top of page
Image by Leohoho

NANOCHEMICAL

ChM. Dr. Juan Joon Ching

Address:

​Suite 9, Incubator@Level5,

Research Management and Innovation Complex, Universiti Malaya,

50603 Kuala Lumpur, Malaysia

business-icon-png-60.png

GRAPHENE OXIDE PRODUCTS

SELF CLEANING MOBILE ULTRAFILTRATION UNIT FOR CLEAN WATER SUPPLY

The objective of this project is to supply clean water, using Ultrafiltration membrane technology for rural areas and for critically affected villages during floods. The unit is a mobile compact system that can be dispatched to any site and operated in a very short period of time. It is easy to operate and maintain since the UF unit uses an automatic backwash system which does not need manual operators. It can run with solar power and no chemical cleaning is required.

​

​1) This unit can treat various sources of raw water such as spring, river, and well water.

2) Incorporates a smart backwash system.

3) Can provide clean water to remote villages.

4) No chemicals used.

5) Operation: It is a "plug and play" type unit.

6) Easy to operate and maintain.

7) Locally available technical support.

8) Easy to scale-up and scale-down

​

Graphene oxide is a two-dimensional sp2 hybridised carbon nanomaterial whose carbon atoms are arranged in a honeycomb structure with one atom thick. We produce high-quality graphene oxide at an affordable price using innovative technology.

For more information about the product and services, let's talk with the team.

For more information about the product and services, let's talk with the team.

Thank you for visiting our page

Please drop us your feedback for our further improvement. Your ideas will be forwarded to our team. 

​

To subscribe, leave your email here and we will update you on any UMI upcoming news.

Thanks for submitting!

Contact Us

Suite 9, Incubator@Level5,

Research Management and Innovation Complex, Universiti Malaya,

50603 Kuala Lumpur, Malaysia

Meet us at UM Innovations office

03-7967 7351

Copyright © 2021 UM Innovations Sdn Bhd. All rights reserved.

Powered by UM Innovations

bottom of page