Water presents the ideal environment for bacterial microbe development. Harmless microbials occur naturally in water and most are completely safe. Bacterial microbe growth in pipes, however, can affect water quality and create contamination problems. As microbes grow, they attach to the wetted surfaces in the water distribution system and protect themselves from disinfecting agents by forming microbial biofilms.
Confidence is one of the greatest assets an industrial piping system can offer – confidence the system will perform as expected.
Delve deeper into CPVC's capabilities, benefits and performance in the harshest industrial applications.
Every year, wastewater treatment plants across the U.S. treat an estimated 61 cubic kilometers of wastewater – roughly the same volume of water that flows over Niagara Falls during a 12-month period. The wastewater treatment process requires large vessels and piping systems to convey and handle very polluted water and highly corrosive and caustic chemicals.
Designers and engineers often have dozens of choices when specifying piping systems for industrial environments. Over the years, however, plastic piping such as chlorinated polyvinyl chloride (CPVC) has become increasingly popular due to performance advantages such as outstanding corrosion resistance. As a thermoplastic, CPVC piping also offers optimum flow rates, safety benefits, ease of installation and little or no maintenance.
Many industrial environments such as the chemical processing industry, power generation plants, mineral processing and oil and gas operations use piping systems that are partially or completely installed outdoors. Piping systems used in outdoor applications must be able to maintain their basic physical properties after prolonged exposure to the elements – wind, rain/humidity, direct sunlight and seasonal and extreme temperatures.
Americans today produce and consume more energy, drive more miles and live more comfortably than ever before while reaping the rewards of a cleaner environment. These facts are backed by the Environmental Protection Agency (EPA) air quality data and refute some claims that air quality in the U.S. is getting worse.
Playwright George Bernard Shaw once stated that “the single biggest problem in communication is the illusion that it has taken place.” This statement applies to many life and business situations but is especially true for industrial facilities undergoing plant upgrades.
Fertilizer, batteries and detergent have one thing in common – all of these products utilize sulfuric acid in the production process. When properly processed and handled, sulfuric acid is one of the most useful and common chemicals used by multiple industries worldwide.
When the snow flies this winter, we’ll remain comfortable inside our homes, office buildings or the industrial facilities where we work because of the boiler systems that provide heat. Industrial hot water boiler systems that generate thermal heat are similar to the heating boilers found in the basement or crawl space of most homes – except they are much larger to accommodate the application needs. Industries such as food processing, for example, require significant thermal energy to boil or heat raw foods during processing.
Not even the Environmental Protection Agency (EPA) knows how many different chemicals are in use today – although the agency has more than 85,000 chemicals listed as substances that fall under the Toxic Substances Control Act (TSCA).