Orionweg 28 8938 AH Leeuwarden (NL) T 058-2675010 M 06-22538992

Orionweg 28 8938 AH

Leeuwarden (NL)

T 058-2675010

M 06-22538992

Main Topics …

A good Idea comes from our genius or by fortune …,

but it’s Value comes from the Process Knowledge which is able to changes it into a Competitive Benefit (g.m.)

Anova & D3 Advices Joint

Main Technologies (Data Mining/ Self-Learning) Main Competences (How we work) Conscious Monitoring Customized Water Quality Monitoring System

Water Supply Wastewater Treatments Food and Dairy Industry Fish Farming

Main Technologies

1. Data Mining 1.1 – Analyzing Data Methods (Multivariate Analysis)1.2 – Data Inferentiation and Validation1.3 – Data Integration and Fusion

2. Knowledge Engineering (Artificial Intelligence Tech) 2.1 – Knowledge extraction and Formalization2.2 – Knowledge Conceptualization and Modeling2.3 – Knowledge Automation and Machine Learning (Expert Systems)

3. Information Technology and Communication (ITC)3.1 – Microsoft.Net Framework / Prototyping Software Tools3.2 – Firmware/Middleware

4. Electronic Device and Microchip Implementation4.1 – Artificial Intelligence in electronic device 4.2 – Smart Metering – Intelligent Cluster Sensing4.3 – Wireless Communication Device


but it’s Value comes from the Process Knowledge which is able to changes it into a Competitive Benefit (g.m.)

Data Mining/Self-Learning …

X

Y

Z

Knowledge Model

Sensor

d

h

Cleaning System

Sampler

A/D Signal

Transmitter

Not conditioned signal

Junction Box

Main Competences

Smart Sensing and Early Warning Monitoring Real-Time ITC & Remote Control Systems Artificial Intelligence in Electronic Tech Business Intelligence Water &Wastewater Processes &Technologies Environmental & Agri-Food Process Control Water Saving & Renewable Energy

How we Work…


but it’s Value comes from the Process Knowledge

which is able to changes it into a Competitive Benefit

(g.m.)

1. Problem Specification (Goal)1. User’s Requirement Specification2. Background Analysis – Knowledge Domain Definition3. “State of the Art” Analysis4. Info/Data Collection/Acquisition

2. Theoretical Analysis/Simulation (Idea, Design)1. Data Mining/Knowledge Extraction2. Knowledge Engineering - Knowledge Modelling3. System Basic Analysis & Design4. System Functional Requirement Specification

3. Experimental Prototype (Prototype)1. System Sw Implementation 2. Hw/Sw Component Acquisition (Do or Buy)3. System Integration & Lab Prototyping4. System Testing & Validation (in Lab)

• Deployment1. Final System re-Design and Implementation2. System Integration and Delivery Testing3. On-Site Installation, Starting-up & Tuning4. On-line System Assistance & Following-up Service

Conscious Monitoring …

• to be able to on-line measure intangibles parameters or complex and important indicators by not specific measurements like pH, ORP, Temp., Conductivity, Turbidity, UV and so on.

• to collect and deploy data acquired and make a logical fusion in a Knowledge Modeling, to timely detect an early-warning or real-time fault diagnosis and remediation (Knowledge Base eXtraction from data acquisition system and human expertise)

• to get data acquisition system on-line self-learning from real multivariate process working events (extreme variability of the process effluents), without continuous and expensive Lab sampling and analysis

DIAGNOSIS &TroubleShooting

METADATA

DA

TA

-IN

PU

T

Anova supplies Multi-Sensors Learning & Self-Diagnostic Device to create a customized Intelligent System for Water Quality Monitoring

Color Index

IDT Tractability Index

Organic Index

Applicable Flux

Permeate Loss

Flux Loss

Fouling Index

IDQ Quality Index

IDF Filtration Index

Remote Control Expert Node

Knowledge BaseProbe/Sensors

Customized Water Quality Monitoring System …

Anova supplies solutions of Artificial Intelligence

embedded into cluster sensor technology for “Early-

Warning” monitoring and real-time distributed process

control

Water Supply …

On-line Detection of Contamination Critical EventsA water quality assessment requires of a countless of specific chemical-physical parameters to be properly detected, all of them on samples by off-line laboratory instrumentation.To cope with difficulty to field on-line instrumentation with the ability to detect, identify and measure most individual contaminants species at the level of concentration of concern, the presence and location of contaminants must be inferred from measurements of other sustainable parameters.It is possible that the general class of contaminants might be inferred with a-specific parameters by a macro-indicator like WQDi (Water Quality Dynamic Index), so we have the follow list of some of sustainable probes: pH, Temperature Turbidity Conductibility OD (Dissolved Oxygen) ORP (Reduction Oxidation Potential) UV-Vis (Spectrometer for Multi-Parameter Measurem.: COD, TSS, etc.) etc.




(g.m.)

Wastewaters Treatment …

On-line detection of “Early Warning” to minimize the exposure of the public to contaminated water and its effectsThe wastewater contamination problem is very different from the problem of contamination of water supply. Moreover about wastewater quality monitoring, there is not a standard guidance for the best selection and sitting of instruments in that typical hazardous environment.Same as water supply, it is possible that the general class of contaminants might be inferred with a-specific parameters by a macro-indicator like WPRi (Water Pollution Rate Index), so we have the follow list of sustainable probes: pH, Temperature Turbidity Conductibility OD (Dissolved Oxygen) ORP (Reduction Oxidation Potential) UV-Vis (Spectrometer for Multi-Parameter Measurem.: COD, TSS, etc.) etc.




(g.m.)

Food and Dairy Industry …

On-line Monitoring to Improve Environmental Performance

The dairy industry handles large volumes of milk and the major waste material from processing is the water. The water removed from the milk can contain considerable amounts of organic milk products and minerals.The dairy industry has come under increasing pressure to improve its environmental performance. Environmental effects on water:- River Oxygen Level and BOD5, sewage Fungus, Colour and Turbidity, Nitrogen and Phosphorus, pH, Temperature, Gaseous Emissions, Dust/Odours, Visual Effects.




(g.m.)

Fish Farming …

On-line Detection of Fish’s health and growth

The major water quality factors that are important in freshwater aquaculture system and methods to monitor are that water quality determines not only how well fish will grow in an aquaculture operation, but whether or not they survive.Fish influence water quality through process like nitrogen metabolism and respiration. Knowledge of testing procedures and interpretation of results are important to the fish farmer.Some water quality factors are more likely to be involved with fish losses such as dissolved oxygen, temperature and ammonia. Others, such as pH, alkalinity, hardness and clarity affect fish, but usually are not directly toxic. Each water quality factors interacts with and influences other parameters, sometimes in complex ways. What me be toxic and cause mortalities in one situation, can be harmless in another.




(g.m.)




(g.m.)

Thanks …

Documents

Orionweg 28 8938 AH Leeuwarden (NL) T 058-2675010 M 06-22538992