Amid the symphony of coal and steam, that we compose a harmonious melody of sustainability and efficiency. where molecules are the notes, and chemistry is the baton that conducts the score.

Every drop of our chemical solutions embodies a precise commitment; every service we deliver reflects a pursuit of innovation. From coal yards to chimneys, from boilers to cooling systems, we safeguard the path to clean power generation with the wisdom of chemistry.

Coal Yard’s Protective Armor - Keeping Particles Grounded

Coal yard dust control is a key aspect of environmental management in coal-fired power plants. Traditional methods such as water spraying and wind barriers offer limited and short-term effectiveness. The Polymer Dust Suppression Technology introduces a more advanced solution by applying a specially formulated dust suppressant that forms a tough, dense protective layer approximately 5 mm thick on the surface of the coal pile. This innovative method offers multiple advantages:

- Effectively locks in coal dust, minimizing particle dispersion caused by wind erosion or rainfall.

- Coal-friendly formulation: does not alter combustion properties, leaves no chemical residues, and imposes no additional burden on downstream processes.

- Long-lasting protection: a single application remains effective for 1 to 3 months, offering a cost-efficient, practical, and easy-to-implement solution.

The Sulfur Slayers - Purifying Every Breath of Flue Gas

The operating efficiency of coal-fired power plants' flue gas desulfurization (FGD) systems has a direct influence on the plant's total power consumption index, as well as emissions levels. In limestone-gypsum wet FGD systems, three major challenges persist: efficiency bottlenecks, scaling and blockage, and slurry foaming.Polymer’s “Three Musketeers” technical solution addresses these issues through precise interventions at critical process points, driving comprehensive improvements in system performance.

Desulfurization Synergist

Promotes the dissolution of limestone and enhances gas–liquid mass transfer efficiency, enabling the catalytic desulfurization reaction to proceed more effectively.

- Increases desulfurization efficiency by 2~3%

- Reduces outlet sulfur dioxide concentration by 30~50%

Scale Inhibitor for the Absorber Tower

Regulates system pH to gradually dissolve existing scale and form a protective film on pipe walls, thereby delaying new scale formation and minimizing system downtime.

- Slows scaling rate

- Reduces the frequency of shutdowns for cleaning and maintenance

Slurry Antifoam Agent

Rapidly breaks foam upon contact to prevent slurry overflow, ensuring the stable and safe operation of the FGD system.

- Prevents foaming-related disruptions

- Protects continuous, reliable system operation

Membrane Guardians - Purifying Every Drop

In power plant water treatment systems, membrane separation technology plays a vital role in ensuring water quality. However, challenges such as membrane fouling, contamination, and performance degradation can significantly impact water production efficiency and increase operating costs.Polymer Membrane MaintenanceSolutions address these issues through a dual approach of precise chemical intervention and intelligent maintenance, delivering more stable and cost-effective water purification—drop by drop.

Targeted Scale Inhibition

Forms a dynamic protective layer on the membrane surface to prevent scaling ion deposition and extend membrane lifespan.

Data-Driven Cleaning Strategy

By analyzing membrane flux decline, differential pressure changes, and other key indicators, the type of fouling is accurately identified and customized cleaning protocols are applied to quickly restore membrane performance.

Comprehensive System Stability

Ensures long-term operational reliability through consistent scale inhibitor dosing, real-time SDI (Silt Density Index) monitoring, and scheduled membrane cleaning—from pretreatment through deep system maintenance.

Water Circuit Strategist - Optimizing Every Liter

In power plant circulating water systems, scaling, corrosion, and microbial growth are key issues that compromise heat transfer efficiency and threaten equipment integrity. ThePolymer Circulating Water Operation & Maintenance Solution addresses these challenges through a comprehensive“Intelligent Monitoring + Eco-Friendly Chemicals + Energy Efficiency Optimization” technology framework, delivering intelligent water quality control and maximizing the efficiency of every cubic meter of circulating water.

Intelligent Monitoring

Equipped with real-time sensors for pH, conductivity, ORP, turbidity, residual chlorine, and more, the system continuously collects water quality data and builds intelligent prediction models for proactive control.

Dynamic Chemical Dosing & Remote O&M

- Utilizes big data analytics to automatically calculate and fine-tune chemical dosing via metering pumps, significantly reducing the need for manual adjustment.

- Supports remote operation and maintenance via PC and mobile app access to real-time water quality reports, equipment status, and alarm notifications.

Phosphorus-Free Formulation

Eco-friendly and highly effective, the phosphorus-free formula meets regulatory discharge standards while contributing to low-carbon, sustainable development.

Boiler Cleaners - Unlocking Peak Combustion Efficiency

In coal-fired power plant operations, boiler coking not only reduces heat transfer efficiency but also leads to corrosion, clogging of heating surfaces, and even unplanned outages.Polymer Boiler Decoking Technology combines chemical intervention with combustion optimization to effectively remove existing coke deposits and reduce coking tendencies—enhancing overall boiler performance and reliability.

Chemical Reaction Mechanism

Modifies the behavior of coking compounds, converting them into lighter ash forms that can be discharged early during the combustion process.

Crystal Structure Transformation

Alters the structure of deposits from hard and compact to loose and brittle, enabling gradual detachment and removal.

Formation of Anti-Corrosion Film

Improves thermal efficiency, reduces corrosion-related damage, lowers maintenance frequency, and extends the service life of the boiler.

The engineering clean power with precision chemistry solutions seamlessly integrate industrial performance with environmental responsibility.Polymer is shaping a new chapter in cleaner, smarter power generation, creating the future of sustainable energy.

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