Ensuring Water System Integrity with the Val-Matic Resilite Combination Air Valve

Ensuring Water System Integrity with the Val-Matic Resilite Combination Air Valve

AWWA Standard C512 is a technical standard published by the American Water Works Association (AWWA). Titled "Air Release, Air/Vacuum, and Combination Air Valves for Waterworks Service,"  it provides specifications and guidelines for the design, construction, testing, and operation of air release valves, air/vacuum valves, and combination air valves used in waterworks service. These valves are crucial in water distribution systems to manage air pockets and vacuum conditions, ensuring efficient and safe operation. They help prevent damage from water hammers, maintain pipeline integrity, and provide clean water delivery to consumers.

The Val-Matic Resilite Combination Air Valve exemplifies superior engineering in managing air and vacuum conditions within water distribution systems. This valve, designed for municipal waterworks, combines advanced functionality with robust construction, ensuring reliable performance and long-term durability. The Resilite Combination Air Valve effectively releases air during system filling and admits air during drainage or vacuum. This dual functionality prevents airlock, mitigates potential water hammer effects, and maintains optimal hydraulic conditions within pipelines, safeguarding infrastructure and reducing maintenance costs.

The valve's construction emphasizes resilience and corrosion resistance, utilizing durable polymers and reinforced components. These high-quality materials ensure longevity under various environmental conditions, from harsh climates to corrosive water chemistry. The robust design enhances operational reliability and minimizes downtime and maintenance interruptions, which are crucial for ensuring an uninterrupted water supply to communities.

Innovative features within the valve enhance its usability and performance. Precision-engineered mechanisms allow for efficient air release and intake without compromising system pressure or flow dynamics. Rigorous testing protocols validate the valve's performance under simulated operational conditions, ensuring compliance with industry standards and regulatory requirements. These features highlight Val-Matic's commitment to delivering solutions that meet and exceed the expectations of waterworks professionals worldwide.

The valve's design is not just about performance, but also about practicality. Considerations for ease of installation and maintenance are built into the design. User-friendly features simplify assembly and servicing procedures, reducing labor costs and optimizing operational efficiency for water utilities and engineering firms alike. This focus on practical usability underscores Val-Matic's dedication to providing high-quality, reliable solutions for the waterworks industry, making the valve a cost-effective choice for professionals.

The Val-Matic Resilite Combination Air Valve is a testament to engineering excellence in water distribution technology. By integrating cutting-edge design with robust construction and user-centric features, this valve sets a benchmark for reliability, efficiency, and longevity in managing air and vacuum conditions within municipal water systems. Communities relying on resilient infrastructure for clean and reliable water supply can trust the Val-Matic Resilite Combination Air Valve to ensure the integrity and efficiency of their water distribution networks. This valve remains a preferred choice for waterworks professionals seeking to maintain optimal system performance and safeguard against potential damage. The Val-Matic Resilite Combination Air Valve is a symbol of the blend of innovative engineering and practical design that defines high-quality water distribution solutions, instilling confidence in its performance.

Automatic Controls of Virginia
(804) 752-1000

Navigating the Complexities of Electrically Operated Valve Applications in Water and Wastewater Treatment: The Role of Expert Electric Valve Actuator Companies

Navigating the Complexities of Electrically Operated Valve Applications in Water and Wastewater Treatment

In the water and wastewater industries, electric valve actuators play a crucial role in ensuring the smooth operation of treatment facilities. These actuators are responsible for controlling water and wastewater flow through various valves, making them essential components of any treatment system. With the increasing complexity of water and wastewater treatment processes, it is more important than ever to select and work with a company that has years of demonstrated excellence in specifying, sizing, modifying, and applying electric valve actuators to all types and sizes of water and wastewater treatment valves.

One of the primary reasons to partner with an experienced company is their ability to provide expert guidance in selecting the proper actuator for each specific application. Water and wastewater treatment facilities utilize various valve types and sizes, each with unique requirements. A company with a proven track record will have the knowledge and expertise to recommend the most suitable actuator based on factors such as valve size, type, torque requirements, and environmental conditions, ensuring that the actuator will perform optimally and reliably, minimizing the risk of costly downtime and maintenance issues.

Moreover, an experienced company will have the capability to truly understand and cater to the specific needs of each application. Off-the-shelf actuators may not always be the best fit for every valve or system, and modifications may be necessary to ensure proper functionality and longevity. A company with a history of excellence in the field will have the engineering expertise and resources to make these modifications, ensuring that the actuator seamlessly integrates with the existing valve and control systems. This level of customization can significantly improve the overall efficiency and reliability of the treatment process, making you feel understood and catered to.

In addition to their technical expertise, a company with years of demonstrated excellence in the water and wastewater industries will also have a deep understanding of the unique challenges and regulations that these facilities face. They will be well-versed in industry standards, such as those set by the American Water Works Association (AWWA) and the Water Environment Federation (WEF), and will ensure that their actuators meet or exceed these requirements. This knowledge is particularly valuable when navigating the complex regulatory landscape and ensuring compliance with environmental and safety regulations, making you feel secure and protected.

Another benefit of working with a reputable company is their commitment to quality and reliability. A company with a proven track record will have established rigorous quality control processes to ensure that every actuator meets the highest performance and durability standards. They will also have a dedicated support team to provide ongoing technical assistance, troubleshooting, and maintenance services. This level of support is essential for minimizing downtime and ensuring the long-term reliability of the actuators and the overall treatment system.

In conclusion, selecting and working with a company that has years of demonstrated excellence in specifying, sizing, modifying, and applying electric valve actuators is crucial for the success of water and wastewater treatment facilities. Their expertise, customization capabilities, industry knowledge, and commitment to quality and support make them invaluable partners in ensuring these critical systems' efficient, reliable, and compliant operation. By partnering with such a company, water and wastewater treatment facilities can optimize their processes, minimize downtime, and provide the highest quality of service to their communities.

Automatic Controls of Virginia (ACVA) has been a trusted name in the water and wastewater industry for decades, successfully applying and installing electrically operated valves throughout the Delmarva region. With their extensive experience and expertise, ACVA has become the go-to provider for municipalities, utilities, and private enterprises seeking reliable and efficient valve automation solutions. Their team of skilled technicians and engineers profoundly understands the unique challenges faced by water and wastewater facilities in the region, enabling them to recommend and implement the most appropriate valve actuation systems for each application. From the initial consultation and design phase to the final installation and commissioning, ACVA has consistently delivered exceptional results, contributing to the smooth operation and long-term success of countless water and wastewater treatment projects across Delaware, Maryland, and Virginia.

Automatic Controls of Virginia
(804) 752-1000

Automatic Controls of Virginia Leads the Way in Industrial and Municipal Valve Automation

Automatic Controls of Virginia Leads the Way in Industrial and Municipal Valve Automation

Automatic Controls of Virginia is a premier provider of industrial valve automation solutions for municipal water treatment and industrial manufacturing markets. With a strong presence in Virginia, West Virginia, and Washington, D.C., the company has earned a reputation for excellence and reliability over the decades.

At the heart of Automatic Controls of Virginia's success lies their extensive experience in valve actuation. The company boasts an impressive track record in handling projects of all sizes, from small-scale installations to large, complex systems. Their expertise encompasses various actuation technologies, including pneumatic, electric, and hydraulic systems. This versatility allows them to tailor their solutions to each client's unique needs, ensuring optimal performance and efficiency.

One key factor that sets Automatic Controls of Virginia apart from its competitors is its in-depth knowledge of all types of valves. The company's team of highly skilled technicians and engineers possesses a comprehensive understanding of valve types, sizes, and applications. This expertise enables them to recommend each project's most appropriate valve and actuation combination, considering flow requirements, pressure ratings, and environmental conditions.

In addition to its valve and actuation expertise, Automatic Controls of Virginia takes pride in its in-house machining capabilities. The company maintains a state-of-the-art machine shop equipped with cutting-edge tools and technology, allowing it to fabricate custom components and perform precise modifications to existing equipment, ensuring a perfect fit for each application. By keeping machining operations in-house, Automatic Controls of Virginia maintains strict quality control standards and can respond quickly to customer needs, minimizing downtime and maximizing efficiency.

Throughout the region, Automatic Controls of Virginia has built a solid reputation for delivering high-quality, reliable solutions. The company has completed numerous projects for municipal water treatment plants, helping to ensure the safe and efficient delivery of clean water to communities. Automatic Controls of Virginia has partnered with a diverse range of clients in the industrial manufacturing sector, from small manufacturing facilities to large-scale production plants. Their solutions have helped to optimize production processes, reduce maintenance costs, and improve overall plant performance.

As Automatic Controls of Virginia continues to grow and evolve, the company remains committed to staying at the forefront of valve automation technology. They invest heavily in ongoing training and education for their team members, ensuring they are always up-to-date with industry advancements. Additionally, the company maintains strong relationships with leading valve and actuation manufacturers, allowing them to offer their clients access to the most advanced and reliable products on the market.

With their unparalleled experience, comprehensive knowledge, and dedication to customer satisfaction, Automatic Controls of Virginia has solidified its position as the go-to provider of industrial valve automation solutions in Virginia, West Virginia, and Washington, D.C. As the region continues to grow and evolve, the company is well-positioned to meet the ever-changing needs of its clients, delivering innovative solutions that drive efficiency, reliability, and success.

Automatic Controls of Virginia
(804) 752-1000

Hydraulic Rotary Actuators: Transforming Mechanical Energy for Industrial Innovation

Hydraulic Rotary Actuators: Transforming Mechanical Energy for Industrial Innovation

Hydraulic rotary actuators are devices that generate rotational motion using hydraulic power. They convert the hydraulic energy from the pressurized fluid into mechanical energy to achieve rotation. At the core of their operation, these actuators consist of a cylinder or a pair of cylinders filled with hydraulic fluid. When the fluid enters the actuator under pressure, it pushes against the pistons inside the cylinders. It converts into rotary motion through a rack and pinion gear set or a helical gear mechanism within the actuator.

The amount of rotation (angle) and the torque generated by the actuator depend on the design and the pressure of the hydraulic fluid. Some actuators offer a limited range of motion, such as 90 degrees, while others can achieve several complete rotations, providing versatility for various industrial applications. The precise control over movement and high torque output makes hydraulic rotary actuators essential in heavy machinery, manufacturing equipment, and robotics, where reliable and controlled rotational movement is crucial.

The operation of these actuators is highly efficient. It can be easily controlled and adjusted by regulating the flow and pressure of the hydraulic fluid, allowing for smooth and precise movements. Additionally, the robustness of hydraulic systems makes them suitable for use in harsh environments, adding to their versatility across different industries.

The Kerry Company sets the standard in excellence with its state-of-the-art hydraulic rotary actuators, designed to deliver unmatched precision and power in the most demanding industrial environments. Their actuators stand out for their robust construction and innovative design, offering unparalleled reliability and efficiency. Whether operating in heavy machinery, manufacturing, or automation, The Kerry Company's actuators provide the torque and control you need to ensure smooth, consistent operations.

With a focus on versatility, our hydraulic rotary actuators come in various sizes and specifications to suit multiple applications. These actuators, engineered for high performance, offer significant speed, accuracy, and durability advantages. The Kerry Company's actuators are not just products but solutions designed to enhance productivity and reduce downtime, ensuring your operations run more efficiently than ever.

For more information, contact:
Automatic Controls of Virginia
(804) 752-1000

Applications and Advantages of Guided Wave Radar (GWR) Level Transmitters in Modern Industries

Applications and Advantages of Guided Wave Radar (GWR) Level Transmitters in Modern Industries

Guided Wave Radar (GWR) level instruments, also known as Time Domain Reflectometry (TDR) instruments, are commonly used to measure the level of liquids, slurries, and solids in various containers. Here's a detailed explanation of their operating principles, applications, and best-use cases:

Operating Principles
  • Time Domain Reflectometry (TDR): At the core of GWR is the principle of TDR. An electromagnetic pulse transmits down a probe (guide). When this pulse reaches a medium with a different dielectric constant (like the surface of a liquid), a portion of the signal reflects back to the transmitter.
  • Measurement: The time the pulse takes to travel down the probe, reflect from the material's surface, and return is directly proportional to the distance traveled. By knowing the speed of the pulse and the time it took for the reflection to occur, the level of the medium is accurately calculated.
  • Probe Types: There are different probe designs available depending on the application. The three most common are:
    • Single Rod: Suitable for most applications, especially in smaller tanks or with aggressive media.
    • Twin Rod or Coaxial: Ideal for applications with higher demands on accuracy, especially in narrow tanks or with disturbances.
    • Cable: Used for tall, narrow tanks.
Industrial Applications

GWR level instruments are deployed in a variety of industries:
  • Oil & Gas: Measuring levels of crude oil, refined products, or water in storage tanks.
  • Chemicals: Monitoring levels of aggressive or caustic substances.
  • Pharmaceuticals: Ensuring precise measurements in mixing and storage vessels.
  • Food & Beverage: Measuring levels of various food products or ingredients, ensuring hygienic conditions.
  • Power Generation: Monitoring levels in coal hoppers or water storage for cooling.
  • Water & Wastewater: Tracking levels in storage tanks or sumps.
  • Mining: Measuring levels of slurries or solid materials.
Best Applications for GWR
  • High-temperature and High-pressure: GWR can function in conditions where other level measurement technologies might fail.
  • Aggressive Media: Given the suitable probe material, GWR can handle corrosive or aggressive substances.
  • Foaming or Agitated Surfaces: GWR provides reliable measurements even in conditions with foam or agitation, which might pose challenges for other technologies.
  • Low Dielectric Media: GWR can measure levels of media with low dielectric constants, which some other radar level instruments might struggle with.
  • Changing Media Properties: Even if the properties of the medium change (like density or conductivity), GWR measurements remain consistent.
  • Safety: For applications where intrusive instruments are not ideal due to safety concerns, GWR offers a non-intrusive option.
The Questtec QTS Guided Wave Radar transmitter provides independent readings of both liquid and solid levels. These direct-insertion, top-mounted radars measure the interface and direct levels of liquids and solids under various pressures and temperatures. The transmitter uses GWR technology to send pulsating high-frequency microwave energy down the probe in a bypass chamber. Consequently, the QTS accurately indicates the actual process level, even if the density changes over time.

However, while GWR has many benefits, it's not suitable for every application. Extreme turbulence, heavy build-up on the probe, or very low dielectric constants can sometimes pose challenges. Always consult with a level measurement specialist when determining the best technology for a specific application.

For more information, contact Automatic Controls of Virginia at https://acva.com or call 804-752-1000.

Factors to Consider When Choosing Between Aluminum and Stainless Steel Slide Gate Valves for Your Water Facility

Factors to Consider When Choosing Between Aluminum and Stainless Steel Slide Gate Valves for Your Water Facility

In water treatment plants and distribution systems, regulating water flow is essential. The slide gate valve is a type of gate valve specifically designed for this purpose. In general, Slide gate valves are made from aluminum or stainless steel. Various factors, including the specific application, budget, and environmental conditions, influence the choice between these materials.  But first, let's list the roles of slide gate valves in the water industry:

  1. Flow Regulation: The primary purpose of a slide gate valve is to regulate the flow of water. By opening or closing the gate, the operator can control the amount of water that passes through the system.
  2. Isolation: These valves can act as an isolation mechanism, allowing the shutdown of specific sections of the treatment or distribution system for maintenance, repairs, or emergencies.
  3. Level Control in Reservoirs and Basins: In water treatment plants, certain processes require maintaining water at specific levels in tanks, basins, or reservoirs. Slide gate valves can control these levels by adjusting the flow in or out.
  4. Backflow Prevention: In some configurations, slide gate valves prevent backflow, protecting treated water from potential contamination.

Next, let's look into the construction and application differences between aluminum and stainless steel slide gate valves:

Aluminum Slide Gate Valves:

  • Lightweight: Aluminum is less dense than stainless steel, making aluminum slide gate valves relatively light, simplifying installation, particularly in scenarios where weight can be a limiting factor.
  • Corrosion Resistance: Aluminum forms a protective oxide layer naturally when exposed to air, giving it a degree of corrosion resistance. However, it may be more susceptible to corrosion in specific environments than stainless steel, especially in saline or highly alkaline conditions.
  • Cost-Effective: Aluminum slide gate valves are generally less expensive than their stainless steel counterparts.

Stainless Steel Slide Gate Valves:

  • Strength: Stainless steel is more robust than aluminum, allowing these valves to handle higher pressures and stresses.
  • High Corrosion Resistance: Stainless steel's corrosion resistance is greater than aluminum's, particularly when the material is exposed to aggressive chemicals or saline environments.
  • Durability: Due to its strength and resistance to corrosion, stainless steel slide gate valves tend to have a longer service life than aluminum valves, especially in challenging conditions.
  • Higher Cost: Stainless steel materials generally cost more than aluminum, leading to a higher price point for these slide gate valves.

Aluminum Slide Gate Valve Application:

  • General Water Treatment: Suitable for standard water treatment applications where the water's pH and salinity do not pose significant corrosion risks.
  • Distribution Systems: Useful in systems where lightweight components are preferred for ease of installation or maintenance.
  • Stormwater Management: Employed in systems that don't expose the valve to particularly aggressive conditions.

Stainless Steel Slide Gate Valve Applications:

  • Wastewater Treatment: Particularly effective in wastewater treatment plants where the water might contain a range of chemicals, which can be corrosive.
  • Desalination Plants: Given the saline nature of the input water, stainless steel's superior resistance to salt-induced corrosion makes it the material of choice in desalination facilities.
  • Chemical Dosing Areas: In sections of water treatment facilities where chemicals are added, stainless steel valves can better resist potential chemical corrosion.
  • High-Pressure Scenarios: Due to their strength, stainless steel slide gate valves are suitable for applications requiring the handling of high pressures.

While aluminum and stainless steel slide gate valves have their merits, the choice between them often boils down to the application's specific needs and the environment in which the valve will operate. Careful consideration of factors like corrosion potential, pressure requirements, and budget constraints will help select the most suitable material for a given setting in the water industry. Automatic Controls of Virginia offers expert guidance in selecting the optimal material for your specific valve application. Numerous businesses rely on their proven engineering methodologies and extensive experience in the valve industry, ensuring a technically sound and efficient valve solution for your operational needs.

For more information, contact:
Automatic Controls of Virginia
(804) 752-1000