Oil Grade High Temperature Resistance Modified Starch for Oilfield with ISO 9001 Certification

Product Specifications

Overcoming Oilfield Starch Challenges: High-Temperature Resistant Solutions for Downhole Operations

Over the past decade working with oilfield service companies worldwide, we’ve repeatedly encountered the frustration of starch-based additives failing under extreme downhole conditions. Inconsistent viscosity in high-salinity brines, rapid degradation at temperatures above 120°C, and batch-to-batch performance variations have led to costly well stimulation delays and compromised fluid stability. These issues aren’t just inconvenient—they directly impact operational efficiency and project economics in demanding oilfield environments.

Oil Grade High Temperature Resistance Modified Starch: Engineered for Reliable Performance

Our Oil Grade High Temperature Resistance Modified Starch addresses these critical challenges through advanced molecular modification technology. Specifically designed for oilfield applications, this product maintains stable viscosity in both 40g/L and saturated saltwater solutions, with filtration values consistently measuring 10—parameters that translate to reliable fluid performance even in harsh downhole conditions. Backed by our 3000 Tons/Year production capacity and direct factory supply chain, we ensure consistent availability for both large-scale operations and specialized pilot projects.

Core Applications in Oilfield Operations

This Oilfield Modified Starch plays a vital role in multiple downhole operations, including drilling fluid formulation, fracturing fluid viscosity control, and completion fluid systems. Its high temperature resistance makes it particularly valuable in deep well applications where conventional starch additives break down, while its compatibility with various brine compositions allows for versatile use across different geological formations. The product’s performance characteristics support efficient solids suspension, fluid loss control, and reservoir protection—key factors in optimizing well productivity.

Critical Performance Parameters Explained

The 600r/min reading values (18 in 40g/L saline water and 20 in saturated saltwater) directly indicate the product’s shear-thinning behavior under downhole conditions—essential for maintaining fluid viscosity during pumping while allowing proper flowback. The consistent filtration value of 10 across both saline concentrations demonstrates effective fluid loss control, preventing formation damage and ensuring efficient fluid circulation. These specifications aren’t arbitrary; they’re the result of rigorous testing to meet the specific demands of oilfield fluid engineering, where even minor performance variations can lead to operational setbacks.

Risk Mitigation Through Quality Assurance

Choosing substandard modified starch for oilfield applications introduces significant risks: premature fluid breakdown can increase operational costs, inconsistent viscosity control may compromise well integrity, and non-certified products could introduce contaminants that affect reservoir performance. Our ISO 9001:2015 certified manufacturing process eliminates these concerns by implementing strict quality controls at every production stage. The ISO 9001 Oilfield Starch designation ensures traceability from raw material selection to final packaging, providing documented assurance that each batch meets the exacting standards required for critical oilfield operations.

Our Quality Commitment

Certificate of Analysis & Documentation

Each shipment includes a batch-specific Certificate of Analysis detailing all tested parameters, along with a Material Safety Data Sheet (MSDS) containing handling and safety information. For critical applications requiring additional verification, we can provide full test reports including viscosity curve data and thermal stability profiles upon request. All documentation complies with international shipping and regulatory requirements for industrial chemical products.

Storage & Handling

• Store in a cool, dry, well-ventilated area, sealed and away from direct sunlight.
• Keep away from incompatible materials, food and feed sources.
• Handle with appropriate personal protective equipment (gloves, goggles, lab coat).
• Follow good industrial hygiene practices. Avoid inhalation and skin contact.
• Refer to MSDS for detailed storage and safety instructions.

Streamlined Order Process for Oilfield Applications

To ensure your specific operational requirements are met, we recommend starting with a technical consultation to discuss your application parameters, followed by sample evaluation in your testing laboratory. Once specifications are confirmed, our direct factory supply chain allows for efficient order processing with shipment from Tianjin Port. We accommodate both standard 25kg bag packaging and custom pallet configurations to optimize handling at your facility.

Frequently Asked Questions