Chemical Machinery Pilot Plant: 10L & 25L Jacketed Glass Biodiesel Reactor

Chemical Machinery Pilot Plant: 10L & 25L Jacketed Glass Biodiesel Reactor

The Chemical Machinery Pilot Plant with 10L & 25L Jacketed Glass Biodiesel Reactor is a high-performance system designed for small-scale biodiesel production and research. Perfect for laboratories and pilot production, this reactor offers precise control over the transesterification process, ensuring high-quality biodiesel production. Its jacketed glass design allows for optimal temperature regulation, making it ideal for sensitive chemical reactions.

Key Features

• Jacketed Glass Design: Provides excellent temperature control, ensuring precise regulation during the biodiesel production process.
• Flexible Capacity: Available in 10L and 25L sizes, making it suitable for small-scale pilot projects and research or scaled-up operations.
• Efficient Transesterification: Facilitates the conversion of oils and fats into biodiesel with high yield and quality.
• Easy Monitoring: Transparent glass construction allows for clear visibility of the reaction process, ensuring easier monitoring and control.
• Durable Construction: Built with high-quality materials to withstand the demands of chemical processes and ensure long-lasting performance.
• Versatile Applications: Ideal for biodiesel production as well as research and development of chemical reactions in laboratory settings.
• Precise Control: Equipped with adjustable temperature, pressure, and stirring controls to optimize reaction conditions.

The Chemical Machinery Pilot Plant with 10L & 25L Jacketed Glass Biodiesel Reactor is an excellent tool for anyone involved in biodiesel research or small-scale production. Its reliable performance and user-friendly design make it a key asset for labs, universities, and pilot plants.

Product Info Gallery

Working Principle

Under the vacuum negative pressure condition, the stirring rod is stirred at a constant speed by using the speed-regulating knob, so that the material is fully reacted in the kettle body, and the heating or cooling reaction of the material in the kettle is indirectly heated by the glass interlayer external heating or cooling device, and the reaction process is heated during the heating process. The resulting solvent vapor is rapidly cooled, distilled or refluxed via a cooling coil of a glass condenser. After the reaction is completed, the material can be quickly discharged through the oblique discharge valve.