Critical facilities are evolving at a rapid pace as data centers expand to meet the demands of modern technology. With the explosion of artificial intelligence (AI) and data-intensive applications, these facilities require more power and scalable solutions to ensure uninterrupted operation. Companies are increasingly turning to innovative infrastructure solutions like e-houses, power modules and electrical SKIDs to maintain performance and overcome the skilled labor shortage in the United States while assisting the need for shorter construction durations. Keep reading to explore the key differences between these solutions, the impact of AI on data center power requirements and the benefits of data center campuses.

The Rise of AI and its Impact on Power Demand

AI is transforming industries across the board, from tech to healthcare and manufacturing. The algorithms driving AI require massive amounts of data and power, which places unprecedented pressure on data centers. As AI applications become more sophisticated, the energy needed to keep data centers running smoothly has skyrocketed.

This surge in demand poses a significant challenge, especially as the number of people entering skilled trades has decreased. The shortage of skilled labor makes it harder to meet the growing needs of data centers using traditional power infrastructure. However, the industry has found a solution in prefabricated systems that offer scalability and flexibility, requiring minimal on-site labor to install.

The Key Differences Between E-Houses, Power Modules and Electrical SKIDs

Although e-houses, power modules and electrical SKIDs all provide critical power infrastructure, they differ in design, functionality and ideal use cases. Understanding these differences can help companies make informed decisions when choosing the right solution for their needs.

1. E-Houses: Customization and Flexibility

– Design: E-houses, or electrical houses, are pre-assembled modular structures designed to house electrical equipment that provides power distribution for ancillary equipment outside the direct power needed for IT hardware. They’re fully customizable and can be configured to meet specific requirements based on the facility’s needs.

– Installation: While pre-assembled off-site, e-houses often require more on-site labor for installation and integration into the existing power infrastructure. This includes connecting external power and communication lines, as well as ensuring compatibility with other systems.

– Use Case: E-houses are typically used where the environment demands a high level of customization and protection from external elements. They’re ideal for projects requiring robust, specialized power distribution systems that might need extensive configuration.

2. Power Modules: Consistency and Scalability

– Design: Power modules are self-contained units that provide a modular approach to power distribution for critical loads within a data center. Each module typically includes components such as uninterruptable power supplies (UPS), switchgear, distribution panel boards, transfer switches, electrical power monitoring systems and self-contained HVAC systems, all housed within a single purpose-built enclosure. These modules are designed to be scalable, allowing data centers to expand their power capacity as their needs grow without significant infrastructure changes.

– Installation: Power modules are designed for rapid deployment and require minimal on-site labor. The modules arrive pre-wired and ready for quick connection, making them perfect for projects with tight timelines or labor shortages. While power connections and battery backups are typically housed within a data center, RK Mission Critical’s modular approach takes these functions and moves them outside the data center to free up space for revenue-generating activities.

– Use Case: Power modules are widely used in data centers and critical facilities where reliability and scalability are paramount. Their key function is to provide intermittent battery backup, ensuring continuous operation when the power goes out. When the power supply is interrupted, power modules kick in by switching to battery power, providing enough time for backup generators to get warmed up and running. As AI demands more power, power modules also allow companies to scale up their infrastructure quickly without lengthy construction periods, making them a preferred choice for high-growth environments like data centers.

3. Electrical SKIDs: Compact, Turnkey Solutions

– Design: Electrical SKIDs are pre-assembled platforms that house electrical components in a compact, easy-to-install package. While they share similarities with power modules, they’re often more compact and designed for plug-and-play functionality.

– Installation: Like power modules, electrical SKIDs require very little on-site labor. They’re engineered to be ready for immediate integration, which allows facilities to implement them rapidly with minimal downtime.

– Use Case: Electrical SKIDs are common in heavy industries such as oil & gas, power generation, and industrial applications. They’re increasingly being adopted in data centers where space is at a premium, offering a small footprint and quick installation. SKIDs are particularly useful in facilities requiring fast upgrades or expansions.

Summary of Differences

Customization: E-houses offer the highest level of customization, followed by power modules with semi-custom options, while electrical SKIDs are the most standardized, offering quick plug-and-play integration.

Speed of Deployment: Power modules and electrical SKIDs provide rapid deployment with minimal on-site labor, whereas e-houses can require more time for installation and integration.

Footprint: Electrical SKIDs offer the smallest footprint, making them ideal for space-constrained environments. Power modules also offer a compact solution, while e-houses tend to be larger and more expansive due to their customizable nature.

Best Fit: E-houses are suited for specialized industries with unique power requirements, power modules excel in fast-growing sectors like data centers and electrical SKIDs provide a compact, ready-to-use solution for industries needing quick upgrades or expansions.

By understanding these key differences, businesses can choose the most suitable power infrastructure solution that aligns with their operational demands, available space and future growth.

The Growing Appeal of Data Center Campuses

As AI continues to drive demand for data processing, companies are increasingly building data center campuses—large, multi-building complexes designed to support massive amounts of computing power. These campuses offer several advantages over traditional, smaller data centers.

– Scalability: Data center campuses allow companies to scale up quickly, adding new power modules, e-houses or electrical SKIDs as needed.

– Efficiency: The centralization of multiple data centers within a single campus reduces operational complexity, allowing for more streamlined power and cooling management.

– Future-Proofing: With AI poised to drive exponential growth in data processing, campuses are a forward-looking solution that can accommodate future demand without constant, disruptive upgrades.

The Keys to a Sustainable Future

The rise of AI has fundamentally changed the power landscape for data centers. With power demands growing rapidly and skilled labor in short supply, companies need fast, scalable solutions to keep up. Power modules stand out as the ideal answer to this challenge, offering speed, efficiency, and minimal labor requirements. When combined with the benefits of data center campuses, these solutions provide a pathway to sustainable, future-proof data center operations that can meet the evolving needs of AI-driven industries.

To wrap it up…

As technology continues to advance, the infrastructure supporting critical facilities must also evolve. By leveraging the strengths of e-houses, power modules and electrical SKIDs, companies can stay ahead of the curve and keep their data centers running at peak performance—no matter what the future holds. If you’re looking to explore the possibilities of e-houses, power modules or electrical SKIDs, the experts at RK Mission Critical are ready to bring your vision to life. Contact us today at 303.355.9696 or email Jesse Davern, VP—Commercial Services, at jesse.davern@rkmissioncritical.com.

In a data-driven world where uptime is critical and efficiency is paramount, power modules have emerged as a key component in ensuring data centers operate smoothly. These vital building blocks are essential for maintaining the high levels of reliability and productivity that modern data centers demand. If you’re unfamiliar with power modules and how they’re becoming increasingly relevant, let’s start with the basics and learn what power modules are, how they’re used and the benefits of using power modules in data centers.

What are Power Modules?

Power modules are self-contained units that provide a modular approach to power distribution for critical loads within a data center. These modules package electrical equipment together to support mechanical and IT loads. Each module typically includes components such as uninterruptable power supplies (UPS), switchgear, distribution panel boards, transfer switches, electrical power monitoring systems and self-contained HVAC systems, all housed within a single purpose-built enclosure. These modules are designed to be scalable, allowing data centers to expand their power capacity as their needs grow without significant infrastructure changes.

How Do Power Modules Work?

At their core, power modules function by distributing electrical power to various components of the data center, such as servers, networking equipment and cooling systems. They’re designed to handle high loads and provide the data center with stable power during utility blackouts or brownouts. In both cases, power modules provide the critical load while on-site power generation has time to turn on.

Power modules are highly scalable, and their modularity allows data centers to expand their power capacity incrementally, adding critical infrastructure as they grow. The flexibility of power modules also extends to their placement—many modern data centers now house these modules outside the main facility, freeing up valuable space within the data center for revenue-generating activities.

Benefits of Using Power Modules in Data Centers

– Uninterruptable Power Supply (UPS): Power modules provide intermittent battery backup, ensuring continuous operation when the power goes out. When the power supply is interrupted, power modules kick in by switching over to battery power, providing enough time for backup generators to get warmed up and running.

– Scalable and Modular: Unlike traditional stick-built electrical rooms, power modules allow data centers to bring new capacity online quickly, all while conserving capital by not over-building on day one. This scalable and modular approach simplifies the installation process and allows for less-skilled electricians on-site, which can help projects stay on schedule. This is especially important given the current shortage of skilled labor in the United States.

– Reliable and Stable: Power modules are designed with redundancy in mind, including features like dual power inputs and automatic transfer switchgear. This ensures that the data center remains operational even if one component fails. This level of reliability is essential for maintaining the continuous operation of critical services.

– Off-Site Manufactured: Off-site manufactured power modules increase the overall quality of a data center’s power distribution system. Off-site manufacturing in a controlled environment, with key manufacturing quality hold points and test stations, gives the data center operator the comfort of knowing that their critical power load won’t be dropped in the event of a power outage.

– Easy to Maintain: The modular nature of power modules means that individual power modules or components can be serviced or replaced without disrupting the entire power distribution system. This reduces downtime and allows for more straightforward maintenance procedures.

What Sets RK Mission Critical Apart?

RK Mission Critical is renowned for its operational excellence and innovative modular solutions. With facilities spanning 422,000 square feet (including 11 40-ft. wide production lanes!) and a commitment to Lean Six Sigma principles, RK Mission Critical excels in delivering high-quality, high-volume, scalable power modules that meet the most demanding project needs and expedited timelines. Our proprietary product development process, integrated with real-time micro-metrics and built-in quality, safety and productivity, ensures that each project phase is meticulously managed. This process not only reduces concept-to-production time but also guarantees a competitive advantage in the market.

RK Mission Critical is also one of seven business units under the RK Industries umbrella, which provides comprehensive service offerings to ensure that work is kept in-house and rarely subcontracted outside RK Industries. This holistic approach—encompassing in-house structural steel through RK Steel and other trades—enhances efficiency and quality control, which is just one reason why RK Mission Critical is a leading global provider of power module capabilities.

To wrap it up…

Power modules are truly the backbone of modern data centers, providing the flexibility, reliability and efficiency needed to meet the demands of today’s digital landscape. As data centers continue to evolve, the adoption of power modules—and the innovative solutions provided by RK—will become even more widespread, ensuring that these critical infrastructures remain operational and efficient in the face of growing challenges.

If you’re looking to explore the possibilities of power modules, the experts at RK Mission Critical are ready to bring your vision to life. Contact us today at 303.355.9696 or email Jesse Davern, VP—Commercial Services, at jesse.davern@rkmissioncritical.com.

The landscape of commercial fire alarm systems is evolving rapidly as we venture further into the 21^st century. With advancements in technology and a growing emphasis on safety, efficiency and connectivity, the future of fire safety is evolving to be more intelligent and integrated than ever. Keep reading to explore emerging trends and technologies in fire alarm systems, the impact of the Internet of Things (IoT) and smart building systems and predictions for the next decade in fire safety.

Emerging trends and technologies

The Employee Assistance Program is a confidential resource available to all employees and their families—at no cost to them! The EAP is more than just a benefit; it’s a lifeline that provides support when it’s needed most. Whether it’s a personal issue, work-related stress, or the need for legal or financial guidance, our EAP offers a wide range of services to help our employees navigate these challenges.

1. Smart sensors and detection

– Multi-sensor detection: Modern fire alarm systems are moving beyond simple smoke detectors to multi-sensor units that are capable of simultaneously detecting smoke, heat and carbon monoxide. These sensors provide a more comprehensive and accurate detection method, which reduces false alarms.

– Advanced analytics: Using artificial intelligence (AI) and machine learning, fire alarm systems can now analyze patterns and predict potential fire hazards. This proactive approach allows for early intervention and improved safety.

2. Wireless fire alarm systems

– Scalability and flexibility: Wireless systems offer easier installation and scalability, making them ideal for both new buildings and retrofitting older structures. They eliminate the need for extensive wiring, reducing installation time and cost.

– Enhanced reliability: With advancements in wireless technology, modern systems ensure robust communication and reliability even in challenging environments.

3. Integration with Building Management Systems (BMS)

– Unified control: Fire alarm systems are increasingly integrated with BMS, allowing for centralized monitoring and control of various building functions, including HVAC, lighting and security. This integration enhances response times and ensures a coordinated approach to emergencies.

– Data sharing: Integrated systems can share data across platforms, providing a holistic view of building operations and improving overall safety and efficiency.

The impact of IoT and smart building systems

1. IoT-enabled devices

– Real-time monitoring: Internet of Things (IoT) devices enable real-time monitoring and data collection, providing valuable insights into the health and status of fire alarm systems. This continuous monitoring ensures prompt detection of faults or malfunctions, enabling swift maintenance actions.

– Remote access: Facility managers can access fire alarm system data remotely via smartphones or tablets, allowing for quick decision-making and response no matter where they are.

2. Predictive maintenance

– Condition-based maintenance: Utilizing IoT sensors, fire alarm systems can predict when components are likely to fail, enabling maintenance teams to address issues before they cause system failures. This predictive maintenance approach reduces downtime and extends the lifespan of equipment.

– Automated alerts: IoT-enabled systems can send automated alerts to maintenance personnel, ensuring timely intervention and reducing the risk of system failures.

3. Enhanced emergency response

– Smart evacuation systems: Integrated with IoT, fire alarm systems can guide occupants to safety using dynamic evacuation routes based on real-time data. This smart evacuation system adjusts paths according to the location and spread of the fire, optimizing safety and efficiency.

– First responder integration: IoT and smart building systems can provide first responders with critical information, such as the fire’s location, spread and building layout before they arrive on the scene. This information improves the effectiveness and safety of emergency response efforts.

Predictions for the next decade in fire safety

1. Increased adoption of AI and machine learning

AI and machine learning will play a significant role in enhancing fire detection and response capabilities. These technologies will enable systems to learn from past incidents, continuously improving their accuracy and reliability.

2. Greater emphasis on sustainability

Future fire alarm systems will incorporate sustainable practices, such as using eco-friendly materials and energy-efficient technologies. This focus on sustainability will align with broader efforts to create greener, more environmentally friendly buildings.

3. Enhanced interoperability

As smart buildings become more prevalent, the interoperability of fire alarm systems with other building technologies will be crucial. Seamless integration will ensure that fire safety systems work harmoniously with other systems, providing a cohesive and efficient safety network.

4. Personalized safety solutions

Tailored fire safety solutions will become more common, with systems designed to meet the specific needs of different building types and industries. This personalized approach will enhance safety and compliance across various sectors.

5. Regulatory advancements

As technology advances, regulations and standards will evolve to ensure the safety and effectiveness of fire alarm systems. This regulatory evolution will drive innovation and encourage the adoption of cutting-edge technologies.

To wrap it up…

The future of commercial fire alarm systems will be dynamic and innovative, driven by emerging technologies and the integration of IoT and smart building systems. With advancements in AI, machine learning and wireless communication, these systems will become more intelligent, reliable and efficient. As we look forward, the focus will be on enhancing safety, sustainability and interoperability, creating a safer and more resilient environment.

By embracing these trends and technologies, businesses can ensure that their fire safety systems are not only compliant but also at the forefront of innovation, providing optimal protection for their assets and occupants.

Ready to explore the options for your next commercial fire alarm system? Contact the experts at RK Electrical and see why we’re trusted across the Mountain West region and beyond

RK invites you to join forces with us and The Leukemia & Lymphoma Society’s (LLS) at “Light the Night” on September 26 at 5:30 PM in Washington Park, Colorado. This event shines a light through the darkness of cancer by raising awareness and funds for cancer research and treatment. Through events such as these, our community can be a powerful advocate in the fight against cancer and help blood cancer patients and survivors live longer and fuller lives. Unable to join the walk but still want to support the cause? Donate today!

Blood cancer hits home for RK – Marc’s Story

Marc Paolicelli, Chief Operating Officer and Senior Vice President, was diagnosed with non-Hodgkin Lymphoma in 2005. He immediately began treatment through a clinical trial funded by the Leukemia & Lymphoma Society. It was an incredibly challenging time, but he was fortunate to have the unwavering support of his family, friends and co-workers. LLS was there for him from the very beginning, providing him with the critical support and resources he needed. He was declared in remission in 2007, and his journey with LLS took on a new purpose: volunteer. Reflecting on his experience, Marc was determined to ensure that others could access the same support he received.

Today, Marc continues to be a strong advocate for LLS by serving on its Board of Trustees and raising funds for its annual “Light the Night” event. Marc says, “It’s a night filled with community and support, and it embodies the hope and progress we strive for in the fight against blood cancers.”

About the Leukemia & Lymphoma Society

The Leukemia & Lymphoma Society (LLS) is the largest nonprofit dedicated to creating a world without blood cancers. Since 1949, they’ve invested more than $1.7 billion in groundbreaking research. LLS has pioneered many of today’s most innovative approaches, becoming a global leader in the fight against blood cancer. Learn more about the Leukemia and Lymphoma Society and their mission.

Please donate today and join us in the fight against blood cancers!

Will you be another light in curing cancer by supporting the Leukemia & Lymphoma Society? Donate today!

RK knows that our employees are our greatest asset. We also recognize that life can present challenges at work and home, which can affect their well-being. That’s why we’re proud to offer a comprehensive Employee Assistance Program (EAP) designed to support our team members through life’s ups and downs. Keep reading to learn more about the EAP, and see what you might be able to implement at your workplace!

What is RK’s Employee Assistance Program?

The Employee Assistance Program is a confidential resource available to all employees and their families—at no cost to them! The EAP is more than just a benefit; it’s a lifeline that provides support when it’s needed most. Whether it’s a personal issue, work-related stress, or the need for legal or financial guidance, our EAP offers a wide range of services to help our employees navigate these challenges.

What RK offers through the EAP

The EAP is designed with the diverse needs of our employees in mind. Here are some of its key features:

– Confidential Counseling: Life can be stressful, and sometimes we all need someone to talk to. The EAP provides access to professional counselors who can help with a variety of issues, including mental health, stress and family concerns. These sessions are entirely confidential, ensuring that our employees can speak freely and get the support they need.

– Legal and Financial Advice: Navigating legal issues or managing finances can be overwhelming. Through the EAP, employees can receive expert advice on various topics, including debt management, estate planning and legal matters. This guidance can provide peace of mind and help employees make informed decisions about their futures.

– Work-Life Balance Resources: Balancing work and personal life is a growing challenge. The EAP offers resources to assist with education planning and other daily life needs. These services are designed to help employees manage their responsibilities and maintain a healthy work-life balance.

– 24/7 Availability: We know that life doesn’t operate on a 9-to-5 schedule, and neither does our EAP. The services are available 24/7, ensuring that help is just a phone call away.

– Trained First Responders: We currently have over 300 employees trained as mental health first responders to make sure help is quick and close.

The EAP’s impact at RK

The well-being of our employees is a top priority at RK. By providing access to the EAP, we’re not just offering a benefit; we’re investing in the long-term health and happiness of our team. When employees feel supported, they are more engaged, productive and satisfied in their work. The EAP is a crucial part of our commitment to creating a positive and supportive work environment where everyone can thrive.

– According to workplacementalhealth.org, only 26% of people are willing to seek care for mental health. Yet during an internal survey, RK employees answered that over 50% were willing to seek care.

– Over 61% of RK employees acknowledge they would benefit from training workshops on mental health. Of that group, two workshops emerged as the most popular: a workshop on managing stress/anxiety and awareness sessions about recognizing mental health symptoms in oneself and others.

– In 2023, we hosted a dozen classes that reached over 250 employees. We were able to directly avert FIVE suicides.

In today’s fast-paced world, having access to resources like the EAP can make all the difference. Whether it’s managing stress, getting professional advice or finding the right work-life balance, the EAP is there to help. RK is more than just a company; we’re a community that cares about each other. Our Employee Assistance Program is a reflection of that commitment, ensuring that our employees and their families have the support they need to succeed, both personally and professionally.

Do you want to take advantage of this free benefit? Check out our open positions and make your next career move with RK!

September is recognized as National Suicide Prevention and Awareness Month (NSPAM), which stems from a broader movement to address mental health challenges and reduce the stigma associated with suicide. If you’re unfamiliar with NSPAM, keep reading for our introductory course on its five Ws: The Who, What, Where, When and Why.

WHO is National Suicide Prevention and Awareness Month meant to help?

While National Suicide and Prevention Month is primarily observed in the United States, the movement has inspired similar efforts worldwide. Organizations like the World Health Organization (WHO) and the International Association for Suicide Prevention (IASP) have supported global initiatives, such as World Suicide Prevention Day on September 10, to address suicide on an international scale. Remember, suicide knows no boundaries.

WHAT is the goal of National Suicide Prevention and Awareness Month?

The goal of National Suicide Prevention and Awareness Month is to reduce the frequency of suicide by raising awareness, fostering understanding, reducing stigma around mental health and promoting action at individual, community and policy levels. It inspires action and hope while also commemorating the lives that have already been lost to suicide.

WHERE can people access resources for National Suicide Prevention and Awareness Month?

If you or someone you know is struggling with thoughts of suicide, help is available. Here are just a few places you (or they) can turn to:

– National Suicide Prevention Lifeline: Visit 988lifeline.org or dial 988. The Lifeline provides 24/7 free and confidential support for people in distress, prevention and crisis resources, and best practices for professionals. The website also offers educational materials and ways to get involved in suicide prevention efforts.

– American Foundation for Suicide Prevention (AFSP): Visit afsp.org for education resources, research and advocacy opportunities. The AFSP also organizes events like “Out of the Darkness” walks to raise awareness and funds for suicide prevention.

– National Alliance on Mental Illness (NAMI): Visit nami.org for information on mental health conditions, crisis intervention and support groups. They offer a variety of resources tailored to different audiences, including families, teens and veterans.

– Substance Abuse and Mental Health Services Administration (SAMHSA): Visit samhsa.gov or call 800.662.HELP if you’re facing mental health crises or substance use disorders. They also provide guides, toolkits and directories for finding local mental health services.

– Crisis Text Line: Visit crisistextline.org or text “HELLO” to 741741. The Crisis Text Line offers free, 24/7 support through text messages for people in crisis. It’s a discreet way for individuals to get help in real time.

– Veterans Crisis Line: Visit veteranscrisisline.net or dial 988, then select option 1. This service is specifically for veterans and their families, offering 24/7 support via phone, text and chat.

– The Trevor Project: Visit thetrevorproject.org for crisis intervention and suicide prevention services for LGBTQ+ youth. They offer a 24/7 hotline, chat, text services and educational materials.

WHEN did National Suicide Prevention and Awareness Month begin?

The modern suicide prevention movement gained momentum in the 1970s and 1980s as awareness of mental health issues increased. During this time, organizations like the American Foundation for Suicide Prevention (AFSP) were established to focus on education and advocacy around suicide prevention. Fast forward to the 2000s, when the American Association of Suicidology (AAS) began organizing National Suicide Prevention Week in the United States during the first full week of September. September was declared National Suicide Prevention and Awareness Month in 2008 to recognize the need for sustained efforts in addressing suicide prevention.

WHY should people care about National Suicide Prevention and Awareness Month?

1. It Saves Lives: Suicide is preventable, and raising awareness can help save lives. By understanding the warning signs, knowing how to offer support and reducing stigma, people can intervene before a crisis escalates.

2. It Breaks the Stigma: Stigma around mental health and suicide can prevent individuals from talking about their struggles or seeking support. Suicide Prevention and Awareness Month helps to normalize these conversations, making it easier for those in need to come forward.

3. It Helps Us Recognize the Signs: Many people may not realize that someone close to them is struggling. Awareness efforts teach people to recognize signs of distress in friends, family or colleagues and offer appropriate support. When people care about suicide prevention, they contribute to a culture of care and support within their community.

4. It Addresses a Public Health Crisis: Suicide is a significant public health issue, affecting people of all ages, backgrounds and communities. In the U.S., suicide is one of the leading causes of death, particularly among young people and certain vulnerable populations. The effects of suicide ripple through families, communities and society as a whole. Raising awareness helps address the root causes and reduce the incidence of suicide, which has lasting benefits for everyone.

5. It Creates Hope and Connection: Suicide Prevention and Awareness Month reminds people that they’re not alone and help is available. It fosters hope, showing that recovery and healing are possible, even in the darkest moments.

If you’re curious about how RK helps its employees with mental health and suicide prevention, check out our blog on RK’s Employee Assistance Program!

Clogged drains are a frequent and frustrating issue for many businesses, especially those in property management and the manufacturing, hospitality and healthcare industries. Understanding the common causes of these clogs can help you take preventive measures to keep your plumbing in top shape. Here are some key practices that often lead to clogged commercial drains:

1. Improper disposal of grease and oil

One of the leading causes of clogged drains is the improper disposal of grease, oil and fat. When poured down the drain, these substances can solidify and cause blockages. To prevent this, always dispose of grease and oil in designated containers. Consider setting up a routine for regularly clearing these containers to ensure they don’t overflow.

2. Food waste

Allowing food scraps and organic waste to enter the drain is another common culprit. This is particularly problematic in restaurants and food preparation areas. Installing and maintaining proper garbage disposals or using strainers to catch food particles can significantly reduce the risk of clogs. Make it a habit to clean these strainers regularly to prevent buildup.

3. Foreign objects

Items such as paper towels, wipes, sanitary products and other non-biodegradable materials should never be flushed or washed down drains. These items can easily cause blockages and lead to costly repairs. Educate your staff and visitors about proper disposal methods and provide ample waste bins to discourage flushing inappropriate items.

4. Hair and soap scum

In facilities like salons, hotels, and healthcare centers, hair and soap scum can accumulate in drains and cause clogs. Installing hair traps in shower and sink drains can help catch hair before it enters the plumbing system. Regular cleaning of these traps is essential to keep them functioning effectively.

5. Chemical buildup

Certain cleaning agents, chemicals, and even excessive use of soap can lead to build up inside the pipes, restricting water flow and causing clogs. Use chemicals sparingly and opt for environmentally friendly cleaning solutions when possible. Regularly flush drains with hot water to help dissolve any potential buildup.

6. Improper drain maintenance

Neglecting regular drain cleaning and maintenance can lead to gradual buildup and eventual blockages. Scheduling professional drain cleaning services on a regular basis can help keep your drains clear and prevent major issues. These services can also identify and address minor problems before they become significant ones.

7. Tree roots

In some cases, tree roots can infiltrate underground drain lines, causing blockages. This is more common in older buildings with aging plumbing systems. If you suspect tree roots might be an issue, consult with a professional plumber to assess the situation and recommend appropriate solutions, such as root barriers or pipe relining.

8. Sediment and mineral deposits

Over time, sediment and minerals from hard water can build up in pipes, leading to reduced flow and clogs. Installing water softeners can help mitigate this issue by reducing the amount of minerals in the water. You should also regularly de-scale your plumbing system to keep it running smoothly.

Don’t let drain issues drain your profits

By addressing these common practices and implementing proper waste disposal and maintenance routines, businesses can significantly reduce the risk of clogged drains. Not only will this help maintain a smooth operation, but it will also save time and money on costly repairs. Regular education and training for your staff on these best practices can ensure that everyone plays a part in keeping your plumbing system in top condition.

Your trusted, professional drain experts

RK Service understands that each commercial property has unique maintenance needs. RK Service offers advanced solutions to investigate and identify issues in your drains through our cutting-edge technology, which allows us to see what’s happening deep within your pipes and pinpoint potential problems before they escalate into costly emergencies. By partnering with RK Service, you gain peace of mind knowing that your drains are in the hands of skilled professionals who prioritize your success.

Call us today at 303.576.9696 or email service@rkindustries.com for more tips on maintaining your commercial plumbing system or to schedule a professional drain cleaning service. Whether you need help addressing mayhem or maintenance, we’ll keep your business thriving.

Maintaining a seamless operation is crucial for a business’s success. One often overlooked aspect is the plumbing system—it’s not something you really think about…until there’s a problem. When your plumbing is clogged, it can bring your business to a standstill. Enter hydro-jetting—a powerful, efficient solution for keeping commercial drains clean and clear. In this blog, we’ll explore what hydro-jetting is, its benefits and what you should look for in a plumbing partner.

What is hydro-jetting?

Hydro-jetting is a plumbing technique that uses high-pressure water streams to clean out pipes and drains. This method is particularly effective at removing stubborn blockages caused by grease, mineral build-up, debris and even tree roots.

How does hydro-jetting work?

A hydro-jetting system uses a high-pressure hose and a specialized nozzle designed to direct water jets at different angles to thoroughly clean the inside of the pipes. There are four main steps to hydro-jetting:

1. Inspection: Before hydro-jetting, a professional plumber will conduct an inspection of the pipes to assess the condition and identify the type and location of blockages.

2. Preparation: The plumber inserts the hydro-jetting nozzle into the pipe. The nozzle is connected to a high-pressure hose, which in turn is connected to a water source.

3. Cleaning: Water is pumped through the hose at high pressure, sometimes up to 5,000 PSI, which blasts away blockages and cleans the pipe walls.

4. Post-Inspection: After the hydro-jetting process, another inspection ensures that the pipes are thoroughly cleaned and free of obstructions.

The benefits of hydro-jetting for commercial drains

Why hydro-jetting is ideal for Mountain West region businesses

The Mountain West region’s diverse climate, with its hot summers and cold winters, can cause various plumbing issues. Hydro-jetting ensures that your pipes remain clear year-round despite any seasonal challenges.

Choosing the best hydro-jetting service

When selecting a hydro-jetting service, choose a company with a proven track record in hydro-jetting and a deep understanding of commercial plumbing systems. You should also ensure the service provider uses modern, high-quality hydro-jetting equipment for maximum effectiveness.

The right people for the job

RK Service understands that each commercial property has unique maintenance needs. When it comes to clearing and maintaining drains, RK Service offers advanced solutions to investigate and identify issues in your drains through our cutting-edge video scope, also known as a drain scope. This technology allows us to see what’s happening deep within your pipes, pinpointing potential problems before they escalate into costly emergencies. Drain maintenance is also a crucial part of your business’s risk mitigation plan, ensuring smooth operations and uninterrupted revenue streams.

Don’t let drain issues drain your profits

By partnering with RK Service, you gain peace of mind knowing that your drains are in the hands of skilled professionals who prioritize your success. Our tailored maintenance plans and comprehensive services ensure that your drains remain clear, allowing you to focus on providing excellent experiences for your customers.

Contact us today at 303.576.9696 or email service@rkindustries.com and let us be your trusted drain maintenance partner. Together, we’ll keep your operations flowing smoothly and your business thriving. Top of Form

In April 2024, the Environmental Protection Agency (EPA) announced the first-ever national, legally enforceable drinking water standards for per- and poly-fluoroalkyl (PFAS) substances. Also known as “forever chemicals,” studies have shown links between PFAS and liver damage, thyroid disease, immune system changes, developmental effects or delays in infants and children, higher rates of certain cancers and higher cholesterol levels.

Water districts must comply with these new federal guidelines to avoid legal penalties. Be sure to catch up on what you may have missed with our guide to the new federal PFAS regulations.

The Timeline for Testing and Treatment

All public water systems must complete initial testing for PFAS chemicals by 2027, followed by ongoing compliance monitoring. If testing finds PFAS levels that exceed the legal standards, the individual water districts must notify their customers and act to reduce the levels of PFAs in the drinking water by 2029.

Public Awareness Applies Pressure to Act Now

Interest in PFAS chemicals has skyrocketed as the public becomes more informed of their harmful, lasting health effects. Media coverage has been extensive, from local news stations across the country to major national publications such as USA Today, Bloomberg Law, Associated Press, Vox, NBC News, ABC News and others. The public has also been scouring the internet for information, with statistics showing thousands of Google searches about how to avoid PFAS each week. In short, residents are aware—and they’re demanding action.

New Grant Program Available for Small and Disadvantaged Communities

The EPA has recognized that communities need help addressing PFAS contamination in drinking water and has allocated $5 billion in grant programs for small or disadvantaged communities. This transformational funding has been provided to:

PFAS testing and treatment can be complex and take several months to complete. While it may sound like districts have ample time to comply with the new regulations, delaying action can risk access to grant funds and increase the likelihood of getting stuck in the backlog that waiting until the last minute can cause.

Be sure to visit the Emerging Contaminants in Small or Disadvantaged Communities page for more information about the grant program.

How RK Water Can Help

This may all sound overwhelming, but RK Water is here to support you through the entire process. We can:

– Perform initial PFAS sampling and testing.

– Identify and evaluate the PFAS compounds requiring treatment and identify the appropriate treatment method.

– Evaluate site-specific conditions, sustainability of the treatment method and cost-effectiveness of viable treatment options.

– Perform CAPEX vs. OPEX evaluation of competing treatment options.

– Design, procure and install temporary or long-term treatment system equipment.

– Operate and maintain treatment systems.

– Provide compliance testing and reporting.

– Handle media change-outs and disposal management.

Are you ready to take advantage of free government funds, get legally compliant and share that you’re at the forefront of public safety? Contact RK Water and save your spot today!

Interest in per- and poly-fluoroalkyl (PFAS) substances in drinking water has skyrocketed as the public becomes more aware of their harmful, lasting health effects. Also known as “forever chemicals,” studies have shown links between PFAS and liver damage, thyroid disease, immune system changes, developmental effects or delays in infants and children, higher rates of certain cancers and increased cholesterol levels. Media coverage has been extensive, from local news stations across the country to major national publications such as USA Today, Bloomberg Law, Associated Press, Vox, NBC News, ABC News, MSN, Washington Examiner and many others.

In April 2024, the Environmental Protection Agency (EPA) took initial steps to address this issue by announcing the first-ever national, legally enforceable drinking water standards for PFAS substances, known as Maximum Contaminant Levels (MCLs.) While the EPA has allowed three years for water districts to conduct testing and an additional two years to complete remediation efforts if PFAS is found, the shouts from the public are already loud and will only continue to grow. Property managers of large, multi-residential buildings should consider how the public outcry can influence their property’s standing with potential and existing residents now.

What Can Property Managers Do?

Building owners or property managers can test their building’s drinking water for PFAS and install whole-building treatment systems. Proactively addressing PFAS before national law requirements go into effect can enhance the property’s reputation as health-conscious, socially responsible and environmentally friendly. Management’s willingness to address PFAS can even be a deciding factor when potential residents evaluate residential complexes that may otherwise be similar.

Common Methods for Filtering PFAS

Effective filtration is critical for mitigating PFAS contamination in drinking water. Let’s take a look at the various filtering methods property managers can use as well as the pros and cons of each.  

Activated Carbon Filtration

Activated carbon filters are effective in removing chlorine, chloramines, volatile organic compounds (VOCs), and other contaminants that affect water taste and odor. In certain instances, carbon filtration can also be a key treatment method for the reduction of PFAS.

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Ion Exchange Treatment

Ion exchange filters are effective in removing PFAS from drinking water.  The benefit of ion exchange resin for PFAS treatment is the smaller footprint required compared to activated carbon filtration.

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Reverse Osmosis (RO)

RO systems use a semi-permeable membrane to remove dissolved solids, heavy metals and other impurities at the molecular level, providing highly purified water.

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Nanofiltration

Nanofiltration is similar to reverse osmosis, but uses membranes with slightly larger pores. It effectively removes PFAS while allowing beneficial minerals to remain in the water.

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Whole Building Water Treatment Installation

Water is a fundamental necessity for any building, be it residential, commercial or industrial. Ensuring the water quality is safe and suitable for all intended uses – drinking, bathing, cooking, cleaning, or manufacturing – is crucial.  Whole building water treatment installation addresses this need by providing a comprehensive system that purifies and conditions the water supply for an entire building. 

Whole building water treatment systems are designed to treat all the water entering a building, providing a centralized solution to address water quality issues. These systems typically include a combination of filtration and purification technologies to remove contaminants, improve water taste and odor, and ensure compliance with health standards. Key components of a whole building water treatment system may include:

– Pre-Filtration: The initial stage involves removing larger particles such as sand, silt, and sediment from the water.  Pre-filters protect subsequent treatment stages from clogging and reduce the load on them.

– Filtration: Using one of the methods discussed above.

– Post-Filtration: The final stage may include additional polishing filters to remove any remaining fine particles or impurities, ensuring the highest water quality.

The benefits of whole building water treatment are improved water quality and health benefits.  Comprehensive treatment systems ensure that all water entering the building is clean, safe and free from harmful contaminants. By removing harmful chemicals, these systems protect the health of building occupants.

Considerations for installation include water quality assessment, system sizing, professional installation, maintenance requirements and compliance with regulations. Investing in a whole building water treatment system is a proactive step toward ensuring high-quality water for all uses within a building. By addressing water quality issues comprehensively, these systems provide numerous benefits including environmental sustainability. Proper assessment, sizing and professional installation are key to maximizing the benefits of these systems, making them a valuable addition to any building.

How RK Water Can Help

Effective testing, treatment and monitoring are critical, yet as you’ve seen, there are so many options! Which filtering method you need can differ between buildings or complexes depending on the types of PFAS that are present, maintenance considerations, and more. Luckily, you have a friend in the business who can support you through the entire process. RK Water can:

– Perform initial PFAS sampling and testing.

– Identify and evaluate the PFAS compounds requiring treatment and identify the appropriate treatment method.

– Evaluate site-specific conditions, sustainability of the treatment method and cost-effectiveness of viable treatment options.

– Perform CAPEX vs. OPEX evaluation of competing treatment options.

– Design, procure and install temporary or long-term treatment system equipment.

– Operate and maintain treatment systems.

– Provide compliance testing and reporting.

– Handle media change-outs and disposal management.

Are you ready to leverage a significant differentiator to help market your property and be at the forefront of enhancing public safety? Contact RK Water today!