Commercial Water Treatment Company in Lansing, Michigan

At Chardon Laboratories, we take a consultative, personalized approach to water treatment. Our technicians, certified by the International Organization for Standardization (ISO), meet with you and develop a water treatment program to meet your needs, while also helping you find utility credit programs to save on costs. Because of our unique approach to water treatment, we’ve become the go-to water treatment company in Lansing, Michigan.

Find out more about our Lansing water treatment services:

• Boiler service
• Boiler chemicals
• Closed loop system service
• Cooling tower service
• Legionella testing and treatment
• HVAC water treatment
• Water quality
• Lansing water treatment specialists

Boiler Water Treatment in Lansing

Without proper water treatment, a boiler can decrease in performance due to scale and corrosion. The goal of our boiler water treatment in Lansing facilities is to protect your boiler and its hardware by using proven products, equipment and our extensive experience. We do this by focusing on two main threats — scale and corrosion:

• Scale: Scale comes from deposits of minerals such as calcium, iron and silica. These materials are typically present within water itself. In the boiler, they precipitate out of the water and concentrate onto its surfaces. From here, scale can insulate the system, reducing the effects of heat transfer into the water and reducing the boiler’s efficiency. Other concerns include scale that sloughs off the sides and blocks the flow of water.
• Corrosion: Corrosion appears when certain chemicals from the air or water interact with the metal of the boiler. These reactions wear away at the metal and can cause pits on the surfaces and the inner mechanisms. Other aspects that can cause corrosion include acidic water and corrosive sodium salts trapped by scale on the side of the boiler. Corrosion is a significant threat to boilers, reducing lifespans and efficiency.

Both of these are significant problems for any industrial boiler, as they can make the boiler less efficient, increase operating costs and shorten its lifespan. Scale deposits can cause warped tubes, uneven heat distribution, and wasted energy, while corrosion can lead to oxygen pitting, failure of the steam trap and leaking condensate lines.

Poor efficiency doesn’t just make it harder to get your work done. It also increases the amount of wasted fuel and money you’re throwing at your boiler. These are aspects we aim to eliminate with comprehensive boiler treatment services.

So how do we eliminate scale and stop corrosion? Our team uses a blowdown procedure alongside a versatile selection of chemicals and water treatment equipment.

Blowdown is a process used to limit mineral concentration. During this procedure, we drain feedwater out of a boiler and replace it with feedwater with a lower concentration of dissolved solids. The result is water with fewer dissolved solids that could eventually form scale.

As far as equipment goes, we can use a wide range of tools to support the elimination of scale and corrosion. These can include:

• Conductivity controllers: These controllers automate feeds, readouts and conductivity bleeds to improve the efficiency of your system.
• Water meters: Contact headwater meters offer accurate information on water usage, so you can make adjustments as needed for greater efficiency and savings. They can also link up with a pulse-activated pump or timer for more proportional control and consistent feeding.
• Chemical pumps: Achieve automated and consistent chemical dosing for your boiler system with a dependable chemical pump. These pumps are an essential part of our chemical water treatment services in Lansing, MI, helping us ensure regular and accurate dosing. We carry a wide range of pumps to help us find the right options for various businesses.
• Corrosion coupon racks: With coupon racks, we can estimate the rate of corrosion and keep tabs on the effectiveness of the methods implemented.
• Boiler probes: Another of our ongoing analysis methods involves boiler probes. These tools detect the water levels within a system, helping to monitor pH levels and gather more information on the system’s health.

While there are many different types of equipment we can use, we always make sure to match them to your unique operating environment. We’ll find the right combination of equipment and procedures for your facility with our boiler water treatment services in Lansing, MI.

Boiler Chemicals in Lansing

If your facilities in Lansing need maintenance, Chardon can help by providing boiler chemicals and services.

Boiler systems are essential parts of your facilities, and keeping your boiler system running efficiently is critical. Corrosion and scale can quickly reduce this efficiency, so Chardon is here to help.

There are many different types of chemicals that take care of different aspects of your boiler water. These include:

• Scale: Phosphonate chemicals can keep scale at bay by controlling the production of calcium carbonate. They might also include a sludge conditioner to prevent solids from settling in the boiler. Other components may include dispersing polymers, antifoaming agents and PTSA tracers.
• Oxygen: Too much oxygen in the water can cause problems with both scale and corrosion. By applying chemicals that break down this gas, we keep the dissolved oxygen at an appropriate level.
• pH: Acidic water can contribute to corrosion, but we can neutralize the pH level with chemicals containing sodium hydroxide. This reduces acidity and can protect the boiler. These pH-controlling chemicals come in liquid and solid forms.
• Foam: As dissolved solids reach the surface of the water, steam can cause foaming that has negative effects on efficiency. By adding anti-foaming agents, we can modify the surface tension of the water and help keep foam levels down.

In addition to the chemicals mentioned above, we can also implement boiler inhibitors and return-line boiler chemicals. Boiler inhibitors are an all-in-one solution, with substances like sulfite, caustic and phosphonates.

We carry food-safe inhibitors too, as well as options that specifically target oxygen pitting. Return-line boiler chemicals ensure consistent pressure within the system and better corrosion resistance. For this purpose, we typically use a blend of chemicals, like morpholine, amines, cyclohexylamine, hydroxide and ammonium, carefully chosen to fit the specific task at hand.

Chardon helps your business by providing boiler chemicals and services throughout Michigan, including Lansing. We’ll help you treat corrosion and scale using our extensive experience, professional equipment and ISO-certified technicians.

Closed-Loop Water Treatment in Lansing

Closed loops in heating and cooling systems, from chilled water and cooling tower water to geothermal loops, present challenges related to bacteria and corrosion. Our closed-loop water treatment for the Lansing area provides protection against corrosion and eliminates or manages bacterial growth.

Our experienced team uses a few different techniques to achieve this result. Depending on your system’s status, we may suggest a complete cleaning and flushing or changing your filters. No matter the method, proactive maintenance is always important for closed-loop systems. We implement treatments that involve regular filter changes, pH testing, and system flushes to prevent corrosion from various sources.

While closed-loop systems are often protected from some of the major threats that face open-loop systems, it’s still essential to watch your system’s health because contamination can happen at any time, especially in systems for plastic injection molding.

To protect against contamination, we may use a variety of treatment methods and equipment installations. We’ll identify the cause and we may add chemicals, like pH adjusters to reduce acidity, or blends to remove excess oxygen from the water. Other possible additions include equipment like filtration devices, biocide feeders and pH probes.

The closed-loop water treatment services from Chardon Labs in Lansing, MI, include:

• Preventing corrosion, scale and microbiological growth.
• Cleaning and flushing.
• Corrosion coupons.
• A free survey for identifying your system’s requirements.
• Regular testing.
• Customized chemical treatment plans.
• Continued maintenance with a consistent, predictable annual price.
• Treatments from technicians certified by the International Organization for Standardization (ISO).

Lansing Cooling Water Treatment Chemical Solutions

Cooling towers can become a home to bacterial growth or the formation of scale. These factors all contribute to the breakdown of your tower and a drop in performance, too. We build our cooling water treatment programs in Lansing around eliminating scale, preventing corrosion, and controlling biological growth like Legionella.

Our cooling tower water treatment services for Lansing, MI, businesses include:

• Heat exchanger services.
• Testing and reports on your system status.
• Custom treatment plans to prevent and remove contamination.
• Scheduled maintenance at a guaranteed yearly price.
• Cooling tower treatments and passivation performed by ISO-certified technicians.

After we’ve identified the necessary approach, we implement custom treatment plans with a variety of chemicals and equipment solutions to address your unique cooling tower environment. Equipment options include many of those listed above for boilers, along with things like chemical and biocide batch tanks, flow switches and mini pulse timers.

There are several different types of cooling towers, each with its own strengths and weaknesses when it comes to contamination, scale and corrosion. Our analysis takes these variants into account, along with your operational practices.

Legionella Testing Services in Lansing, MI

Legionella is a dangerous threat to many different facilities utilizing water systems like air washers, cooling towers and fountains. This bacteria thrives in warm, wet environments and can cause Legionnaire’s disease and Pontiac fever, especially among populations that are particularly susceptible.

Standard 188 from the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) outlines several risk management steps that some buildings must abide by. If your facility has any of the following, it falls under Standard 188:

• Inpatient health care
• A centralized hot water heater
• A whirlpool or spa
• More than 10 stories
• Occupants over 65 years old
• Free chlorine over .5 parts per million (ppm)
• One or more water features

In these buildings, regular testing and a comprehensive water management plan are necessary to support Legionella-free operations. But Legionella can be tricky to work with and find due to its unique behaviors. It can quickly reach dangerous levels with very little warning, which is why many turn to professionals for management and Legionella testing services in Lansing, MI.

Here at Chardon Labs, our water treatment experts know all about the different species and serogroups of Legionella. They can conduct accurate testing and implement effective Legionella treatment approaches for Lansing businesses. In addition to equipment and testing, we can also provide services for education, risk assessment, water management plan development, and cooling tower cleaning for a comprehensive approach to Legionella management.

HVAC Water Treatment in Lansing

Cooling towers, boilers and closed-loop systems in HVAC systems are essential to maintain. Factors that degrade each of these systems include scale, corrosion and bacteria. We use our experience treating these water systems to build a personalized HVAC water treatment for Lansing customers.

We use personalized chemical water treatment to maintain your system, protecting it from scale, corrosion and bacteria. Our service technicians are highly trained to analyze your system and maximize its efficiency.

Water Quality in Lansing, Michigan

Understanding the water quality in Lansing, MI, allows Chardon to more effectively create an optimized chemical water treatment service around your specific system. With typical concentrations of calcium at about 60 ppm and water hardness around 100 ppm, it is important for a water treatment program to be designed around maximizing the use of the water without damaging your system.