On August 19, 2026, the Jiangxi Provincial People's Government announced the recipients of the 2025 Jiangxi Provincial Science and Technology Awards, one of the most significant recognitions of scientific and technological achievement in the province. Among the honored organizations, Jiangxi Weike Oleochemistry Co., Ltd. received the Technological Invention Award, second Prize for the project titled "Apparatus and Method for Continuous Flow Synthesis of Ethylene Bis-Fatty Acid Amides."

The award was granted to a team of six contributors from Jiangxi Weike: Wu Jian, Chen Qi, Wu Guilan, Wu Yongsheng, Zhu Dongxiu, and Chen Jianping, representing the company's core technical leadership and R&D capability in amide-based additives synthesis and process engineering.

What the Award Recognizes

The Jiangxi Provincial Science and Technology Awards are conferred annually by the provincial government to organizations and individuals who have made outstanding contributions to scientific and technological progress and economic development in Jiangxi. The Technological Invention Award specifically recognizes inventions that represent genuine technical advancement, not incremental improvements, but novel apparatus, methods, or processes that create new capability in a field.

Jiangxi Weike's award-winning project addresses the synthesis of Ethylene Bis-Fatty Acid Amides, the chemical family that includes EBS (Ethylene Bis-Stearamide) and EBO (Ethylene Bis-Oleamide), two of the most widely used b2b chemical manufacturer products in plastics processing, rubber compounding, masterbatch production, and specialty coatings. These amide-based additives function as internal and external lubricants, dispersants, mold release agents, and processing aids across a broad range of polymer systems, making the efficiency and quality of their synthesis directly relevant to the performance consistency that downstream customers depend on.

The invention, a continuous flow synthesis apparatus and method, represents a meaningful advance over conventional batch synthesis approaches that have historically characterized fatty acid amide production in China and globally.

Why Continuous Flow Synthesis Matters

Conventional batch synthesis of Ethylene Bis-Fatty Acid Amides involves discrete production cycles where reactants are combined, reacted, and processed in separate, time-bounded batches. While effective, batch processes inherently introduce variability between production runs, in reaction completeness, product purity, and the consistency of chemical specifications like acid value, iodine value, and active content. Managing that variability requires extensive quality control at the batch level and limits the scalability of production without proportional increases in equipment and labor.

Continuous flow synthesis replaces discrete batch cycles with an uninterrupted, controlled reaction stream where reactants enter and products exit the system continuously under precisely managed process conditions. The result is more consistent reaction parameters throughout the synthesis, more uniform temperature profiles, more controlled residence times, and more complete conversion of feedstocks to the target amide-based additive product. For an oleochemical manufacturer where batch-to-batch consistency in purity and chemical specifications is a direct customer requirement, the transition from batch to continuous flow synthesis is a manufacturing quality upgrade, not just a throughput improvement.

The apparatus and method developed by Jiangxi Weike's technical team encodes that process advancement in a patentable, implementable form, translating the theoretical benefits of continuous flow chemistry into a production-scale system specifically engineered for Ethylene Bis-Fatty Acid Amide synthesis. The recognition by the Jiangxi Provincial Science and Technology Awards committee reflects the genuine technical novelty and industrial applicability of that achievement.

What This Means for Customers

For plastics manufacturers, masterbatch producers, rubber compounders, and plastic additives distributors sourcing EBS and EBO from Topwellgoal, the commercial brand of Jiangxi Weike Oleochemistry, this award is a signal about the manufacturing capability behind the products they purchase. Provincial technological invention recognition is not awarded for incremental process optimization. It is awarded for genuine technical advancement that creates new industrial capability.

The continuous flow synthesis technology that earned this recognition contributes directly to the product consistency, purity reliability, and supply stability that customers building quality-controlled production processes around Topwellgoal's fatty acid amide products depend on. It also reflects the broader R&D investment trajectory at Jiangxi Weike, a company that is actively developing next-generation manufacturing capability in amide-based additives rather than simply maintaining existing production systems.

Alongside recent investments in granular erucamide production, automated packaging line commissioning, and active participation in China's major plastics and polyolefin industry technical forums, this award positions Jiangxi Weike as one of the most technically progressive oleochemical manufacturer operations in China's specialty additives sector.

Partner with an Award-Winning Manufacturer

For manufacturers and distributors worldwide sourcing EBS, EBO, erucamide, oleamide, and the full range of amide-based additives for plastics, rubber, and specialty compound applications, Topwellgoal offers provincially recognized manufacturing innovation backed by rigorous quality control and comprehensive technical support.

Contact Topwellgoal today to request product specifications, full COA documentation, or a technical consultation on integrating our award-winning EBS and fatty acid amide products into your formulation or supply chain.