The Standardized Oil Distillation Plant unit is equipped with a computer controlled system to control both atmospheric-type and vacuum-type distillation processes. It is also equipped with a software suitable to process the acquired data. The Standardized Oil Distillation Plant was designed to provide the User with a discontinuous distillation plant to comply with the relevant to the distillation of crude oils. The system is made of heat insulated borosilicate glass, the column is provided with glass plates equivalent to 15 theoretical plates. A motor driven system enables to draw up to 12 fractions to standardize the crude oil. Moreover, the system is equipped with all required control and safety instruments to enable highly reliable operating conditions. The condensation and reflux areas are integrated in an unblock type structure. The 10 liters boiler is located in a stainless steel container including three quartz resistors to provide the required heating to carry out the tests.
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Advanced Air Conditioning Training Plant with SCADA
Plant for theoretical and practical study of the thermodynamic transformation of the air as it passes through the various stages of a modern air conditioning unit.
Advanced Air Conditioning Training Plant
An educational Air Conditioning Training Plant for the theoretical and practical study of the operation of a modern air conditioning unit.
The unit consist of a storage tank and a pump to simulate a dam reservoir, a cross flow hydraulic turbine, a generator which is connected to the turbine by a V belt, a lamp load bank, a dynamometer, and measuring instrument. Mini Hydro Power Plant is a self contained bench top unit for studying the power generation by a hydraulic turbine.
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The Water Conditioning Plant is very flexible and can be used for the treatment of water containing different kinds of pollutant substances. The quantity of pollutant substances can vary within the values that are normally shown in the industrial wastewaters. The instruments for pH and rH measurements, mounted on the unit, are fitted with analog output for the A/D conversion. The Water Conditioning Plant has been designed to perform practical experiments of water conditioning. The industrial wastewaters can be splitted in a first classification, into the ones containing organic products, determining a decrease of oxygen dissolved in the rivers where they flow and into wastes containing inorganic products whose toxicity is typical of the dissolved compounds. The realization of this equipment allows the treatment up to 170 liters of polluted water.
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The micro-organisms utilize the contaminated substances as necessary food for their production and their preservation. The aspect for this mass of micro-organisms is that of sludge, from which we have taken the name of the process. The activated sludge pilot allows the study and the comprehension of sewage treatment by activated sludge. This Activated Sludge Sewage Treatment Pilot Plant is an intermediate stage between the physical treatments or grid iron, and primary sedimentation and the final sterilization and chlorination stage, in a sewage treatment station. The conditioning process takes place in a tank where the organic load is removed by microorganism which are cultivated under aerobic conditions by blowing in air or sometimes also pure oxygen. After the pollutant elimination phase it is necessary to divide the clarified water from the sludge, operation which is carried out in the settling tank (stating separator). Its purpose is to eliminate the contaminated organic substances which are present in the sewage water after the above mentioned physical treatment. The organic load is measured in BOD (Biological Oxygen Demand) unit and it also causes a partial elimination of COD (Chemical Oxygen Demand).
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The Steam Power Plant is specifically designed for training purposes in the field of power plant engineering with process control systems. The system operates very similarly to real large-scale plants due to the high degree of complexity.
The entire system is monitored, actuators regulated and controlled, measurements recorded and displayed via the process control system. Large process engineering systems, such as steam power plants, are managed with process control systems (PCS).
Features:
Plant monitored and controlled via touch screen control station
Complete laboratory-sized steam power plant
Process control system based on Ethernet and PLC.
It is mainly composed of transparent polymer resin materials, the two part, through special processing samples, students can observe the structure of samples to match the experimental box which is equipped with the equipment, through the collection of seeds of inquiry experiment, observation of plant growth in different environments. This instrument is mainly used for extracurricular inquiry on Seed Germination and plant growth, the product is equipped with two plant specimens, the specimen is a non-toxic, high transparent organic polymer resin materials, plant samples by embedding method, a new type of products manufactured by specimen.
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Due to the size and complexity of the system, in many aspects the operating behaviour corresponds to that of actual large-scale plants, thereby enabling training that is as close to the real thing as possible. The Steam Power Plant is specifically designed for training purposes in the field of power plant engineering with process control systems. The plant consists of four separate modules and can therefore be flexibly adapted to the space available in the laboratory:
The feed water circuit is equipped with a water treatment system with ion exchangers and chemical dosing. Module A steam generator assembly: a gas/oil-fired once-through steam boiler and a downstream electric super heater generate superheated steam.
Features:
Plant monitored and controlled via touch screen control station
Complete steam power plant with process control system based on Ethernet and PLC.
The Pilot Plant For The Production Of Biogas From Biomass plant has been specially designed for the study of the anaerobic fermentation process resulting in the formation of methane gas (biogas) from organic waste material (biomass). In the field of the so-called soft technologies, anaerobic fermentation plays a primary role on account of the contribution it can make to the solution of major problems to do both with the energy crisis and with the disposal of organic waste materials. The Re Biomass pilot plant has been conceived so as to illustrate effectively the functional parameters which determine the quantity and properties of the biogas produced as well as the criteria governing system operation, in particular in terms of safety. Thus, this unit can be viewed as a valuable teaching tool for the understanding of both the processes and the technology adopted in the design of real systems.
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It's equipped with a number of tools to facilitate students to observe their own collection of plants. The instrument is mainly used for scientific inquiry experiments, so that students understand the difference between different plants. At the same time, pictures and specimens are also used to make students collect objects in natural life so as to explore specimens of plant structure in nature.
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The Computerized Multipurpose Distillation Plant can be used to perform a wide range of tests on binary, continuous or batch distillation processes. A data acquisition and analysis system for Personal Computer, makes it possible to perform the measurements in automatic mode, to produce charts of the characteristics curves which can be displayed on screen or printed, to save the experimental data on the disk or print them out. Suitable options make it possible to process azeotropic mixtures, to carry out the distillation under vacuum or in steam current (stripping). Of modular design, the training set is very flexible and easy to use, and can be integrated at a later stage with one or more of the many options available. A manual of exercises completes the supply.
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A steam power plant essentially consists of a heat source for generating steam, a turbine with load, and a cooling mechanism for condensing the steam. In steam power plants, thermal energy is first converted into mechanical energy and then into electrical energy.
Features:
Closed steam-water circuit
Complete laboratory-sized steam power plant.
Workshop Gas Regulators for MAG, TAGS Plants
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Workshop Oxygen Plant Filling Service
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Special explanatory technical plates show each sectioned component explaining its operation with notes, drawings and technical data. The Set Of Sectioned Components For Hydraulic Plants includes some of the most important components, used in waterworks, such as pumps, valves, gauges. The use of contrasting colours according to a pre-established code simplifies the informative process as well as the learning one. In sectionizing each component the best care has been taken to evidence all the interesting constructive detailed features.
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Incorporates a low pressure steam feed line including a VeeReg isolating valve, a 1 to 3 bar pressure reducing valve, a pressure relief valve set at 3.5 bar and temperature and pressure measuring points; a process fluid circuit constructed from high strength borosilicate glass components, including a reboiler equipped with a temperature measuring point, a separator with a rubber filler stopper and outlet baffle plate, a condenser, a drain valve, joint couplings and joint gaskets, reboiler blowdown pipework fitted with a flexible stainless steel braided hose complete with boiler joint adaptor flange and including a Vee-Reg isolating valve, steam trap and non-return valve; condenser cooling water feed line complete with control valve and pressure measuring point and cooling water drain line with non-return valve and pressure safety valve, set to vent at 2.5 bar. Process Plant Steam Bench consists of a sturdy framework and panels of all steel construction, fitted with a student work surface, interconnecting back panel and adjustable feet.
Experimental Capability:
Demonstration of cumulative effect on thermosyphon reboiler boiling rate, and of the boiling off of process fluid lighter fractions.
Demonstration of a thermosyphon reboiler, using water as the process fluid and steam as heating fluid.
The distillation tank is completely made of borosilicate glass with a low coefficient of thermal expansion. The electric heating requires a power of 4 kW for a production of approx 6 l/h with a conductivity of 1-2 µS/cm. Water Still Plant can be used both to produce distilled water for laboratory use and as a pilot plant for educational purposes. The plant is fitted with a safety alarm against malfunction or lack of water pressure. A training handbook completes the supply.
Experiments:
Study of the operation of a water condenser.
Distillation of a known quantity of water.
Effect of the water quantity variation.
The boiler produces steam to turn a two-cylinder steam motor. The used steam from the motor outlet passes through a mains water-cooled condenser, then down to a waste tank or to a measuring vessel (supplied). The equipment includes all instruments needed for the experiments. A mobile frame contains all the parts of the test set. An electric pump draws from a reservoir to deliver water to an electrically-heated boiler. The boiler includes a safety valve, water level gauge and blow-downcock. Thermocouples connect to a digital temperature display to measure and display temperatures at key points in the test set. Athrottling calorimeter allows students to measure the dryness fraction of the steam. Two mechanical gauges show the boiler and engine inlet pressures. These include a band-brake dynamometer with a digital torque and speed display, to measure and display motor speed, torque and power. A meter shows the electrical power supplied to the heaters in the boiler.
A mobile laboratory-scale steam plant for experiments in thermo dynamic principles. It helps students to understand:
Steady flow energy equation
Thermal efficiency and the control surface
Thermodynamic laws of energy conservation
The Willans line
Rankine Cycle Analysis.
The primary separation operation for crude oil occurs when the crude stream flows through a vessel of sufficient capacity to allow gravitational separation of the gas, liquid hydrocarbon and water phases. Gas flow passes through a secondary vertical 2-phase separator, or knock-out ports to remove any further liquids from the gas stream. Mini Plant Large Scale Three Phase Separator process trainer blends air, water and refined oil to emulate a crude oil stream. This fluid mixture then flows into a horizontal separator vessel fabricated of clear PVC. The entire trainer is controlled from a distributed control system (DCS). The separator is equipped with industry typical process instrumentation.
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The Multipurpose Distillation Plant can be used to perform a wide range of tests on binary, continuous or batch distillation processes. A manual of exercises completes the supply. Suitable options make it possible to process a zeotropic mixtures, to carry out the distillation under vacuum or in steam current (stripping). Of modular design, the training set is very flexible and easy to use, and can be integrated at a later stage with one or more of the many options available.
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