Asian and Pacific Centre for Transfer of Technology of the United Nations Economic and Social Commission for Asia & the Pacific

 

Address
APCTT Building
C-2, Qutub Institutional Area
P.O.Box: 4575, Pin: 110 016
New Delhi, India

Telephone
+91-11-30973700

Fax
+91-11-26856274

How to get to APCTT
From Indira Gandhi International Airport, visitors can easily get to APCTT via Taxi or Metro:

By Taxi
Pre-Paid Taxi Stands are located after the luggage belt inside both the domestic and international airports. The cost of a taxi trip from the airport to APCTT is approximately INR 600 for ac and Rs. 400 for non-ac. You would need to pay the taxi fare at the pre-paid counter with either cash or card.
Meru and other private taxi counters are located at the exit gates of both domestic and international airports. You can pay the taxi fare with either cash or card at the counter or directly to the driver. The approximate fare is Rs 1200.
Uber and Ola taxi services are also available from the airport to the city and vice versa.

By Metro
Outside the Arrival floor of Terminal 1D and T3 international airport, metro services are available to the city. You would need to take the Magenta Line from the airport to the city. The nearest metro station to APCTT is R.K. Puram metro station. From there you would need to take an Uber or Ola or taxi to APCTT.

 

Contact us

A Multi Walled Carbon Nanotubes (MWCNTS) Based Gas /Vapor Sensor Systems and a Process for the Preparation thereof.
The present invention relates to a process for depositing thin films of carbon nanotubes and their functionalization. More particularly, the present invention provides a process for depositing self-assembled thin films of multi-walled carbon nanotubes by using electrostatic charging technique. The testing of these films has been performed for detection of alcohol and chemical/gas vapours with high sensitivity and high reproducibility. The detections are based on the changes in conductance of the sensors. These developed sensors showed recovery in less than two minutes for alcohol vapours, few hours for ammonia vapours, and a day for nitrogen dioxide vapours. The corona based electrostatic self-assembly (CESA) pattering technique for batch fabrication of the sensors is fast, simple, low-cost and does not require much specialized equipment, and offers many technical advantages such as the capability to deposit on almost any substrate, including plastics, irregularly-shaped and (or) very large substrates, can be performed at room temperature, and self-functionalized for specific molecule detection. All these characteristics make the CESA-CNTs alcohol sensors very appealing for commercial applications.
Sector: Other Technologies n.e.c.
Country: India
Area of Application: 1.Gas sensing applications. 2.Chemical sensing in the form of vapours. 3.Pressure Sensors. 4.Diagnostic tool in bio medical application.
Keywords: <gas/vapour sensor><multiwalled carbon nanotube><CNT based gas sensor>
Advantages: 1.Room temperature operation. 2.High-responsae and recovery time. 3.Self-functionalized films. 4.Easy to fabricate. 5.Low cost equipment. 6.Has capability to deposit on almost any substrate, including plastics, irregularly-shaped and (or) very large substrate. 7.Possess several months of re-usability and stability.
Environmental aspects: Security Purpose
Development Status: Laboratory Model
Legal Protection: Patent
Technical specifications: Develops a process for funtionalizing thin films of multiwalled carbon nanotubes by using electrostatic charging technique.Testing is based on the changes in conductance of the sensors.
Transfer Terms: Consultancy , Technical Services , Technology Licensing , Research Partnerships
Target Countries: World Wide
Estimated cost (US$):  
Upload any relevant document:  
Contact Person: NA
Address: Amity University Uttar Pradesh Sector-125, Noida
City: Distt Gautam Buddha Nagar
Country: India
Zip/Pin Code: 201303

Contact Technology Provider