This paper compares three homogenization methods: high-pressure homogenization, high-shear emulsification, and microfluidization. Using yam products as an example, it aims to identify suitable solutions for achieving a uniform emulsified state, extending product shelf life, and ensuring effective dispersion.

A vacuum emulsifier is an emulsification device capable of processing materials under vacuum conditions for emulsification and shearing. When using nonionic emulsifiers for emulsification, the emulsification temperature has a relatively weaker effect on particle size. Furthermore, the emulsification equipment, such as the vacuum emulsifier, significantly influences the emulsification process, with stirring speed being one of the key factors affecting the outcome.

Residence time refers to the duration that materials remain inside the reactor, which is a key parameter affecting the reaction efficiency. The length of residence time influences the progress of the reaction, thereby impacting the efficiency and quality of chemical production. With over 20 years of experience in reactor production and R&D, Jinzong Enterprise is here to share relevant knowledge. Save it for future reference!

Industrial reverse osmosis water purification equipment, capable of producing pure water systems, is specifically used in product manufacturing for fields such as microbiology, pharmaceuticals, and medical device cleaning. It has gained increasing recognition from more and more consumers. However, many users have insufficient awareness regarding the maintenance of industrial reverse osmosis water purification equipment, leading to many unnecessary losses during later use. Jinzong Enterprise reminds you to firmly remember the following maintenance tips!

Water treatment engineering primarily consists of water supply treatment engineering and wastewater treatment engineering. Today, Jinzong Enterprise will share with you the fundamental knowledge of water treatment and the related processes of wastewater treatment.

The reaction kettle is the most common equipment in fine chemical production enterprises, as well as the most typical device in unit systems, making it a key focus of safety production supervision. Jinzong Enterprise will now explain the main hazard factors and prevention and control measures for fine chemical reaction kettles.

An interpretation of the requirements for the water treatment system and its management system under Items 42-43 of the "Key Inspection Points for Cosmetics Production Quality Management" (Actual Production Version) is provided for your reference.

The high-pressure homogenization process is primarily influenced by three effects: impact force, shear force, and cavitation effect. Among these, impact force refers to the force generated when the material, under high pressure, flows through the impact ring and collides with the wall of the impact ring or with other materials. It is a crucial homogenization force in high-pressure homogenizers.

Dosing equipment can quantitatively feed water treatment chemicals according to preset requirements, significantly reducing various costs and avoiding errors in intermediate processes. In recent years, it has been widely adopted. Below, let’s explore the characteristics of the activated carbon powder dosing system as well as the mixing ratios and dosing methods for various chemicals.

The magnetic reaction kettle represents a typical innovation in applying magnetic transmission technology to reaction equipment, fundamentally resolving the shaft seal leakage issues that traditional packing and mechanical seals failed to overcome. While utilizing this technology, we must also pay close attention to its associated safety considerations. Next, Jinzong Enterprise will guide you through the essential knowledge for the safe operation of magnetic reaction kettles.

An activated carbon dosing system is a fully automated dosing unit that mixes powdered activated carbon with water in a specific ratio and feeds it into the water. Its main workflow includes storage in a sealed silo, feeding by a feeder, conveying via a screw conveyor, dissolution and mixing in a stainless steel dissolution tank, and finally dosing to the injection point using a screw pump to achieve water treatment objectives.

A vacuum emulsifier is equipment capable of emulsifying and shearing materials under a vacuum state. When non-ionic emulsifiers are used for emulsification, the influence of emulsification temperature on particle size is relatively weak. The emulsification equipment of the vacuum emulsifier significantly impacts the emulsification process, with stirring speed being one of the key factors.