Reactor Equipment
The New Brunswick BioFlo 6000 fermentor is a highly versatile pilot-scale system designed for various fermentation and bioprocessing needs, accommodating vessel capacities of130 liters. This mobile system is built on a stainless steel skid equipped with lockable casters for easy relocation. The 130-liter vessel, constructed from 316L stainless steel, features a polished internal finish, jacketed design for efficient heat transfer, and multiple ports for sensors, sample addition, and other utilities. The fermentor supports automatic sterilization with programmable cycles and precise temperature control via an RTD sensor integrated into the system. Agitation is driven by a top-mounted, AC variable speed motor with Rushton impellers, ensuring efficient mixing and oxygen transfer rates. The system also includes a thermal mass flowmeter for airflow monitoring and optional automated backpressure control for enhanced process control. Automatic pH and DO controls allow customization to meet specific process requirements, making the BioFlo 6000 ideal for diverse research and production environments.
The Eppendorf BioFlo 320 fermentor is a compact and versatile system designed for bioprocessing applications, featuring a 10-liter stainless-steel dished-bottom vessel with a direct-drive system for efficient mixing. The system includes automatic controls for temperature, pH, dissolved oxygen (DO), mass flow, and mixing, ensuring precise environmental regulation for microbial and cell culture processes. This specific configuration features four peristaltic pumps, three thermal mass flow controllers (TMFC), and a pivot arm-mounted touchscreen interface for user-friendly operation. Additional capabilities include optional modules for sparge gas control, advanced sensors, and enhanced monitoring, making it adaptable to a range of experimental and production needs.
The QEG-100A 100L Pilot Digester is a robust and versatile anaerobic digestion system designed for pilot-scale research and development applications. Constructed from high-quality 304 stainless steel with a mirror-finished interior, it ensures durability and ease of cleaning. The digester features a three-layer thermal insulation system, maintaining adjustable temperatures from ambient to 90°C with uniformity of ±1.5°C at 50°C, facilitated by dual 2.5 kW immersion heaters. Its variable-speed agitator operates between 30-150 rpm, powered by a 0.75 kW motor, promoting optimal mixing conditions. The system includes an automatic hydraulic lifting mechanism for the tank cover, enhancing operational convenience. A programmable control panel allows precise management of heating, stirring, and cover lifting functions. With dimensions of 1000 × 720 × 1850 mm and a total power requirement of 1.1 kW (three-phase, 208V, 60Hz), the QEG-100A is engineered to provide reliable performance for pilot-scale anaerobic digestion studies.
The 2L Jacketed Glass Reactor is a versatile laboratory apparatus designed for chemical reactions requiring precise temperature and mixing control. Constructed from high-quality GG17 borosilicate glass, it offers excellent thermal and chemical resistance, accommodating reaction temperatures ranging from -100°C to 400°C. The reactor features a double-layered design, allowing for the circulation of heating or cooling fluids through the jacket to maintain desired reaction conditions. Equipped with a 100W brushless DC motor, it provides adjustable stirring speeds from 0 to 1,200 rpm, ensuring uniform mixing of reaction contents. The digital display enables precise monitoring and control of stirring speed and temperature, enhancing reproducibility and safety in laboratory processes. This reactor is ideal for synthetic reactions, distillation, and purification processes in chemical and pharmaceutical research settings.
A series of mesophilic anaerobic digesters are heated using heat pads to maintain a controlled mesophilic temperature range, typically around 35–40°C, ideal for efficient microbial activity. Each digester is equipped with liquid recirculation systems for mixing, which help to evenly distribute heat and nutrients while minimizing the settling of solids. The digesters are constructed with insulated jackets to minimize heat loss and ensure stable operational temperatures. This system is commonly used for studying anaerobic digestion processes, evaluating biogas production, and optimizing the breakdown of organic materials under controlled conditions.
The 50L Large Lab Chemical Jacketed Glass Reactor is designed for chemical synthesis and reaction processes, featuring a 50-liter capacity and a double-layered borosilicate glass construction for thermal stability and chemical resistance. The jacketed design allows for precise temperature control by circulating heating or cooling fluids through the outer layer, facilitating reactions under controlled thermal conditions. Equipped with a digital display, the reactor provides real-time monitoring of parameters such as temperature and stirring speed, enhancing process accuracy and reproducibility. The system includes a variable-speed stirring motor capable of 0-600 RPM, ensuring uniform mixing of reactants. This reactor is suitable for various laboratory applications, including chemical synthesis, pharmaceutical development, and material science research.
The Schmizo 20L reactor system, offered by Buchiglas, is a robust and versatile solution for chemical reactions and material processing. It features a 20,000 mL jacketed reaction vessel with a DN 200 bottom discharge valve and multiple heating and cooling connections. The system includes a SCHOTT DN 200 reactor cover with six necks for versatile accessory configurations and stainless steel structural components for durability. Additional accessories include a mechanical stirrer with a high-capacity motor, a pH probe with cable and guiding tube, and a condenser with triple cooling spirals for efficient heat exchange. The system is supported by a Julabo DYNEO DD-200F refrigerated/heating circulator, offering precise temperature control from -20°C to 200°C with excellent stability. This setup, equipped with flexible hoses and heat transfer fluids, is ideal for high-performance research and industrial-scale applications.
Collaborative equipment owned by Virginia Seafood AREC