Aqueous-compatible

Aqueous-compatible describes a substance or material that is capable of being mixed with or dissolved in water without undergoing significant degradation, reaction, or incompatibility. It implies a degree of affinity or miscibility with water, allowing for the formation of a stable, homogeneous mixture or solution. This compatibility is crucial in various applications, particularly in biological systems, chemical reactions, and industrial processes where water serves as the primary solvent or medium. Factors influencing aqueous compatibility include polarity, the presence of hydrophilic groups, molecular structure, and the absence of hydrophobic or incompatible functional groups. Testing for aqueous compatibility often involves observing the substance's solubility, stability, and performance in the presence of water.

Aqueous-compatible meaning with examples

• The new drug formulation uses an aqueous-compatible carrier, ensuring efficient delivery of the active pharmaceutical ingredient within the human body. The carrier readily disperses in blood plasma, enhancing bioavailability. This avoids the problems of using insoluble or poorly soluble carriers, which are less effective and can cause unexpected side effects. This feature is critical for treatment efficacy, and so it’s also vital for drug safety.
• When designing the new eco-friendly cleaning solution, the formulation team selected aqueous-compatible surfactants to effectively remove dirt and grease without leaving any residue. Their chemical properties permit them to mix into a stable, clear solution in the presence of tap water. The product’s environmental profile is improved, and that's what is important in eco-friendly solutions. The goal is to reduce pollution without sacrificing cleaning efficiency.
• The researchers discovered a novel polymer that proved to be aqueous-compatible, allowing for its use in advanced water purification membranes. The chemical structure allows water molecules to readily pass through the material, improving the efficiency of filtration. This enables the development of affordable solutions to provide clean drinking water in areas affected by water scarcity. It’s an essential solution, helping provide clean, safe water.
• The laboratory technician selected aqueous-compatible solvents for extracting target compounds from plant materials, ensuring minimal interference from organic solvents. These special solvents maintain the integrity of the extracted compounds, unlike their more reactive counterparts. This approach avoids unwanted side reactions, enhancing the accuracy of the analysis. Precise extractions lead to more precise measurements and conclusions.
• During the industrial process of printing, the ink formulation was designed to be aqueous-compatible with a high degree of stability. Its stability is critical for optimal performance. This feature helped to avoid clogging the printer nozzles and ensuring consistent color output. That is, if the color is correct, the results are more predictable. It saves time and reduces waste.