Description
1. Product Overview
Low-Grade Steam Condensate is a recovered water stream generated from industrial steam systems after heat transfer processes. Although not suitable for high-purity boiler reuse without treatment, it retains significant thermal energy and usable water content, making it a valuable secondary resource for multiple industrial operations. This condensate is widely utilized for cooling, washing, process dilution, and pre-treatment feedwater applications. By repurposing this stream, industries can significantly reduce freshwater consumption, lower energy costs, and improve overall plant efficiency. In resource-intensive sectors, Low-Grade Steam Condensate represents a strategic opportunity for cost optimization and sustainable water management.
2. Key Specifications & Technical Characteristics
- Composition: Predominantly condensed steam (water) with trace dissolved solids, minor hydrocarbons, and process-derived impurities depending on source
- Purity Level / Grade: Industrial-grade recovered condensate (low-grade classification)
- Appearance: Clear to slightly cloudy liquid
- Color: Colorless to light yellow
- Physical Form: Liquid
- Typical Temperature Range: 40–90°C depending on recovery conditions
- pH Range: Typically 6.0 – 9.0 (source dependent)
- Total Dissolved Solids (TDS): Variable depending on upstream process contamination
- Odor: Mild process-related odor possible
- Packaging Options:
- Bulk tanker shipments
- ISO tanks
- Industrial storage tanks
- Shelf Life: Best used shortly after recovery; recommended within 3–7 days if stored to prevent contamination or microbial growth
3. Core Industrial Applications
Primary Industries:
- Power generation and utility plants
- Petrochemical and refining facilities
- Chemical manufacturing
- Pulp and paper mills
- Textile and dyeing plants
- Food processing support operations
Operational Use Cases:
- Cooling tower makeup water
- Industrial washing and equipment cleaning
- Process dilution in chemical operations
- Feedwater for secondary treatment systems
- Preheating processes due to residual thermal energy
Performance & Value Advantages:
- Energy efficiency: Retains residual heat, reducing additional energy requirements in secondary processes
- Water conservation: Reuses process water streams, lowering freshwater demand
- Operational cost savings: Reduces wastewater discharge volumes and water procurement costs
- Process integration: Easily incorporated into water recovery and recycling loops
Compared with untreated raw water or newly sourced industrial water, Low-Grade Steam Condensate offers measurable cost and sustainability benefits when properly integrated into plant utility systems.
4. Competitive Advantages
- Consistent Industrial Supply: Generated continuously from steam-based industrial operations
- Cost-Effective Utility Resource: Significantly lower cost than fresh industrial water or treated condensate
- Efficient Logistics: Available for bulk shipment via tanker or ISO container
- Sustainability Benefits: Supports circular water management and reduces environmental discharge loads
- Operational Efficiency: Contains residual heat energy that improves downstream process efficiency
- Industrial Documentation: Basic composition and handling data available upon request for integration into plant utility systems
5. Commercial & Supply Information
- Minimum Order Quantity (MOQ): BULK 20 MT
- Loading Capacity: 20–25 MT per container (ISO tank or bulk tanker depending on logistics)
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