Jacketed Glass Reactor for Pilot Plant Reactor System 10L capacity
....
The plant includes a cabinet where switches and other electric control elements and rotections necessary to ensure the safety of people and equipment in accordance with current electrical regulations are installed. All the elements of the Plant For The Study Of Erosion Corrosion are mounted on a structure of about 1 m. (W) x 3 m. (L) x 1 m. (H), made of 40x40square tube in stainless steel, provided with selflocking wheels for easy movement and location.
Operation of the Plant For The Study Of Erosion Corrosion
Plant For The Study Of Erosion Corrosion tank is complete with stirring to keep the mixture in suspension, a heater for heating the fluid, a sensor, and a digital controller for controlling the parameters in the tank.
Water with suspended material is stored in a tank of 1000 L capacity made of stainless steel with drain valve and manhole for filling.
The suspension is driven by a second centrifugal pump of stainless steel with similar characteristics to the previous one through a pipe of about 65 mm. diameter, U shaped, built in plastic material or stainless steel and is returned back to tank, thus creating a closed circuit.
The recirculation flow of the liquid to the tank is controlled through a valve that regulates the flow of water driven to the pipe. The flow driven by the pump can be displayed on a rotameter.
The Plant For The Study Of Erosion Corrosion tank is thermally insulated to prevent heat loss. In order to fill the tank there is a centrifugal pump in stainless steel that gives a maximum flow of 45 m3 /h with a power of 1.5 kW.
The is designed so students can study the operation and theory associated with chiller units and to study the use of an intermediate fluid for transporting thermal or refrigerating power from the production / storage site to the air conditioning plant. A Chiller Units Training Plant that is designed to study the operation of a chiller and its components. For example the thermostatic expansion valve and flow switch.
The has been designed and manufactured to incorporate all current safety standards.
The refrigerant used complies with anti-pollution legislation.
Faults can be introduced using the Manual Fault Simulator or the Electronic Fault Simulator to allow the students to troubleshoot the faults and diagnose the actions required to set the plant back into the correct and efficient operating condition
Industrial type components are educationally adapted byusing a modular panel system to permit the step by step assembling from thesimplest circuit to the most complex system. This laboratory is designed for the study of the lightingplants and to allow the student a practical training, based on the performanceof guided experiments. The configuration allows theperforming of the following exercises:
Double Pushbutton
Brightness Control
Dimmer
IT TX/RX.
Computerized Fixed Bed Plant For The Adsorption In The Gaseous Phase is supplied with an adsorption column filled with activated carbons, into which a stainless steel coil is immersed. Computerized Fixed Bed Plant For The Adsorption In The Gaseous Phase unit has been designed for the development of gas adsorption and deadsorption processes. The unit enables to check all the process characteristic parameters in such a way to realize work complete cycles. The unit is made of borosilicate glass as this latter is particularly suitable for its operating characteristics and also of stainless steel. The coil terminals can be connected to an external refrigeration or heating circuit according to the process to be realized. The computerized version unit allows, thanks to the electronic transducers and suitable software, to display on personal computer and/or print the tables of results and diagrams of the various experiments. The particular construction of the column allows the classic adsorption material (activated carbon) to be replaced with others such as silica gel, molecular sieves, activated alumina, or others for experiments concerning gas de-hydration.
....
The Training Pilot Plant For Balance Of Ventilation Networks allows realistic field evaluation of parameters such as the static pressure and air speeds at different points in the system.
Training Pilot Plant for Balance of Ventilation Networks, for the advanced study of the operation of a modern ventilation, thermo-ventilation and air conditioning installation.
This will allow students to diagnose problems with the airflow and pressure losses in a ventilation or air conditioning network.
The Training Pilot Plant For Balance Of Ventilation Networks has been designed to allow the students to evaluate the correct ventilation network balance and how unbalanced systems can cause incorrect heating or ventilation in any of the outlet points of the system.
Experiments:
Study of the components of a ventilation system including:
Connection of the different system components and verification of the system operation
Field measurements of the static, dynamic and total pressures
Calibration dampers
Supply grilles
Fan
Ducts
Exhaust grilles.
Field measurements of the air speed at different points in the system
Calibration of dampers to ensure consistent pre-set values of room air flow are achieved
Localised and distributed pressure losses
Loss coefficients.
A gravity-driven dram brings the solvent containing the extracted compound back to A, thereby allowing closed loop operations long enough to achieve the desired extraction. The Multifunctional Extraction Plant system is made up by a reservoir A where the extracting solvent is loaded; the solvent is then vaporized by means of an electrical heater. The system is manufactured in borosilicate glass which allows it to be used with any kind of solvent. It is assembled on anticorrosion metal structure. The vapors in column B undergo partial rectification; the pure solvent vapors are subsequently condensed in C and the liquid eventually reaches the extractor D which contains the phase from which the compound has to be extracted.
....
The demonstrates the importance of drying air before it is distributed to the users sites.
The has been designed and manufactured to incorporate all current safety standards.
The refrigerant used complies with anti-pollution legislation.
The Compressed Air Dehumidification Training Plant has been designed for the study of the dehumidification process for compressed air.
It also allows students to study the psychrometric properties of compressed air.
Experiment:
Studying the operation of an expansion valve
Plant start-up and system monitoring using the protection and safety devices incorporated into the pilot plant.
Investigating system behaviour and reactions with the variation of:
Plotting the refrigerant cycle on a refrigerant pressure-enthalpy diagram
Thermostat set point
Air flow at condenser.
Cooling plant at teaching and industrial level, with modular design, and computer controlled.
Plant with ice store, wet cooling tower and dry cooler.
Main metallic elements in stainless steel.
Diagram in the front panel.
The different units (modules) connected with hoses.
Anodized aluminium structures and panels in painted steel.
Wet cooling tower.
Dry cooler.
Using valves different operating modes can be configured.
Refrigeration circuit (condenser, evaporator, compressor) and pumps.
Manometers.
Temperature sensors.
Flow sensors.
Ice tank.
Liquid tank.
Wattmeter.
Refrigerant R134a.
Connecting hoses.
High pressure control.
Pressure sensors.
Adjustment elements.
Freeze Drying is the process by which the solvent of a solution is turned from solid state into gaseous state without going through the liquid state, that is to say that the solvent of a solution (generally water) is separated by sublimation. The Freeze Drying Plant allows to perform the entire freeze drying cycle, thus enabling the student to fully understand both the process and the problems involved in plant design. It is used to preserve foods such as fruit juices, vegetables, meat, and fish.
The Freeze Drying process consists of two stages:
First, the product to be dried is frozen below its freezing point.
Second the solvent, now in the solid state, is sublimated by heating under vacuum. Evaporated water is frozen on a very cold surface and then eliminated.
The Set Of Sectioned Components For Refrigeration And Conditioning Plants set includes some of the most important components, used in refrigeration and conditioning plants such ascompressors, condensers, expansion valves etc. Special explanatory technical plates show each sectioned component explaining its operation with notes, drawings andtechnical data. In sectionizing each component the best care has been taken to evidence all the interesting constructive detailed features.The use of contrasting colors according to a pre-established code simplifies the informative process as well as the learningone.
....
The Raw Water Filtration module houses the Raw Water vessel, two independent sand filters and Filtered Water vessel. The degassed liquid is then pumped forward through the Anion Bed. The Cation Bed and Anion Bed require a regenerating every 5hours to maintain the optimum condition of the resins. Water from the Filtered water vessel is pumped forward through the Cation vessel; this then enters the degasser vessel after experiencing a carbonate removal process. Within the Acid Dosing vessel is a 5% dilution of Hydrochloric Acid, which is used to regenerate the Cation Bed. Mains water is transferred into the raw water vessel, which is then pump forward through either one of the sand filters into the filtered water vessel. On the Dosing module there is a an acid dosing vessel, caustic dosing vessel, Cation Bed, Anion Bed and Degasser vessel. In the Caustic Dosing vessel is a 4% dilution of Sodium Hydroxide; this is used to regenerate the Anion Bed.
....
Electronic conductivity meter with automatic temperature compensation
Circuit for connection with a vacuum pump including check valve
Electronic rpm indicator for the stirrer
Distillation column packed with stainless steel mesh
Overhead condenser
Reactor with a capacity of 3 litres and 1.0 kW electric heater
Stirrer for the reactor, 0 to 400 rpm, with a mechanical seal that is lubricated with silicone oil
Tanks for adding reagents with a capacity of 1 litre
Tanks for collection of distillate with 2 litres capacity
2 electronic temperature indicators
2 thermocouples with pt100 probes protected by stainless steel shield sleeves
Vacuum gauge range 1 to 0 bar .
Emergency stop button
Electrical control panel in main cabinet
Pipe work and valves manufactured from stainless steel.
Plant Growth Cabinet
....
A De-Aeration Plant for removing air or bad-smelling substances absorbed during the processing phase.
....
It allows for analysis and checking of the cheese production procedure.
A Cheese Production Plant designed for manufacturing soft cheeses from milk.
Wheeled framework of stainless steel
Max. feeding: 100 l/h (higher flow rates on demand)
Gear-type feed pump with body of stainless steel and flow rate of 200 l/h
Vacuum chamber of borosilicate glass, with capacity of 5 l,for reducing milk temperature after sterilization
Liquid-ring vacuum pump, P = 0.7 kW, provided with air/water separator
Electronic frequency variator for feed pump
Feed flow meter of stainless steel, with range of 0 to 100 l/h, accuracy: ± 0.5%
Cylindrical feed tank of stainless steel, mirror polished inside, with capacity of 80 l
Cylindrical tank of stainless steel, mirror polished inside, with capacity of 80 l, for collecting the sterilized product
Plate heat exchanger of stainless steel, for milk cooling, exchange surface of 0.6 m²
Plate-type milk pre-heater of stainless steel, with exchange surface of 0.6 m²
Sterilization chamber of stainless steel.
Semi-Automatic Pasteurisation Pilot Plant
Pasteurisation is carried out by heating and then quickly cooling the liquid to prevent growth of residual micro-organisms.
A Pasteurisation Plant designed to pasteurise milk and clear juices.
Automated Pasteurisation Pilot Plant with SCADA
Pasteurisation is carried out by heating and then quickly cooling the liquid to prevent growth of residual micro-organisms. A Pasteurisation Plant designed to pasteurise milk and clear juices. It is supplied with a PID controller to control and monitor the process in real time and automatically collect and store process data.
An Industrial Air Conditioning Pilot Plant with Heat Pump and SCADA for advanced study of the operation of an air to water heat exchanger.
Industrial Air Conditioning Pilot Plant With Heat Pump And SCADA
All of the typical hydraulic, mechanical and thermodynamic operation and characteristics of a heat pump are also studied using a wide range of sensors.
The Industrial Air Conditioning Pilot Plant with Heat Pump and SCADA allows advanced and in-depth study of the operation of an air to water heat exchanger. It also allows students to study the cycle reversing valve and thermostatic expansion valve that are part of the heat pump.
The has been designed and manufactured to incorporate all current safety standards.
The refrigerant used complies with anti-pollution legislation.
This pilot plant is designed to produce butter by using the cream output by pilot plant. It must be fed with the cream separated from at least 200 litres of milk.
....
