Home About Us Our Products Contact Us Enquiry


Share :


Edutek Instrumentation


Showcase Gallery



Home » Our Products » Water Treatment Processes

Water Treatment Processes

Leading Manufacturer and Exporter of Water Treatment Processes such as Flocculation Test Unit, Sedimentation Studies Apparatus, Permeability/Fluidisation Studies Apparatus and Filterability Index Unit from Ambala.
Flocculation Test Unit


Flocculation Test Unit



The equipment is designed to allow the well-known 'jar tests' to be conducted on samples of water requiring treatment. The correct dosage conditions to remove colour and turbidity may be established on a laboratory scale as a prelude to full-scale plant operation.

A bench top unit comprising an internally illuminated base and a backboard supporting a control console

• Six stirrers with stainless steel paddle shafts and blades linked to a variable speed motor.

• Stirrer speed range typically 25-240 rpm.

•Stirrer assemblies are easily demounted to allow the test vessels to be removed and cleaned.

•Digital timer 1-99 minutes

•Two adjustable pre-set programs

 

Dimensions of paddle blade: 50mm x 15mm
Stirrer speed range: 25-240rpm (approx.)
Sample volume: 1 litre (each vessel)

Send Enquiry



Sedimentation Studies Apparatus



The Sedimentation Studies Apparatus provides a facility for studying the basic physical processes involved in sedimentation.

> effect of initial concentration on sedimentation rates
> construction of settling rate curves from a single batch test
> effect of initial suspension height on sedimentation rates
> effect of particle size distribution
> use of flocculating additives.

Triple Beam Top Loading Balance
Capacity: 2610g
Sensitivity: 0.1g
Tare: 225g

Height: 1.14m
Width: 0.70m
Depth: 0.43m.


Sedimentation Studies Apparatus


Send Enquiry



Permeability/Fluidisation Studies Apparatus

Permeability/Fluidisation Studies Apparatus



The  Permeability/Fluidisation Studies Apparatus is designed for students to measure and understand the characteristics of flow through a bed of particles. Such flows occur both naturally (in certain ground water situations) and in process plant designs.

The apparatus can also be used for a part of the testing of media for water and waste water filtration.

> pressure drop measurements and correlations for flow through packed beds
> verification of Kozeny's equation
> characteristics of a liquid fluidised bed
> measurement of permeability of selected solids
> attrition tests.

Mercury thermometer

Sieve Shaker

Alternative bed materials (e.g. sand, anthracite)

Mercury for manometer (alternatively we can supply a Portable Pressure Meter: ask for H Series Data Sheet)

Volume 1.5m3
Gross weight: 150kg.



Send Enquiry



Filterability Index Unit



The Filterability Index Unit enables a water quality test to be made on a suspension to be filtered through sand or similar granular media. It can therefore be used in routine control at waterworks, or at a sewage treatment works which employs tertiary filtration.

Equipment consists of a metal framework supporting a 1.5 litre vessel connected by transparent tubing to a 60mm high filter unit

• A needle valve controls the flow which is observed on a variable area flowmeter. Flow meter range: 20-280ml/min

• A 0.5m water manometer measures head loss across the filter

• Test filter cell diameter: 38mm.

Laboratory drain or 1 litre receiving vessel

Height: 0.97m
Width: 0.45m
Depth: 0.25m


Filterability Index Unit

Send Enquiry







Contact us

Mr. Varun Chopra (CEO)
Edutek House, 29- B, Inderpuri, Ambala Cantt
Ambala, Haryana - 133 001, India
Telephone:  +(91)-(171)-2654329



Home  |   About Us  |  Our Products   |   Media Gallery  |  Site Map  |   Contact Us   |  Enquiry

Member IndiaMART.com © Edutek Instrumentation. All Rights Reserved (Terms of Use)
Developed and Managed by IndiaMART InterMESH Limited

Business Enquiry Form


Add More Products / Services

(* represents compulsory fields )

*Describe Your Requirements in Detail
Please Fill Your Contact Information
*Contact Person:
*Email:
Company:
Street Address:
*Country:
*Telephone:
Mobile:
Website:
*Enter the code:

Send me a copy of this enquiry