



Aerobic Digester Apparatus - Application: Chemical Engineering Laboratory Equipments
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Minimum Order Quantity :
1 Piece
Brand Name :
Teknik
In Stock
Product Specifications
| Usage | Chemical Engineering Laboratory Equipments |
| Application | Chemical Engineering Laboratory Equipments |
| Product Type | AEROBIC DIGESTER APPARATUS |
| Payment Terms | Cash Advance (CA), Cash in Advance (CID), Cheque, Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T), Letter of Credit (L/C) |
| Packaging Details | Carton Box, Export Quality also Available |
| Main Export Market(s) | Asia, Middle East, Africa |
| Main Domestic Market | All India |
| Certifications | ISO 9001, 14001, CE |
Product Overview
Key Features
Aerobic Digester consists of a 2 gallon reactor vessel mounted on a steel base, with a liquid feed pump, air supply, and instrumentation for monitoring and controlling the process.
The cylindrical wall of the reactor is made from 2 layers of porous plastic material to retain the suspended solids, while allowing treated water to pass through to the outer, annular exit chamber.
This design allows the essential features of the aerobic treatment process to be studied without the distractions of having to settle the solids adequately enough for external recycle, a well-known laboratory problem.
The porous liners are removable for cleaning, and a spare liner is supplied. Waste water is drawn from a feed tank by a 120V motor driven peristaltic pump.
Flow rate is controlled by a variabe run time control that determines the minutes of run time within a 10 minute cycle. The pump delivers the feed to the reactor vessel through a transparent lid.
Air is supplied at a measured rate by a small air pump, and discharges into the base of the reactor via an air distribution device.
This provides the necessary oxygen for the digestion process, as well as produces sufficient bubbling for stirring and reaction.
The liquid level in the reactor is maintained at a constant value of 1 or 2 gal. by an overflow device connected to the outer annular chamber of the vessel.
Discharge is by gravity to a floor-standing product tank (not supplied).
The reactor temperature is maintained by a 3-term PID controller which varies power to an immersion heater within the vessel.
Any temperature between ambient and 95F may be selected, with the best conditions being a few degrees above the diurnal maximum in the users laboratory.
Dissolved oxygen and pH probes and meters are included. The reactor lid contains a gas exit port, suitable for sampling the gases for subsequent analysis
Feed pump 120V, peristaltic, 10 rpm, variable run time control corresponding to 013 gal. Per day Air pump 240V/120V, 01.35 gpm Reactor vessel 2 gal. maximum capacity pH meter Range 0.00 to 14.00 Dissolved oxygen meter Range 0100% saturation, resolution 2%Reactor heater Electrical immersion 250WTemperature controller 3-term PID, temperature limit set at 95F
The cylindrical wall of the reactor is made from 2 layers of porous plastic material to retain the suspended solids, while allowing treated water to pass through to the outer, annular exit chamber.
This design allows the essential features of the aerobic treatment process to be studied without the distractions of having to settle the solids adequately enough for external recycle, a well-known laboratory problem.
The porous liners are removable for cleaning, and a spare liner is supplied. Waste water is drawn from a feed tank by a 120V motor driven peristaltic pump.
Flow rate is controlled by a variabe run time control that determines the minutes of run time within a 10 minute cycle. The pump delivers the feed to the reactor vessel through a transparent lid.
Air is supplied at a measured rate by a small air pump, and discharges into the base of the reactor via an air distribution device.
This provides the necessary oxygen for the digestion process, as well as produces sufficient bubbling for stirring and reaction.
The liquid level in the reactor is maintained at a constant value of 1 or 2 gal. by an overflow device connected to the outer annular chamber of the vessel.
Discharge is by gravity to a floor-standing product tank (not supplied).
The reactor temperature is maintained by a 3-term PID controller which varies power to an immersion heater within the vessel.
Any temperature between ambient and 95F may be selected, with the best conditions being a few degrees above the diurnal maximum in the users laboratory.
Dissolved oxygen and pH probes and meters are included. The reactor lid contains a gas exit port, suitable for sampling the gases for subsequent analysis
Feed pump 120V, peristaltic, 10 rpm, variable run time control corresponding to 013 gal. Per day Air pump 240V/120V, 01.35 gpm Reactor vessel 2 gal. maximum capacity pH meter Range 0.00 to 14.00 Dissolved oxygen meter Range 0100% saturation, resolution 2%Reactor heater Electrical immersion 250WTemperature controller 3-term PID, temperature limit set at 95F
Company Details
An ISO 9001-2008, ISO 18001-2007, ISO 14001-2004 certified firm. At M/S MICRO TEKNIK, we have more than five decades of experience in the field of offering Science Instruments for a number of industrial and educational sectors. Our immense array includes Audio Visual Projectors, Surgical Accessories, Clean Air Systems, Working Model Engines, Applied Mechanics and Construction Machine Lab Equipment and many more. Since the time of our incorporation in the year 1967, we have become the most favorable choice of our customers due to our eth
Business Type
Exporter, Manufacturer, Distributor, Supplier, Trading Company
Employee Count
25
Establishment
1973
Working Days
Monday To Saturday
GST NO
06ACMPJ7244B1ZS
Certification
ISO 9001 : 2015
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Seller Details
GST - 06ACMPJ7244B1ZS
Ambala Cantt, Haryana
CEO
Mr Vikas
Members since
14 Years
Address
Plot No. 73, Vikaspuri, Industrial Area, Ambala Cantt, Haryana, 133001, India
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