ChemNergy was founded in 2001. Since its establishment, ChemNergy has emphasized the "Total Solution Approach" and result-driven programs to help customers improve performance and profitability.
Every industry has its unique operational needs and business challenges. This requires different expertise, this intensive, hands-on process allows ChemNergy's representatives to apply their technical skills, implement best practices, and provide the greatest value to its customers.
Our products are used in boilers, cooling towers, influent/wastewater and process systems. We provide our customers with superior technology and service to help them reduce their operating costs, improve productivity and profitability as well as meeting their environmental objectives.
ChemNergy is a premier supplier of specialty chemicals , monitoring solutions and engineered system for water and industrial process systems.
Boiler water treatment programs help to ensure safe and reliable steam production to meet peak demands, reduce energy losses, optimize water utilization, minimize waste treatment costs and avoid costly unscheduled maintenance by extending equipment life.
Cooling water treatment programs control corrosion, scaling and mineral and microbiological fouling in closed, open evaporative and once-through cooling systems. Specific program utilizes halogen resistant approach that ensures chemicals used are not degraded by the strong oxidizing power of the halogens used in most cooling systems, to allow the chemicals to do their job more effectively, and achieve even higher corrosion, deposition and microbial control while enhancing heat transfers efficiencies and plant reliability.
Waste water treatment products employ specialty chemicals for removing pollutants in water, principally through coagulation, emulsion breaking, metal precipitation, flocculation and demulsification. These services are sought after by customers seeking to recycle water and to comply with discharge regulations.
Protect your RO membranes from impurities, scale and microbiological fouling
At different stage of production, ChemNergy has the technology and treatment programs to increase plant efficiency and customer competitiveness by controlling process problems and lowering operating costs.
For On-Site & Off-site Monitoring Solutions
We offer wide range of separation technologies, designed for drinking water, wastewater and industrial process applications
Membranes designed to meet unique treatment situations
Design and supply of various media filtration systems including anthracite, sand, gravel, activated carbon, manganese green sand, zeolites, ion exchange resin, Softening resin or other specialty media.
Applications :
RO membrane systems apply a strong pressure gradient to drive water through a semi-permeable membrane, leaving salts and other impurities behind.
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Electrolytic technology uses pressure and electrical current to separate contaminants from pure water through a semi-permeable material that includes both cationic and anionic membranes.
A wide range of clarification equipment that fit into a full system or operate as stand alone units.
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We offer a variety of Ozone, UV and Advanced Oxidation Processes (AOP) technologies, applicable for municipal and industrial water applications.
For Water & Process Treatment System
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Driving result with comprehensive, unique & advanced solutions
Equipment & Engineered Solutions
Specialty Chemical & Monitoring Program
Custom Made Solutions
On-Site Expertise
Leading Automation
Digital Tools
Innovation
Case History
Local & Regional Support & References
A Palm Oil Mill was experiencing recurring feedwater high hardness ingress into the boiler. The water source was from a tube well having high Ca hardness and Silica. Mechanical and operational issues associated with lime soda softening plant, zeolite softener system and improper internal treatment program were responsible for the repeated boiler tube failures and unscheduled shutdowns. A new internal treatment program was introduced following some troubleshooting and improvement works on external treatment plant. This internal treatment technology among others, promotes solubilization and dispersion of scale forming ions such as calcium, magnesium, iron and silica. The program removes existing deposits, control under deposit corrosion and is resistant to contaminant intrusion.
A steel manufacturer was having difficulty controlling corrosion problem and specifically iron rust deposition in their closed loop system. This is due to some operational issues occurred and inadequate treatment previously. As the production was unable to shut down, a dedicated treatment program with on-line cleaning up capability was recommended. A blend of corrosion inhibitor and high strength patented iron dispersant was applied and monitored carefully. Without introducing acid based product, the system iron corrosion products and suspended solids were well treated and removed effectively.
An Air Separation Plant's Heat Exchanger suffered from water side iron scaling condition resulting in high temperature profiles and impaired plant performance. A specialty cleaning program was recommended taking into consideration waste water discharge compliance requirement and temporary and manageable cleaning system set up. This cleaning program engaged environmental friendly neutral pH cleaner which removes rust deposits, oil based coatings and organic debris among other contaminants. The additional unique benefit of this cleaner product is the metal passivation can be achieved while chemical cleaning in progress.
*A waste water plant was well maintained and complied environmental regulation. In the effort to realize zero discharge and water reuse opportunity, several new concept and treatment design options were considered. Without interfering the original treatment system, the waste water plant was upgraded with extended treatment facility with membrane technology. Ultrafiltration and Reverse Osmosis were among new unit operations, to provide further treatment capabilities. The treated water was then channeled to cooling water system to supplement make up water and the reject water was recommended for utility and general use.