longer about pollution control only, but it is growing into a pillar of circular water management and environmental sustainability.

Resource recovery is one of the greatest trends of wastewater treatment. Current wastewater treatment facilities are converting sludge into bio-gas to generate renewable energy as well as extracting nutrients such as phosphorus and nitrogen and reusing them in agriculture. This transition between waste disposal to resource generation has the benefit of bringing down the cost of operation and decreasing the environmental impact.

Decentralized treatment systems are also another significant wastewater treatment trend. In place of fully relying on large centralized treatment plants, smaller modular units of treatment of wastewater are being situated in rural communities, industrial plants, and in rapidly expanding urban areas. These systems are flexible, quick to install, and economical to scale up and at the same time, they are highly efficient in terms of treatment.

The sector is also being transformed by the use of digitalization and smart wastewater treatment technologies. Complex sensors, live monitoring, and AI-driven analytics assist the operators streamline aeration and control energy use and predict maintenance requirements. Smart wastewater treatment systems enhance adherence and minimize downtime in addition to improving operational performance.

Improvement of nature-based solutions is also a trend of sustainable wastewater treatment. Ecological filtration systems and constructed wetlands employ natural biological activities in the treatment of wastewater with reduced energy input. These green methods of wastewater treatment not only cleanse water, but also ensure diversity and community-friendly places.

Lastly, the recycling and reuse of water are the focus of developing wastewater treatment methods. Sewage water is also being used to reuse wastewater to irrigate lands, in industries and to recharge groundwater, which contributes to sustainable water security in the long term.

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Smith & Loveless PISTA Grit Removal Solutions for Plants

During the treatment of wastewater, effective grit management is vital in ensuring that the equipment is not damaged, lowering the maintenance expenses, and ensuring that the treatment process remains efficient. Smith & Loveless PISTA Full-size PISTA grit system is a proven application in the facilities that want to establish a high-performance, cost-effective grit removal technology.

The PISTA is a hydraulic vortex gadget, developed by Smith and Loveless, to be used in separating inorganic grit with the waste water stream. The force of a controlled vortex flow pattern within the chamber causes the heavier particles, sand and gravel to be forced to the edges and bottom out of the vortex flow to be removed, leaving the lighter organic material suspended and moving through the treatment cycle. This fine separation enhances good grit capture with minimal elimination of useful organics.

The versatility of the Smith and Loveless PISTA grit system is one of the main advantages it possesses. It is capable of being mounted on either the ground or overhead and can be set with a broad variety of flow rates, which means it is applicable to small municipal plants and large industrial plants. The system is designed to give a constant performance even when the flow is not constant putting the system to be reliable when operating day by day.

In addition to the grit separation, the PISTA grit system incorporates the washing and dewatering units that cause the grit that is captured to be largely decontaminated of organic matter. This results in a byproduct that is cleaner and drier reducing the cost of hauling and disposal as well as reducing the concerns of odor, a significant advantage to the facilities which aim to attain the highest environmental and regulatory standards.

The PISTA system of the Smith and Loveless grit is an example of a long-lasting protection of pumps and pipelines along with down stream processes due to the integration of new vortex technology and long-lasting engineering. In the case of wastewater treatment plants that are more oriented towards efficiency, sustainability, and lifecycle savings, it has been a major option in high-end grit removal solutions.

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Centrifugal Pumps vs. Positive Displacement Pumps: Key Differences Explained

The choice of the appropriate pump is a fundamental factor in the realization of efficiency, durability and the best performance of systems in industrial and municipal purposes. When comparing centrifugal pumps vs. positive displacement pumps, it is better to know the principles of their functioning and the conditions in which they should be used so that the appropriate decision should be made, based on a particular fluid and pressure.

Working Principle

Centrifugal pumps work with the help of a rotating impeller, which increases the velocity of fluids and transforms kinetic energy into the pressure energy. They suit low-viscosity fluids like water, light chemicals as well as cooling liquids. These pumps are efficient in the operation of high flow and low-to-moderate pressure systems, and they are used in water treatment, HVAC, irrigation, etc.

Positive displacement pumps operate by confining a constant amount of a fluid and forcing it through the discharge line. This design will allow a steady flow rate without any variation because of pressure. They are good with viscous fluids like sludge, oils and syrups and they are common in dosing, chemical processing and in high-pressure systems.

Key Differences

The first one is in the behavior of flow and pressure management. Centrifugal pumps are suitable where continuous, high volume transfer is required whereas positive displacement pump is suitable as it provides precise and constant flow even in varying pressure conditions. The selection of the right pump depends on the nature of fluid, viscosity as well as system requirements.

Beyond the benefits of knowing these differences is the fact that there will be greater efficiency, less maintenance, and reliability of operations in the long run.

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Emerging Innovations in Water Treatment Technology for Cleaner Water

New water treatment technologies are changing the way industry, municipalities and communities are using water in an age of increasing demand and pressure.To meet these challenges, innovations in water treatment technology are playing a critical role in improving water quality, efficiency, and sustainability. The high-tech water treatment methods aim to enhance efficiency, sustainability, and quality of water and minimize the operational costs and environmental impact.

Innovations in membrane filtration systems like reverse osmosis and ultrafiltration were introduced to the modern world and offer better energy efficiency and increased contaminant removal. High-level oxidation processes are becoming popular due to their capacity to remove recalcitrant pollutants, pharmaceuticals, and micro-contaminants, which are difficult to treat using systems that are still in place. The approaches guarantee a safer reuse and discharge of water.

The water treatment operations are also being transformed using digital transformation. With smart sensors, IoT-based monitoring, and AI-based analytics, it is possible to track the water quality in real-time, predictive maintenance, and optimized system performance. This fact-based method will assist the operators to react swiftly to the problems, minimize the number of offline hours, and keep abreast of the regulatory regulations.

One of the driving forces of the new innovations is sustainability. Energy saving equipment, lessening of chemicals, and resource recovery technologies can help facilities to get precious contents like biogas, nutrient, and reusable water in wastewater. The circular solutions offer long-term environmental objectives and enhance cost-efficiency.

Water treatment technology is not only raising the level of efficiency in the treatment process but also establishing resilience in tomorrow. Modern-day water treatment solutions are transforming the future to provide cleaner, healthier water, more dependable infrastructure and ensure the generation to come with better and more sustainable solutions to water treatment challenges.