adasa - real time water quality monitoring

INNOVATIVE SOLUTIONS FOR WATER & ENVIRONMENT

Real Time Water Quality Monitoring

www.adasaproducts.com


1. Real time water quality monitoring

2. aquaTest-MO, multiparameter physical-chemical and organic matter analyser

3. aquaDam, dammed waters quality monitoring

4. DBO 306, automatic meter for the BOD5

5. aquaMonia, analysers of ammonium in waters

6. aquaScout, floating autonomous multi-parameter analyser

7. aquaBio, automatic analyser for the determination of Escherichia coli and total

coliforms

8. aquaNitra, analyser of nitrate and chloride in waters

9. aquaMostra, refrigerated autosampler

10.aquaReg, irrigation water monitoring unit with GSM/GPRS

11.aquaSub, groundwaters monitoring unit

12.Automatic stations for water quality monitoring

13.ecoData, environmental data viewer


http://www.adasasistemas.com/


1.

Dammed

Waters

Irrigation Industry

Groundwaters

Aquaculture

Wastewaters Freshwaters





Objetives:

Immediate warning in spill pollution episodes.

Deterrence in front of uncontrolled spills.

Specific screening on water quality depending on the river sections

and its uses (ie. fish life, bathing water, drinking water supply, irrigation

water, ...).

Real Time Water Quality Monitoring 1.

Environmental real-time.

Information 24 hours a day, 365 days a year.

Ability to make decisions quickly and proactively.




Specific Analysis

Regular samplings Continuous measurements

Real-Time

Provide a static and thorough view.

Ensure water status by usage.

Analyze a large amount of parameters.

Provide a dynamic and symptomatic view.

Guarantee the tendency understanding and quality

evolution.

Nature events report.

Allow immediate action:

Detect pollution episodes.

Specific screening on water quality

depending on the river sections and its uses

(ie. fish life, bathing water, drinking water

supply, irrigation water, ...).

Deterrence in front of uncontrolled spills.

24 x 7 x 365 basis covering.

Continuous

Analysis

Specific Analysis vs Continuous Analysis 1.



www.adasaproducts.com Real Time Water Quality Monitoring

Real Time Water Quality Monitoring. Scheme and Components. 1.

Customized solutions that meet specific needs and requirements



Real Time Water Quality Monitoring. Scheme and Components. 1.

Sample capture Automatic Analysis

Transmission of real-time data

Control Center

Reception

Exploitation and Analysis

of Information




Combined measurement and interrelation of parameters:

Characterization and determination of spills source.

Diagnosis of incidents.

Determination of the water bodies status.

2.

PARAMETERS:

Temperature

pH

Conductivity

Dissolved oxygen

Redox

Turbidity

Organic matter

High autonomy, effective cleaning system.

Unique equipment on the market which includes physical-

chemical and organic matter multiparameter.

Low economic and environmental cost: not required

reagents.

aquaTest-MO, Multiparameter Physical-Chemical and Organic Matter Analyser




Detection of episodes of malfunction in waste

water treatment plants.

Temperature(0 - 40 ºC) Dissolved Oxygen(0 - 10 mg/l) Turbidity(0 - 300 NTU) Redox(-400 - 400 mV)

pH(4 - 10 UpH) Conductivity(0 - 3000 uS/cm) SAC(0 - 200 Abs/m)

Characterization of waste (industrial, livestock,

urban ...).

Prediction of events.

Localization of the spilling point.

2.

1

2

3

Incident at the blowers of a waste water treatment plant

Indrustrial waste

Eutrophication

aquaTest-MO, Multiparameter Physical-Chemical and Organic Matter Analyser




aquaDam, Dammed Water Quality Monitoring

Determining the ideal depth for removal based

on usage (drinking water, water irrigation,

environmental flow, etc.).

Minimizing costs and organoleptic problems in

water treatment plants.

Reservoir state characterization (stratification,

admixture, ...).

3.

PARAMETERS:

Temperature

pH

Conductivity

Dissolved Oxygen

Redox

Turbidity

Chlorophyll

Depth

Equivalent Disc Secchi

Automatic operation.

High autonomy level due to self-cleaning system.




Vertical quality profile.

3.

Quality seasonal graphic

(isolines).

Water intake optimization.

Achievement of quality standards.

aquaDam, Dammed Water Quality Monitoring




Operation cost optimization for wastewater

treatment plants.

Control exit of wastewater treatment plants.

Monitoring critical points for regulation systems,

operation and reuse of water (wastewater treatment

plants, reservoirs, storm tanks…)

Water quality monitoring in areas of ecological and

tourism interest.

Optimization of prevention strategies for water

environmental risks.

Detection of organic pollution events.

4.

DBO 306 guarantees compliance to the

current international regulations

Equivalent value to BOD5 (5days) in just 90 min time.

DBO 306, Automatic Meter for the BOD5




5.

aquaMonia A103

Analyser for the events

detection of low ammonium

level in freshwaters.

Tubular configuration

selective electrode.

Measurement Range:

0,01 ... 4 ppm NH4+

aquaMonia A104

Low maintenance analyser

for mid-range measurements

for waters with low turbidity

levels.

Measurement Range:

0,1 ... 10 ppm NH4+

aquaMonia A105

Analyser designed especially

for measuring ammonium in

wastewater in general, capable

of withstanding high levels of

turbidity.

aquaMonia, Analysers of Ammonium in Waters

Measurement Range :

0,1 … 100 ppm NH4+




Temporary localization of spillages.

Discharges nature.

Ammonium presence indicates recent animal pollution.

5.

Ammonium ion selective electrode.

Tubular configuration.

Without interferences.

Measurement range: 0,01 ... 4 ppm NH4+.

aquaMonia A103, Determination of Low Ammonium Level in Freshwaters


Seawater aquaculture.

The salinity of the seawater doesn’t affects to the measure. Freshwater spillage



Control nitrification process in wastewater treatment

plants.

Freshwaters

5.

Low maintenance cost.

Measurement range: 0,1 ... 10 ppm NH4+.

aquaMonia A104, Determination of Ammonium Level in Waters with Low Turbidity Levels


Fail in denitrification process

(Outlet of Girona WWTP. Spain)



Analyser especially designed for measuring ammonium in wastewaters, with high level of turbidity.

5.

Low maintenance.

Self-cleaning system.

Low reagent consumption.

No fine filtration required.

Measurement range: 0,1 … 100 ppm NH4+.

aquaMonia A105, Determination of Ammonium Level in Wastewaters


Rain Sunday

9:07 Monday

7:07

Tuesday

7:07 Wednesday

7:07 Thursday

7:07



Temporary monitoring water quality,

control and characterization of wastes in

rivers and lakes.

aquaScout, Floating Autonomous Multi-Parameter Analyser 6.

PARAMETERS:

Temperature

pH

Conductivity

Dissolved Oxygen

Turbidity

Quick and accurate event detection.

Direct onsite measurement, without altering samples.

Specific unit operation or through an equipment network.




aquaBio, Determination of Escherichia coli and total coliforms

Quality monitoring for bathing areas.

Water reuse monitoring.

7.

aquaBio ensures compliance with existing

international standards

Get results after 3 hours

Control Area

Analysis Area




Groundwaters monitoring for drinking water uses.

Monitoring of agricultural contamination in freshwaters

which will become drinking waters.

Denitrification process control in WWTP.

8.

Selective electrodes with potentiometric detection.

DL 0,1 ppm NO3- .

aquaNitra, Analyser of Nitrate and Chloride in Waters




aquaMostra, Refrigerated Autosampler 9.

Autosampler according to the order type.

Self removable and auto sealable bottle rack of 24

samples.

Programmable and cyclical sampling, alarm and remote

command.




aquaReg, Irrigation Water Monitoring Unit with GSM/GPRS 10.

Control, acquisition and storage of information of the

entire network (consumption, pressure, levels…).

Double solenoid valves operation management.

Control and alarm in case of intrusion, flooding, valves

failure…

Management of 4 hydrants.

GSM / GPRS communication.

8 years autonomy.

Read smart meters.




aquaSub, Groundwaters Monitoring Unit 11.

Monitoring, recording and reporting the level and

quality water in aquifers, allowing assessment on

available resources, effects of exploitation and

detection of pollution episodes.

Communication GSM/GPRS.

MODBUS master function for reading multiple probes.

Integration of all types of probes available on the market.

System power management to minimize energy consumption.

High data storage capacity.

8 years autonomy.




12. M

OB

ILIT

Y

CAPACITY

Automatic Stations for Water Quality Monitoring


Customized solutions that meet specific needs and requirements



Transportable stations for the usual environments.

Variable capacity for analysis equipment, selected

according to the environment application.

Quick installation and immediate use.

12.

Design and construction of customized solutions.

Stations adaptable to the architecture and the

environmental conditions.





Sample preparation area

Measurement area

Cleaning area

and reagent

preparation

Automatisms and

Control area

Working area

Equipment sprawl

area

Gathering Peristaltec Pump

Submersible Pump

12.





Web cam for capturing images.

Communication system and standard protocols for data acquisition.

12.


Automatic Stations for Water Quality Monitoring. Small Trailer.

Multiparametric analyzer aquaTest-MO for the continuous monitoring of physic-chemical

parameters and organic matter:

Temperature 4-40ºC.

pH 0-14 upH (compensated to 25ºC).

Conductivity 0-20 mS/cm.

Dissolved oxygen 0-12 ppm (0-20ppm

optional) .

Redox +/- 2500 mV.

Turbidity 0-300 NTU.

Organic compound 0 to 400 Abs/m.

Organic matter measurement by

absorbance at 254 nm.



13. ecoData Environmental Data Viewer

Web-based data retrieval and visualization service:

Automated data collection and management.

Multiple measurement points.

Geographical measurement point selection.

Unlimited historical data visualization.

Graphical.

Tabular.

Report generation.



adasa - real time water quality monitoring

Environment

water irrigation

bathing water

water supply

water status

water environmental

usage drinking water

water intake optimization

water bodies status