In the complex world of hospital maintenance, how do steam boilers stay efficient and compliant amidst the labyrinth of water treatment regulations? The latest episode of the Chem-Aqua podcast "Water Solutions" explores the role of neutralizing amines in preventing corrosion in hospital steam systems. 

This episode highlights not just the science behind these compounds but also the critical regulatory standards that govern their use, such as ASHRAE 170-2013 and FDA regulation 21 CFR 173.310.

It's a narrative that intertwines the technical with the regulatory, emphasizing the importance of both in maintaining safe and efficient hospital operations. This insightful discussion by Chem-Aqua highlights the delicate balance between adhering to health standards and ensuring the longevity of crucial hospital equipment.

"Neutralizing means are essential for effectively controlling corrosion, but they must be properly applied and monitored to meet regulatory guidelines," Chem-Aqua said. 

Boiler scale is a significant issue impacting energy efficiency and operational costs in various industries. In a brief segment from Chem-Aqua's series "Water Solutions," some light was shed on the costly consequences of scale deposits in steam boilers. Host Gabrielle Bejarano emphasized the imminence of effective water treatment strategies to mitigate these costs.

In the episode, Bejarano further discussed the intricacies of boiler scale, its formation, and the resulting inefficiencies. This gave a look into how scale deposits act as insulators, reducing heat transfer efficiency, and leading to increased fuel usage, higher maintenance needs, and potential equipment failure. These challenges highlight the value of Chem-Aqua's century-long expertise in water treatment, offering viewers actionable solutions to optimize boiler performance and longevity.

Author: ChemAqua

In the latest episode of Water Solutions by Chem-Aqua, a critical aspect of air conditioning maintenance is brought into focus. This discussion highlights how overlooked AC coil cleaning can lead to significant costs and efficiency losses.

This episode centers on the often-neglected task of cleaning air conditioning (AC) coils, crucial for maintaining system efficiency and indoor air quality. The show delves into the challenges of AC coil cleaning, the adverse effects of dirty coils, and introduces Chem-Aqua's innovative and non-damaging coil cleaning solution. This solution not only enhances the performance of AC systems but also curtails operational costs and extends the life of the equipment.

This episode focuses on an innovative approach to water conservation in the dairy industry. The show examined the potential of reusing Condensate of Whey (COW) water, a byproduct of dairy processing, and highlighted some of its economic and environmental benefits.

Hosted by Dani Waddell, the informative episode also featured insights from expert Tim Daniels. Waddell further covered the practical aspects of recycling COW water for various uses such as systems management and plant maintenance. She also discussed regulatory standards, treatment methods, and the importance of water quality management in these applications. COW water has quite a lot of benefits when reused and has promising goals for the dairy industry.

With winter on the horizon, safeguarding cooling towers against freezing temperatures is not just crucial for maintaining operations—it's a strategic imperative for businesses. The cost of inaction can be substantial, ranging from operational disruptions to significant repair expenses. Chem-Aqua tells us how to prepare cooling towers for winter and navigate the cooler months without incident.

To prepare cooling towers for the winter season, facility managers must hold regular inspections, take proactive cold weather protocols, maintain heat loads and flow rates, and manage airflow. Chem-Aqua also emphasizes the severe implications of ice formation on operational efficiency and structural integrity, and provides a comprehensive approach to prevent potential damage, ensuring your cooling systems remain functional and safe in freezing conditions.

Boiler water carryover can cause deposits to form in valves, heat exchangers, turbines, and superheaters. If deposits are significant, heat transfer and/or turbine efficiency may be reduced. Additionally, carryover can strip away the protective magnetic layer on steam lines, remove the film formed by filming amine programs, cause erosion-induced corrosion, and result in product quality problems in processes using live steam.

Read more about how to prepare your cooling tower for winter here: https://www.chemaqua.com/en-us/Blogs/how-to-prepare-your-cooling-towers-for-winter