n line analysis - kinetics · 2 max at choice, threshold, water /analyser failure… operation...

The cost / benefit ratio is a key

asset for your operations but the

quality / efficiency pair is of the

essence, then CRISTALLITE is your

choice within the CRISTAL range

CRISTALLITE, a new analyser following in

the footsteps of CRISTAL:

• for your basic measurements needs

(single stream, single parameter),

• for reduced capital costs & operating

expenses,

• for many parameters / pollutents in water.

CRISTALLITE Water Quality

www.seres-france.com

[email protected] Cristallite_Brochure_UK_12032014 - Non contractual document

ADVANTAGES & APPLICATIONS Depending on parameters, various analysis

methods have been developed on the

CRISTALLITE, the only limit being the number of

pumps available (max. 6):

COLORIMETRY: • Ammonium, Free or Total Chlorine, Chromium VI

• Total Iron, Hydrazine, Phenol

• Phosphates (Orthophosphates), Silica, Hardness

TITRIMETRY:

• TH, TAC, TA

POTENTIOMETRY (pending):

• Ammonium, Cyanides, Chlorides, Fluorides

ABSORPTION:

• Colour

RANGES & OTHER PARAMETERS : PLEASE CONSULT

Compact, reliable, user-friendly

Automatic on line monitoring

Limited maintenance

Low operating costs

Many parts identical to those used in the

CRISTAL range (pumps, measuring

vessels, …)

Benefits of CRISTALLITE:

� Compact

� Easy to use

� Economical

� Efficient

METHODS & PARAMETERS

ON LINE ANALYSIS

EVOLVING WITH THE TIMES

Raw and drinking water : alert stations

Waste water : treatment stations

Urban and industrial waste

Cooling water, process water

SiO2 colorimetry version - Non contractual

TECHNICAL SPECIFICATIONS

CRISTALLITE Water Quality

SERES environnement Tel : +33 (0)4 4297 3737 360 rue Louis de Broglie Fax : +33 (0)4 4297 3030

La Duranne - BP 20087 Email : [email protected]

13793 AIX EN PROVENCE Cedex 3 - France Internet : www.seres-france.com

CONSTRUCTION & ENVIRONMENT

Dimensions (L x H x P)

Wall cabinet : 460 x 606 x 226 mm Overall dimensions (with sample inlet valve) : 460 x 689 x 226 mm

Weight Analyser (reagents bottles excl.) : 7 kg

Materials

Cabinet : ABS, white Front panel : polycarbonate, transparent Side panels : polycarbonate, violet

Protection IP55

Environment

Installation in safe and sheltered area, away from corrosive atmosphere

Ambient T° 5 to 40°C (depending method)

Relative humidity 10 to 80%

ELECTRICAL UTILITIES

Power supply 110 / 230 VAC 50 Hz / 60 Hz

Consumption Typical 150 VA - Maximum 300 VA

ANALYSIS

Parameters Refer to list overleaf / Consult

Ranges Depending on parameter / Consult

Method

Colorimetry, Titrimetry, Potentiometry, Absorption - Depending on parameter / Consult

Number of stream 1 stream of analysis

Accuracy & Repeatability

1 to 3% of end of range

Cycle duration 15 min on average

CONNECTIONS, ALARMS & COMMUNICATION

User interface

Colour LCD display 4.3‘’, touch screen Windows interface

Data retrieval

Data transfer by USB port

Output signal 1 output 4-20 mA, galvanic insulation

Relays Alarms

2 relays, dry contacts 2 max at choice, threshold, water /analyser failure…

OPERATION

Reagents Depending on parameter and method

Zero Automatic at each measurement cycle (optical)

Calibration

Manual with syringe (Seres supply) :

- at each replacement of reagents

- otherwise, depending on the method

SAMPLE

Preparation Filtration as needed

Pressure Inlet : 0.5 bar to 2 bar + 0.2 b / Free outlet

Vessel volume 8 to 10 ml (Colorimetry, Titrimetry) 25 ml (potentiometry)

Inlet T° 5 to 45°C

Inlet / Outlet Inlet : 1/4’’ BSP female / Outlet : tubing 25 x 28 mm

Dilution Depending on parameter / Consult

Example Measurement principle—Chrome VI

COLORIMETRY VERSION : Cabinet & Principle Drawings (example)

CRISTALLITE benefits from the technological advances of

CRISTAL : measuring vessel and PCB, micropumps, ana-

lysis methods, Window interface, etc.

Analyses requiring a maximum of 6 micropumps have

been adapted into this new simple & compact monitor.

OPAL Water Quality


[email protected] Opal_Brochure_UK_21062013 - Non binding document

Water & Hydrocarbons, a sphere of

expertise at Seres.

The new OPAL infra-red is the best

solution for an early detection of oil

traces in water. OPAL, A NEW GENERATION DETECTOR, • on line, real time,

• IR scattering measurement,

• reagent free,

TO MONITOR SUSPENDED HYDROCARBON

IN WATER.

ADVANTAGES The fields of applications & references of the

OPAL will match those of its forerunner, the

Bwam S751.

All types of water

• condensate water, thermal exchangers,

• industrial water,

• urban & industrial waste water

Wide range of fields

• Onshore : refineries, oil drilling plants,

energy, petrochemical and other

industries, ...

• Offshore : oil platforms, ships, ...

Compact system, fast & efficient

IR light diffusion detection,

automatic, on line

Intuitive, touchscreen user interface

Extended choice of inputs & outputs

Easy, cost-efficient operation

No reagent, no cleaning product

Automatic cleaning of measuring vessel

Engineered solutions

Main benefits of OPAL :

� Simple : installation &

operation made easy

� Economical : low capital

& maintenance costs

� Flexible : choice of

options & customized

versions

APPLICATIONS

HYDROCARBONS

UNDER CONTROL

Option ATEX




OPAL Water Quality

TECHNICAL DATA


Dimensions (W x H x D)

Basic model on wall skid : 800 x 1055 x 250 mm Detector : 435 x 290 x 195 mm

Weight Basic model on skid : 30 kg (45 kg with cooler)

Material

Wall skid : SS 304 / Detector : high impact PS Measuring vessel : Delrin & PVC Hydraulic circuit : flexible thermoplastic piping

Protection & Environment

IP65 Installation in safe & sheltered area, away from dust and corrosive atmospheres

Ext. temperature 5 to 55°C



Power supply 110 / 240 VAC 50 Hz / 60 Hz

Consumption Typical 150 VA - Maximum 300 VA (OPAL basis)

ANALYSIS

Method & Parameter

IR scattering beam measurement Suspended hydrocarbons

Range 0 -10 up to 0 - 500 ppm, others on request

Streams 1 stream of analysis (multistream on option)

Accuracy & Repeatability

1 to 2 % of end of range (depending on range)

Response time Instantaneous, T90%C < 3 sec.

OPAL Water Quality

CONNECTIVITY & ALARMS

User interface Colour LCD graphic display 4.3‘’, touch screen

Data transfer 1 sealed USB connection for transfer on key

Output signal

7 dry contact output relays, 4 outputs TOR 24 V, 1 digital outputs RS232 1 digital outputs RS485 (JBUS protocol) 1 output 4-20 mA

Input signal 3 inputs TOR

Alarms Hi/Lo thresholds, flow failure, analyzer failure, ...

OPERATION

Calibration Quick calibration, optical checking device

Zero On clean, fresh water

Vessel cleaning Automatic with recurrently actuated wiper jack

Clean water 200 l/h for 10 min, once a month, 0.5 to 3 bar

SAMPLE

Preparation Sample conditionning pump & filtration if needed

Interferent Turbidity (auto-compensated on option)

Suspended Max. 100 ppm (above with hydrocyclone option)

Pressure / Flow Inlet : 0.5 to 3 bar maxi / Outlet = inlet / 200 l/h

Inlet T° 5 to 50°C (above with cooler option - consult)

Inlet / Outlet 1/2’’ BSP female

OPTIONS : Cooler, protective or pressurized enclosure, ...

SYSTEM OVERVIEW - Scope of supply

OPAL BONUS FEATURES :

� GRAPHIC INTERFACE : DISPLAY OF

CONCENTRATION & FLOW, EASY SET-

TING, FUNCTIONAL TESTS, ETC…

� COMPACTNESS : LOWER WEIGHT &

DIMENSIONS.

� COMMUNICATION : WIDER SELECTION

OF INPUTS / OUTPUTS.

� OPTIONS : COOLER, HYDROCYCLON,

MULTISTREAM, ENGINEERING, ...

User interface

TOPAZ Water Quality


[email protected] TOPAZ_Brochure_UK_12032014- Document non contractuel

TOPAZ, the obvious choice for

automatic, on line monitoring of a

large variety of chemical

compounds in all types of water.

TOPAZ (CRISTAL Range) SERES environnement solution :

• innovative concept and functionalities,

• designed to achieve the best quality /

efficiency & cost / benefit ratios.

Several measurement methods are available on

the TOPAZ :

COLORIMETRY

• Ammonium, Free and/or Total Chlorine,

Hydrazine, Morpholine, Phenol, Sulphates

• Colour, Silica, Phosphates (Orthophosphates),

Hardness

• Aluminium, Chromium VI, Copper, Iron, Nickel,

Lead, Zinc

TITRIMETRY

• TH, Alkalinity

POTENTIOMETRY

• Ammonium, Chlorides, Cyanides, Fluorides, ...

Specific, customized methods can be adapted

on TOPAZ for the surveillance of process water &

brines :

• Peracetic acid, VFA, Ca Mg, NH4, etc...

Benefits for the user :

� Reduced running costs

� Strict surveillance of water quality

METHODS & PARAMETERS

Automatic, on line measurement

1 to 6 streams of analysis

Intuitive & efficient user interace

Data storage & communication

Lower reagents’ consumption

Routine maintenance made easy

OTHER PARAMETERS : PLEASE CONSULT

TOPAZ key assets :

� Accuracy

� Reliability

� Flexibility

ON LINE ANALYSIS

Drinking & surface water : alert stations

Waste water : sewage works

Urban & industrial wastes

Boiler, cooling water

Process water & brines

ADVANTAGES & APPLICATIONS

TOPAZ Water Quality




The essential design requisites of TOPAZ were :

� automatic, on line analysis

� easily configurable, modular, intuitive & user friendly, multifunctional

� multi-parameter, multi-stream (options)

TECHNICAL SPECIFICATIONS

CONCEPTION & OPERATION OVERVIEW


Dimensions

Weight & Material

Wall cabinet stainless steel 316L: 610 x 825 x 400 mm

(W x H x D) 20 kg approx - Stainless steel 316L

Environment

& Protection

Installation in safe and sheltered area, away from

corrosive atmosphere. IP55.

Ambient T° 5 to 40°C (depend method)


Power supply 110 - 240 VAC 50 / 60 Hz

Consumption Typical 150 VA - Maximum 300 VA

ANALYSIS

Parameters Refer to list on reverse page / Consult

Range Depend on parameter / Consult

Method Continuous, on line measurement

Colorimetry, titrimetry, potentiometry or absorption Selection based on parameter and/or range

Number of streams 1 to 6 on option (above, please consult)

Multiparameter Single or multiparameter analyser (consult)

Durée du cycle 15 min on average

Accuracy

Repeatability

± 1 to 2% end of range (colo, titri, pot.)

± 1 to 2% end of range (colo, titri), ± 3 to 5% (pot.)


Reagents Depend on parameter and method

CONNECTIVITY, ALARMS & COMMUNICATION

User interface Colour LCD display, 5.7‘’, 160 x 230 mm, touch-screen

Windows interface

Data storage

and retrieval

Data storage in analyser memory

Transfer via USB port

Input / Output &

Communication

4 - 20 mA, dry contacts—Jbus/Modbus RS232

On option : support converter RS485

Alarms Thresholds per stream (HI-LO), sample & analyser failure

Remote control JBus/ModBus protocole or dry contact: end of cycle

stop,

SAMPLING

Preparation Filtration if needed / Dilution, depending on application

Sample inlet Flow : min 30 l/h - optimum 46 l/h (4 l/h with water saver)

Pressure : 0.1 to 3 bar maximum Temperature : 5 to 45°C

Hydraulic

connections

Sample : Inlet 1/4’’BSP F / Outlet soft tubing D INT 9

Waste : soft tubing D INT 12

Volume of vessel 25 ml for potentiometry, othervise 8 to 10 ml

OPERATION

Zero Automatic at end of each measurement cycle

Semi-automatic calibration

Required upon renewal of reagents

Otherwise : depends on method

Cleaning Mechanical wiper on option, if needed

The various modules and their features :

� User interface : smart & intuitive interface enabling all the analyser controls and status reports

� Measurement : emission & reception directly on the PCB gathering all programs driving the whole measurement process whatever the parameter. Increased accuracy resulting from the association of the measuring and its fiber optics system

� JBus/ModBus module : retrieval data / steering

� Supervision : management of data and JBus/ModBus « slave » protocole, , execution of cycles & measurement PCB control, data storage

Potentiometry

Colorim

etry / Titrim

etry

n line analysis - kinetics · 2 max at choice, threshold, water /analyser failure… operation...

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