What does ICON mean?
ICON means Improved Control and application Of Nitrogen cycle bacteria for ammonia removal from wastewater
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Improved Control and application Of Nitrogen cycle bacteria for ammonia removal from wastewater?
Improved Control and application Of Nitrogen cycle bacteria for ammonia removal from wastewater can be abbreviated as ICON
|
|
Most popular questions people look for before coming to this page
| Q: A: |
What does ICON stand for? ICON stands for "Improved Control and application Of Nitrogen cycle bacteria for ammonia removal from wastewater". |
| Q: A: |
How to abbreviate "Improved Control and application Of Nitrogen cycle bacteria for ammonia removal from wastewater"? "Improved Control and application Of Nitrogen cycle bacteria for ammonia removal from wastewater" can be abbreviated as ICON. |
| Q: A: |
What is the meaning of ICON abbreviation? The meaning of ICON abbreviation is "Improved Control and application Of Nitrogen cycle bacteria for ammonia removal from wastewater". |
| Q: A: |
What is ICON abbreviation? One of the definitions of ICON is "Improved Control and application Of Nitrogen cycle bacteria for ammonia removal from wastewater". |
| Q: A: |
What does ICON mean? ICON as abbreviation means "Improved Control and application Of Nitrogen cycle bacteria for ammonia removal from wastewater". |
| Q: A: |
What is shorthand of Improved Control and application Of Nitrogen cycle bacteria for ammonia removal from wastewater? The most common shorthand of "Improved Control and application Of Nitrogen cycle bacteria for ammonia removal from wastewater" is ICON. |
Abbreviations or Slang with similar meaning
- AXIOMAP - Application of Extensible Markup Language for Interactive Online Mapping
- C3DS - Control and Coordination of Complex Distributed Services
- CPOSS - Control and Prediction of the Organic Solid State
- DAMADICS - Development and Application of Methods for Actuator Diagnosis in Industrial Control Systems
- ASAM - Application of Safety Assessment Methodology for Near-Surface Waste Disposal Facilities
- CAPWAP - Control and Provisioning of Wireless Access Points
- CADCOS - Control and Assessment of Agricultural Data with aGPS-supported Data Collecting System
- CAPP - Control and Analysis of Prerequisite Programs
- CDAFP - Control and Documentation of Air Force Programs
- COCV - Control and Calculus of Variations
- COHES - Control and Optimization of Hybrid and Embedded Systems
- CONGRAD - Control and Calibration of timber Grading machines
- COST - Control and Optimisation of Stone processing Technology
- COST - Control and Optimization of Stone processing Technology
- CSDS - Control and Synchronization of Dynamical Systems
- DACCORD - Development and Application of Co-ordinated Control of Corridors
- DURANET - Network for supporting the Development and Application of performance based Ddrability design and Assessment of concrete structures
- FEMOD - Application of Feature based Modelling for complex product design and manufacture
- NISIW - New membranes and Integrated hybrid membrane Systems for VOCS removal from Industrial contaminated Water
- COCO - Control and Observation of Circuit Optimization