I. Technical Excellence: Redefining the Standards of Efficient Disinfection
1. Precision-Controlled Slow-Release: Balancing Disinfection and Safety
The molecular structure of BCDMH (C₅H₆BrClN₂O₂) endows it with a distinctive mode of action. Upon dissolution in water, it gradually releases active bromine (Br⁻) and chlorine (Cl⁻), forming a synergistic disinfection system of hypobromous acid (HBrO) and hypochlorous acid (HClO). Compared with traditional chlorine-based disinfectants, BCDMH offers significant advantages:
- pH Adaptability: Maintains stable disinfection efficiency across a wide pH range of 5 - 9. Notably, in alkaline water (e.g., industrial cooling water with pH 8.5), its disinfection efficiency surpasses liquid chlorine by 30%, as evidenced by independent laboratory tests.
- Intelligent Slow-Release Mechanism: Automatically adjusts its dissolution rate according to water temperature. At 25°C, the solubility is 1.2 g/L, increasing to 2.1 g/L at 35°C. This enables a sustained antibacterial effect of 3 - 7 days, reducing the frequency of manual dosing.
- Low-Residue and Environmentally Friendly: Its degradation product, 5,5-dimethylhydantoin, is non-carcinogenic and non-teratogenic. BCDMH complies with stringent international regulations, including the EU's REACH Regulation and the US EPA's drinking water treatment standards.
2. High-Purity Quality: Meeting Stringent Industrial Standards
As a 98% high-purity formulation, BCDMH's core parameters are at the forefront of the industry:
| Indicator | Parameter | Application Value |
|---|---|---|
| Appearance | White crystals/powder | Facilitates precise measurement and dissolution |
| Active Bromine Content | ≥33% | Targeted elimination of drug-resistant bacteria and spores |
| Active Chlorine Content | ≥15% | Rapid inhibition of algae and biofilm formation |
| Melting Point | 159 - 163°C | Suitable for high-temperature storage and transportation in tropical regions |
| Moisture Content | ≤1.0% | Moisture-proof design extends shelf life to 24 months |
BCDMH is certified under ISO 9001 quality management system and can provide comprehensive technical documents, including MSDS, COA, and third-party test reports (such as SGS certification), ensuring compliance with high-end water treatment projects worldwide.
II. Diverse Applications: Comprehensive Solutions for Global Water Treatment
1. Industrial Water Treatment: Solving Three Key Challenges in Recirculating Systems
In recirculating cooling water systems of industries such as steel, chemical, and power generation, BCDMH effectively addresses:
- Biofilm Contamination: By continuously releasing active bromine and chlorine, it disrupts the adhesion matrix of microorganisms. In an independent industrial trial, BCDMH reduced biofilm thickness on pipeline walls by over 60%, leading to a 12% decrease in heat exchanger pressure drop and extending the cleaning cycle to 6 months.
- Algal Blooms: Inhibits blue-green algae and green algae at a concentration as low as 0.5 mg/L, outperforming traditional copper sulfate (effective concentration 2 - 3 mg/L) while eliminating the risk of heavy metal residues.
- High-Organic Water Quality: In water with a COD ≥ 500 mg/L, BCDMH exhibits a 40% higher disinfection efficiency compared to bleaching powder, making it ideal for wastewater treatment in industries such as starch and paper manufacturing.
2. Municipal and Domestic Applications: Ensuring Safe and Comfortable Water Environments
- Swimming Pools and Spas: At a dosage of 1 - 2 ppm, it rapidly eliminates Escherichia coli (99.9% kill rate) and Legionella. Free from pungent odors, it minimizes skin irritation risks associated with traditional chlorine-based disinfectants. BCDMH is certified under the EU's EN 14805 standard for pool chemicals.
- Drinking Water Pretreatment: Replacing liquid chlorine in pipeline disinfection, BCDMH reduces the formation of trihalomethanes (THMs) by over 50%, helping water supply systems meet international drinking water standards.
3. Agriculture and Environmental Protection: Protecting Ecology and Production
- Aquaculture: For intensive farming of species like whiteleg shrimp and largemouth bass, a dosage of 0.3 - 0.5 ppm suppresses the proliferation of Vibrio and Edwardsiella. When combined with feed (0.1% addition), it has been shown to increase seedling survival rates by 18% in independent trials.
- Soil and Seed Disinfection: A 0.1% solution effectively eliminates pathogens causing damping-off and root rot when used for seed soaking, suitable for cultivating high-value crops such as flowers and medicinal herbs.
III. Market Value: Seizing Opportunities in Green Water Treatment
1. International Regulatory Landscape and Industry Trends
With the global push towards sustainable water management, BCDMH aligns perfectly with emerging industry requirements:
- Smart Water Management: In pipeline biofilm control, BCDMH's slow-release properties reduce the frequency of manual inspections, lowering maintenance costs for smart water systems.
- Carbon Neutrality Initiatives: As a low-energy disinfection solution with eco-friendly residues, BCDMH supports ESG certifications, meeting the "pollution reduction and carbon reduction" transformation needs of global wastewater treatment plants.
2. Comparative Advantages Over Traditional Solutions
| Comparison Item | BCDMH | Liquid Chlorine | Sodium Hypochlorite |
|---|---|---|---|
| Storage Safety | Ambient temperature storage, explosion-free | High-pressure cylinders, explosion-proof requirements | Prone to decomposition, requires cold storage |
| Dosing Convenience | Solid powder, automatic dissolution | Requires vaporization equipment and leak prevention systems | High liquid transportation costs |
| Effectiveness at High pH | Efficient disinfection at pH 5 - 9 | Significantly reduced efficiency at pH > 8 | Almost ineffective at pH > 9 |
| Long-Term Cost | 25% - 30% lower comprehensive cost | Includes cylinder loss and transportation costs | Frequent replenishment required |
3. Global Market Strategies: Adapting to Diverse Water Quality Demands
- Southeast Asian Market: In regions with high temperatures and humidity, BCDMH's 7 - 10 day dosing interval effectively controls algal growth in cooling water systems, reducing operational costs.
- European Market: Leveraging its REACH certification and NSF drinking water treatment qualification, BCDMH targets high-compliance sectors such as swimming pools and food and beverage factories.
IV. Customer Success Stories: Data-Driven Proof of Value
A pharmaceutical company in South America faced microbial超标 issues in its purified water pretreatment (TOC ≥ 500 μg/L, total bacterial count > 100 CFU/mL). After switching from traditional sodium hypochlorite to BCDMH:
- Dosing Frequency: Reduced from daily to once every three days, saving 40% in labor costs.
- Water Quality: Total bacterial count stabilized below 10 CFU/mL, and TOC dropped to below 150 μg/L, meeting stringent pharmaceutical industry standards.
- Equipment Maintenance: After six months, biofilm thickness on pipeline walls decreased from 2 mm to 0.5 mm, improving heat exchange efficiency by 10%.
V. Why Choose Us: Comprehensive End-to-End Service
- Full-Scale Supply: Available in 25 kg bags, 1 kg bottles, and customized ton barrels, catering to requirements from laboratory trials to large-scale industrial purchases.
- Technical Support: Free water quality testing, dosing plan design, and on-site commissioning services, with seamless integration to intelligent dosing equipment.
- Rapid Response: 7×24-hour customer support, with standard orders shipped within 48 hours and expedited air freight options for urgent requirements.
Contact Us for Customized Solutions
BCDMH is more than just a disinfectant; it's a comprehensive water quality management solution. Whether you're dealing with recirculating water scaling, pipeline microbial contamination, or aquaculture water quality issues, our technical team is ready to provide end-to-end support, from solution design to performance tracking.
Reach out to us today and let 98% high-purity BCDMH be the cornerstone of your water quality stability.