product catalogue · 2015. 3. 16. · working group that established the en 13725 standard,...

Odour measuring technology

from the leader

2015

PRODUCT

CATALOGUE

Index

1. About Odournet

Welcome to the world of Odournet 2

Working Groups with Odournet involvement 3

Odournet - Scopes of accreditation 4

TO-series labs around the world – since 1996 5

Exemplary of an Olfactometry Laboratory 6

2. Odour testing equipment and accessories

Olfactometer TO-series 7

G.A.S. – IMS technology for gas analysis 8

Perceived odour intensity - acetone 12

Laboratory accessories 13

Air supply 18

3. Odour sampling equipment

Sampling devices 19

Sampling hoods 21

On site pre dilution 23

Liquid to gas vaporizer 24

Gas Sampling Bags 25

4. Gas Dilution Equipment

Gas divider 26

5. Software products

TO-series controlling software 27

Odourmap® - odour complaint management 28

iNose – Odour Dispersion Monitoring System 29

1

20150115_Odournet_PC_2015_DRAFT_Olga.pptx

20150115_Odournet_PC_2015_DRAFT_Olga.pptx

The specially designed, unique technology is used by more than 250 laboratories, research

institutes, universities, and companies world wide. Reliable, high-quality measuring technology

consists primarily of the robust measurement equipment, well-engineered software as well as

customer service and support. At Odournet, these elements interact in perfect harmony. We are

your one-stop provider of odour measurement technology solutions.

Odournet was not only instrumental in standardising olfactometry, and chaired the technical

working group that established the EN 13725 standard, Odournet members were also key players

in all other relevant odour working and standardisation groups since 1993, which is illustrated on

the following page.

Odournet has also pioneered ISO 17025 accreditation. An overview of our current accreditation

scopes can be found in the second next page.

The expertise of our employees gives us the best knowledge to develop the best customised odour

measurement and sampling equipment in the world. Don’t miss the chance to benefit from this

knowledge and expertise - Be part of it!

All our products come with a 24 months warranty and the first calibration according to EN

13725 and ISO 17025 after 12 months for free.

We are at your service to set up your professional odour laboratory!

Best regards

Marc Andresen

Product Sales / Service & Support – Odournet GmbH

Odournet GmbH Fraunhoferstr.13

24118 Kiel

Deutschland

Tel.: +49 (0)431-22012-0

Fax: +49 (0)431-22012-17

de@odournet com

Odournet GmbH ∙ Fraunhoferstr.13 ∙ 24118 Kiel

Commerzbank AG

Kto. 0119 942 000 ∙ BLZ 21080050

IBAN DE 44210800500119942000

SWIFT-BIC DRESDEFF 210

USt-Idnr. DE 812100460

Amtsgericht Kiel ∙ HRB 13106 KI

Geschäftsführer:

Bettina Mannebeck

Björn Maxeiner

Simon Rützel-Grünberg

Welcome to Odournet

from experts for experts

Marc Andresen

Dear Madam, dear Sir,

We combine the expertise, experience and innovative

capacity of the two foremost pioneers in developing

modern olfactometry over the past 40 years: ecoma and

Odournet.

Odournet is the world leading supplier for odour

laboratory technologies and odour measurement

equipment, including olfactometers, sampling tools,

software, calibration services, and more.

Most scientific research papers and applied environmental

olfactometry research of the past 20 years are based on

data obtained using our odour measurement equipment.

3

Working Groups with Odournet involvement

1993 - 1995 NVN 2820

Air Quality – Sensory odour measurement using an olfactometer (Netherlands

Normalisation Institute)

1995 - 2003

2012 - now

CEN/TC264/WG2

'Olfactometry‚

EN13725 Air Quality – Determination of odour concentration by dynamic

olfactometry with Ton van Harreveld (CEO Odournet Group) as Convenor of CEN

standardisation working group TC264/WG2 ‘Odours’

2002 - 2005 NVN 2818: 2005 Writing Dutch standard for hedonic tone measurements

since 2003 VDI 3894 - Requested

continuation of team

Emissions an immissions from animal husbandries - Housing systems and

emissions - Pigs, cattle, poultry, horses

2004 - 2011 VDI 3880 Olfactometry – Static sampling

since 2006 CEN/TC 264/WG 27 Air quality - Determination of odour exposure in ambient air by using field inspection

2008 - 2011 ISO/TC 34/SC 12 Sensory

analysis - NEN committee (NL) Dutch standardisation committee on sensory analysis (general)

since 2008 mirror commitee to

ISO/TC 146/SC 6/WG 14

Determination of odour emissions from building products using test chambers ( ISO

16000-28 and ISO 16000-30)

since 2008 VDI 4302 Sensory testing of indoor air and determination of odour emissions from building

products

2009 - 2013 VDI 3884 Olfactometry - Determination of odour concentration by dynamic olfactometry -

Supplementary instructions for application of DIN EN 13725

n/a NF X-43-103 Evolution of field inspection french method, intensity method

n/a AFNOR comittee on EN-13725 French group discussion about EN 13725 revision

2010 - 2013 VDI 3883 Effects and assessment of odours - Conflict management in air pollution abatement

- Fundamentals and application to ambient odour

since 2010 VDI-WG 3885/1 Odour measurements of liquids

since 2011 VDI 3883-4, NA 134-03-10-08 Neighborhood complaints of odor

since 2012 NEN - odours (geurmetingen) Dutch standardization committee for odour measurements (general)

since 2012 VDI NA 134-02-01-12 Calculation of plume rise

since 2012 VDI 4221 Quality assurance - Requirements on interlaboratory tests in immission control -

Requirements on providers of interlaboratory tests

since 2013 NVN 2818 Revision of Dutch standard for hedonic tone measurements

since 2014 VDI 3788 / 2 Environmental meteorology - Odour dispersion modelling - source term

determination via backward modelling -

4

Odournet - Scopes of accreditation

France Cofrac accreditation nº 1-1964.

Germany

DAkkS accreditation nº D-PL-17433-01 and D-EP-17433-01.

In addition, Odournet GmbH is an accredited inspection body for performance tests

and interlaboratory tests according to EN 13725 and for the automobile guideline VDA

270.

Netherlands

RVA accreditations K077 and L403.

In addition, our Amsterdam laboratory has a calibration accreditation for calibrating

dilution apparatus (olfactometers) according to EN 13725 and certification of reference

gases of n-butanol and SF6 in nitrogen according to ISO 6143.

Spain

ENAC accreditation nº 1046/LE2024.

Odournet SL is also an Authorized Control Body (OCA) in the Balearic Islands

according to Decree 104/2010 of 22 September, for the determination of odours.

United

Kingdom

UKAS accreditation nº 2430. ISO 9001 certification, certificate number CA13725.

Odournet UK are also accredited for bioaerosol sampling of stack emissions

in accordance with VDI 4257 Part 2 as per the Environment Agency Technical

Guidance Note M2.

Within Odournet we have pioneered ISO 17025 accreditation, obtaining the first

accreditation certificate on 28 September 1993 for our Amsterdam laboratory.

Currently we run 6 laboratories for olfactometry according to EN 13725 under 'testing'

accreditations, in the Netherlands, Spain, Germany, the United Kingdom and France.

Being accredited by European Accreditation Collaboration members implies that our

laboratory and sampling team accreditations are recognised in all EU countries.

For the up-to-date accreditation scopes, please see the table below:

5

TO-series olfactometer labs around the world – since 1996

Germany 95

Italy 23

Switzerland 8

Czech Republic 8

Spain 6

Austria 7

Poland 5

France 5

Turkey 5

England 3

Belgium 3

Chile 3

Norway 2

Latvia 1

Estonia 1

China 1

Argentina 1

Bangladesh 1

Lithuania 1

Israel 1

South Africa 1

USA 1

Hungary 3

Russia 3

Denmark 3

Sweden 3

Hong Kong 3

Korea 2

Mexico 2

Portugal 2

Ireland 2

Australia 2

Finland 2

Singapore 1

Exemplary Floor Plan of an Olfactometry Laboratory

6

Required air supply 115 l/min, oil-free

Dilution range 22 (1:4) - 216 (1:65,536)

Interval steps Factor 2

Dilution accuracy < 5%

Response/

setting time

< 0.1 sec

Required

sample volume

High concentrations: 1-2 liter

Low concentrations: 6-8 liter

Maximum calibration

interval

12 months

(according to

EN 13725:2003)

Warranty 24 months (warranty extension

up to 5 years through service

contracts possible)

Scope of supply:

• Filter system

• Robust transport box

• Heating system to prevent contamination

• Full version software:

Dynamic olfactometry and intensity/hedonic tone

on USB stick

• 5 m compressed air connecting PTFE pipeline

• Compressed air connection (8mm external)

• 50 x 8l bags

• For Calibration certificate ISO 17025

Article no.: TO810000

The olfactometer TO8 meets all requirements

of a dilution device for olfactometric

measurements according to EN 13725:2003. It

uses a unique and special designed dilution

system for odour samples.

The main application of the TO8 is to measure

odour concentration, providing a full record of

the data obtained, according to EN 13725:2003.

The measurement process is fully automated.

You can also assess hedonic tone or intensity

(VDI 3882).

The compact size and transportability allows

you to measure on site in a mobile laboratory, if

required. This option allows for reducing sample

storage time to a minimum.

Back to content 7

Olfactometer TO8

Manufacturer Odournet GmbH, Germany

Dimension

(L x W x H)

a) assembled

b) transport size

a) 650 x 650 x 470 mm

b) 650 x 650 x 270 mm

Weight: 17 kg

Dilution principle Gas jet pumps and

calibrated precision orifices

for sample dosage

Vent for surplus

diluted odour

Outlet air via active carbon

filter

Number of panel

members working

simultaneously

4

Maximum panel

size

(software setting)

16

Analyses time for

one sample

(EN13725:2003)

5 min

Fully automatic, 100 % compliant to EN 13725:2003

Unique & special designed dilution system

Software includes project & panel database

Yes-/No-Method, Intensity & Hedonic Tone

Most sold olfactometer worldwide

Fastest analysing time, Fastest setup time

Mobile & plug and play technology

Heated dilution system to prevent contamination


The olfactometer TO9 meets all prerequisites


measurements following EN 13725:2003. Using

the TO9 permits a complete description of an

odour sample.

The TO9 meets all functions and benefits of the

TO8 plus the Dual-Forced-Choice-Method (D-F-

C). The max. dilution expands to 217 which

allows you to measure higher odour

concentrations.

8

Olfactometer TO9

All functions and

benefits of the TO8

Plus Dual-Forced-

Choice-Method (D-F-C)

Fastest analysis (Y/N-Method about 5 min, D-F-C-Method about 7 min)

Max. dilution 217

Scope of supply:

• Filter system





on USB stick



• 50 x 10l bags


Required air supply D-F-C:180 l/min, oil-free

Dilution range (D-F-C) 2³ ( 1:8) - 217 ( 1:131,072)



Response/

setting time

< 0.1 sec

Required

sample volume



Maximum calibration

interval

12 months

(according to

EN 13725:2003)



contracts possible)


Dimension

(L x W x H)

a) assembled

b) transport size

a) 650 x 650 x 470 mm

b) 650 x 650 x 270 mm

Weight: 18 kg



for sample dosage

Vent for surplus

diluted odour


filter

Number of panel

members working

simultaneously

4

Maximum panel

size

(software setting)

16

Analyses time for

one sample

(EN13725:2003)

5 min (yes/no)

7 min (dual-forced-choice)

Back to content


The olfactometer TO8-8 meets all prerequisites



the TO8-8 permits a complete description of an

odour sample..

The TO8-8 offers the possibility to work with 8

panel members, allowing a higher accuracy in

the measurement results. The whole

measurement program is computer controlled

and runs automatically. It includes several

measurement sequences, recovery breaks for

panel members and clean air flushing functions

for the dilution unit.

9

Olfactometer TO8-8

Yes/No method

according to

EN 13725:2003

No Intensity and

Hedonic Tone

Up to 8 panel

members working

simultaneously

Laboratory use for studies

with high number of panel

members, higher statistic

values

Scope of supply:

• Filter system





on USB stick



• 50 x 10l bags



Dilution range 2³ ( 1:8) - 217 ( 1:131,072)



Response/

setting time

< 0.1 sec

Required

sample volume



Maximum calibration

interval

12 months

(according to

EN 13725:2003)



contracts possible)


Dimension

(L x W x H)

a) assembled

b) transport size

a) 900 x 900 x 470 mm,

b) 650 x 650 x 270 mm

Weight: 22 kg



for sample dosage

Vent for surplus

diluted odour


filter

Number of panel

members working

simultaneously

8

Maximum panel

size

(software setting)

16

Analyses time for

one sample

(EN13725:2003)

2-5 min

Back to content


The olfactometer TO8s meets all prerequisites



the TO8s permits a complete description of an

odour sample.

The TO8s meets all functions of the TO8. It is

specially designed for travelling around the

world. This makes it possible to perform

measurements around the world and to

undertake international projects. Weighing only

21 kg (packed in a trolley) it is also permitted on

most flights. The TO8s is the smallest 4-place

olfactometer in the world.

10

Olfactometer TO8s

All functions and

benefits of the TO8

Extra small and light

olfactometer

(about 9 kg)

Easy to build up in 10

min on site

Specially designed for

travelling and

measurements on site

in a mobile lab

Scope of supply:

• Filter system





on USB stick



• 50 x 8l bags



Dilution range 22 (1:4) - 216 (1:65,536)



Response/

setting time

< 0.1 sec

Required

sample volume



Maximum calibration

interval

12 months

(according to

EN 13725:2003)



contracts possible)


Dimension

(L x W x H)

a) assembled

b) transport size

a) 420 x 420 x 410 mm,

b) 400 x 400 x 220 mm

Weight: 8.5 kg



for sample dosage

Vent for surplus

diluted odour


filter

Number of panel

members working

simultaneously

4

Maximum panel

size

(software setting)

16

Analyses time for

one sample

(EN13725:2003)

5 min

Back to content

Odournet is Certified Sales Partner of the Odournet of the GC-IMS specialist G.A.S. .

G.A.S.’s instruments are known for their extremely sensitive (lower ppbv-range), fast acquisition of analytical results (few

seconds) and an economical pricing. G.A.S.’s product developments address various application fields, including Food &

Flavour, Industry & Process-Control as well as Medical Research.

Below you will find an overview of the G.A.S. product portfolio. For more information contact us directly.

G.A.S. - IMS instruments for gas analyses

FlavourSpec® - GC-IMS for the Detection of Volatile Organic Compounds in Food and

Beverages

Control of storage conditions

Food freshness

Control of production process

Process optimisation

Flavour evaluation and flavour stability

Test of raw materials

Product authentication

BreathSpec® - Sensitive Analyser for Metabolic Marker Substances in human Breath

Monitoring of work related exposures to hazardous substances

Detection and/or monitoring of diseases

Control of drug decomposition (pharmaceuticals)

Analytical - Ion Mobility Spectrometer - sensitive detection of gaseous VOCs

Quality control

Residual solvents

Authentication

Alternative GC detector

Gas Chromatograph Ion Mobility Spectrometer - VOC Trace Detection in complex matrices

Quality control

Process control

Residual solvents

Product or ingredients authentication

Research & development

GC-IMS-ODOR - for odour measurement applications

GC-IMS-Silox - for siloxane detection in alternative energy recovery plants (biogas, sewage)

More information Application notes

More information Application notes

More information

More information

11 Back to content

http://www.odournet.com/fileadmin/uploads/images/Produktseite/GCIMS/FlavourSpec_Flyer.pdf

http://www.odournet.com/fileadmin/uploads/images/Produktseite/GCIMS/FlavourSpec_Apps.pdf

http://www.odournet.com/fileadmin/uploads/images/Produktseite/GCIMS/BreathSpec_Flyer.pdf

http://www.odournet.com/fileadmin/uploads/images/Produktseite/GCIMS/BreathSpec_Apps.pdf

http://www.odournet.com/fileadmin/uploads/images/Produktseite/GCIMS/A-IMS_Flyer.pdf

http://www.odournet.com/fileadmin/uploads/images/Produktseite/GCIMS/GC-IMS_Flyer.pdf

Air supply: 3 - 5 bar cleaned compressed

air

Accessories (optional): External compressor (cleaned

compressed air)

Filter system (three stages)

Test gas (e.g. acetone;

concentration 2500 mg/m3)

PureSniff XL device

Gas Sampling Bags



contracts possible)

Article no.: AC000001

The Acet-ON allows the comparison of the

intensity of a sample with different specified

intensities of the reference substance acetone,

and hence, the determination of the perceived

intensity Π (pi).

The use of comparative sources ensures that

all panel members evaluate the perceived

intensity based on the same reference scale.

The Acet-ON is fully compliant to the

requirements of the standard ISO 16000-

28:2012 as well as the guideline VDI 4302

(draft). The device allows the presentation of 6

different acetone concentrations ranging from 0

pi to 15 pi, as well as 1 blank (odourless

compressed air), and makes it easier for the

panel members to assess the perceived

intensity of unknown samples.

The use of CRM gas allows traceability of the

presented concentrations, which results in a

high accuracy of acetone concentrations.

Another advantage of the Acet-ON is the use of

only one nose mask, which allows gas release

only when required meaning room air

contamination is kept to a minimum.

12

Acet-ON


Dimension

(L x W x H)

425 x 275 x 170 mm,

Weight: 4 kg



Volume flow: 0.7 l /sec (pre-set by

manufacturer)

100% compliant to

ISO 16000-28:2012

and VDI 4302 (draft)

High accuracy of

acetone concentrations

Low room air

contamination

6 different pi-

concentrations and

1 blank

Compact/transportable

Low gas consumption

The Acet-ON in combination with

the

direct sniffing device PureSniff XL

Scope of supply:

• 1 nose funnel


Optional:

• Filter system

• PureSniff XL

Volume flow 0.7 l /sec (pre-set by

manufacturer)

Air supply 2 – 5 bar

Power supply External power supply (12V,

65W max)



contracts possible)

Article no.: AC000002

The PureSniff XL allows the standardised

presentation of a sample:

As the operator triggers a volume flow, the

smell sample streams out of the sample bag

and passes through a funnel (diffuser) to the

human nose. That way, each olfactory

tester/examiner gets identical sample air with a

standardised volume flow and a constant

presentation time.

Additionally the PureSniff XL can be used for

indoor air sampling and is fully compliant to the

requirements of the standard ISO 16000-

28:2012 as well as the guideline VDI 4302

(draft).

The PureSniff XL consists of a sealed tube

made of clear PVC for visual checks.

The scope of supply includes the PureSniff XL,

a diffuser and a separate power-pack. Ready to

use Gas Sampling Bags (60l), with PTFE

adapter and corks can be purchased as

additional extras.

13

Direct Sniffing PureSniff XL


Dimension

(L x W x H)

420 x 425 x 1200 mm

Weight: 12.8 kg

Sample volume 60 l max

Duration of

presentation:

2.5 sec

Constant flow

Standardised sample

presentation

PTFE and stainless

steel (EN 13725:2003)

100% compliant to

ISO 16000-28:2012

and VDI 4302 (draft)

Easy to use and

connect

Intensity/hedonic

tone/liking

Direct evaluation of an undiluted sample

using the PureSniff XL

Scope of supply:

• PureSniff with 1 cylinder

• 1 nose funnel

• Remote control

Optional:

• Sampling function

• Power pack

Back to content

Duration of presentation 2.5 sec

Volume flow 20 l/min



65W max)



contracts possible)


PureSniff consists of 2 sealed tubes, which can

be provided with Gas Sampling Bags

independently of each other. The device works

as follows:


smell sample is pushed out of the sample bag



tester/examiner gets an identical sample with a

standardized volume flow and a constant

provision time.

As default setting, the sample is offered for

about 2.5 sec at a volume flow of 20l/min. Using

an 10l bag filled to approx. 70%, one sample

serves for about 10 presentations. For visual

checks the cylinder is made of clear PVC.

14

Direct Sniffing PureSniff II


Dimension

(L x W x H)

274 x 430 x 860 mm

Weight: 9 kg

Sample volume 10 l maximum

Constant flow

Standardised sample

presentation

PTFE and stainless

steel (EN 13725)

Easy to use and

connect

Intensity / hedonic

tone / liking

Ready for comparable

tests (Sample A

against Sample B)


using the PureSniff II

Scope of supply:

• PureSniff with 2 cylinders

• 2 nose funnels

• Remote control

Back to content

Duration of presentation 2.5 sec

Volume flow 20 l/min



65W max)



contracts possible)


PureSniff III consists of 3 sealed tubes, which

can be provided with Gas Sampling Bags

independently of each other. The device works

as follows:


smell sample is pushed out of the sample bag



tester/examiner gets an identical sample with a

standardized volume flow and a constant

provision time.

As default setting, the sample is offered for

about 2.5 sec at a volume flow of 20l/min. Using

an 10l bag filled to approx. 70%, one sample

serves for about 10 presentations. For visual

checks the cylinder is made of clear PVC.

15

Direct Sniffing PureSniff III


Dimension

(L x W x H)

275 x 660 x 860 mm

Weight: 12 kg

Sample volume 10 l maximum

Constant flow

Standardised sample

presentation

PTFE and stainless

steel (EN 13725)

Easy to use and

connect

Intensity / hedonic

tone / liking

Ready for tripple

testing (Sample A vs

Sample B vs Sample C)


using the PureSniff III

Scope of supply:

• PureSniff with 3 cylinders

• 3 nose funnels

• Remote control

Back to content

Standard deviation of

the dilutions

< 5%

Response time < 1 s

Set-up time < 1 s

Maintenance interval 12 months (according to

EN 13725:2003)



contracts possible)

Scope of supply:

• 2 x 3m compressed air connecting PTFE

pipeline

• 1 T-unit 8 mm

Optional:

• Sample bag (8 l) with PTFE adapter and PTFE

sealings.

• Underpressure sampling device (20,000 Pa).

Article no.: EPD10000

The EPD is an easy to use pre-dilution system

for highly-concentrated odour samples. It has

been developed to increase the measuring

range at high odorant concentrations for

olfactometers.

In addition, it protects the olfactometer from

self-contamination.

The EPD is designed for use in olfactometry

laboratories and gives the operator the

opportunity, together with a TO-series

olfactometer, to process odour samples with a

concentration of up to 6 x 106 OUE/m3 with just

one additional mixing process.

Due to the dilution, which precedes the

olfactometric measurement, virtually all known

odour emissions from environmental protection

and industrial markets can be olfactometrically

measured.

16

Pre Dilution Device EPD


Dimension

(L x W x H)

45 x 105 x 250 mm,

Weight: 2kg

Dilution principle Gas jet pumps

Control

mechanism of

volumetric flow

Gas jet pumps

Dilution ranges Standard: 1:10/1:100, 1:2

to 1:200 also possible

Manual pre dilution

system for laboratory

use

Portable

Low noise level

PTFE and stainless

steel (EN 13725:2003)

Pre-set dilutions 1:10

and 1:100

Easy to use and

connect

Fast pre dilution

Low air and sample

consumption

Back to content

Filling materials Silica gel, activated carbon,

cotton, micro-fine filter

Maintenance interval Depending on supply air



contracts possible)

Scope of supply:

• Filter System

• 3 m PA tube 8x6x1

• 2 m PTFE tube 8x6x1

• 1 pressurized air gun

• 1 T-unit 8 mm

Optional:

• Filter material exchange set

Article no.: F0010000

The filter system consists of a PCA tube

(Makrolon®) with a stainless steel lid and base.

This unit is available with four feet for mobile

application or with a wall bracket for use in

laboratories. The filter system connects an oil-

free compressor or a bottle of compressed gas

and the olfactometer. It is filled with silica gel

(3), activated carbon (4), filter cotton (5) and a

microfine filter (6) for the separation of moisture,

organic compounds and dust. The aim is to

achieve uncontaminated reference-air / zero-air.

The inlet (2) and outlet (7) for the air are 8 mm

compressed air quick connectors.

The system has been tested to 5 bar. The

pressure limit valve (1) limits the working

pressure of the TO series olfactometer to 4 bar

which secures the system.

17

Filter System


Dimension

(L x W x H)

510 x 340 x 135 mm

Weight: 4 kg

Pressure max. 5 bar, pressure limit

valve

Filter system for

laboratory use

Portable

Easy to use

Low maintenance

Connection via oil free

compressor or

compressed gas

possible

Separation of

moisture, organic

compounds and dust

Back to content

For running an olfactometry laboratory an oil-

free compressor is necessary to provide

pressurized air to the olfactometer.

Odournet offers medical air compressors for

the olfactometers of the TO-series.

18

Compressors

Compressors for TO-

series olfactometer

Type Volt/Ph dB (A) m³/h bar l/min Watt Kg Olfactometer

Dr. Sonic 320-

50V-ES-3

230/1 62 14 8.2 235 2200 72 TO8, TO8s,

TO9, TO8-8

Article no.: Z0020038

Back to content

Filling time 30, 15, 10 or 5 minutes

Suction pressure 50 mbar

Battery NiCd 6V 5Ah



contracts possible)

Scope of supply:

• Calibrated nozzle for 30-minutes sampling

• Battery charger

• PTFE flexible probe tube 2 m

• Countdown timer

• 5 x 10l Gas Sampling Bags

Accessories (optional):

• Stainless steel probe

• Calibrated nozzle for different volumetric flows

(i.e. filling times)

• Gas Sampling Bags 10l

Article no.: CSD10000

The CSD30 is a sampling device for collecting

air (odour) grab samples in sampling bags, with

a default sampling duration of 30 minutes.

Using the lung principle, the sample flows into

the bag through the sampling tube only, without

passing through pumps or other equipment. The

materials used for ‘wetted’ parts being in

contact with the sample flow are PTFE and

stainless steel, in compliance with EN 13725.

The sample flow is regulated using a calibrated

nozzle integrated in the sampling device. Other

nozzles, flows and filling times are available

upon request. The sampling rate is independent

of the static pressure conditions at the sampling

point if the pressure difference is less than 150

mbar. The sampling flow is closed automatically

once the bag is full. Alternatively, the user can

select a shorter sampling duration using a

countdown timer. The CSD30 sampling device

operates from its integrated rechargeable

NiCd and battery does not require an AC power

connection. The CSD30 unit is robust, and is

easily operated by a technician.

19

Sampling Device CSD30


Dimension

(L x W x H)

700 x 190 x 260 mm

‚

Weight: 4.8 kg

Sample volume

(bag size)

10 litres

Micro processor

controlled pump, flow

controlled by orifice

disc

5 min, 10 min, 15 min or

30 min continuous

sampling

VDI 3880 and

EN 13725 compliant

Easily portable

Stops automatically

High quality rechargeable batteries for about 16 x 30 min samples

Back to content

Maximum vacuum

output

300 mbar

Recommended range of

application

+/- 150 mbar

Lead-gel batteries 2 x 6 V



contracts possible)

Scope of supply:

• Charger

• PTFE probe tube 2 m


• 10 litre Gas Sampling Bags

Article no.: S0010000

The Sampling Device Standard consists of a

vacuum container, which is evacuated by a

vacuum pump. The sampling point and the

standard sampler are connected by a probe.

Due to the evacuation in the sampling device,

the sample bag, inside the device, sucks in

sample air via the probe. During this process,

none of its components come into contact with

the sample air due to the construction of the

sampling device.

The range of application of the Sampling Device

Standard is, at pressure conditions of 150

mbar, at the peak of the probe (in the air flow

cross section). The filling time of an 10 litre bag

is 30 to 60 seconds depending on the pressure

conditions. The cylinder is made of transparent

PVC in order to aid the optical check of the

filling and the condition of the probe.

The Sampling Device Standard is robust, light

and easy to use. Due to its battery-operation the

sampling pump can be used independently of

the power supply.

20

Sampling Device Standard


Dimension

(L x W x H)

730 x 160 x mm

Weight: 4.5 kg

Sample volume

(bag size)

10 litres

Filling time 30 – 60 s

Quick, short sampling

Easily portable

Easy to use

High quality

rechargeable batteries

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Flow approx. [m³/(m²x

h)]

30 / 15 / 7.5

Power supply Lithium polymer battery 11.1 V,

5.5 Ah with a

special charger

Sampling time with

CSD30

30, 15, 10 or 5 minutes

Power consumption Approx. 1 A



contracts possible)

Scope of supply:

• Ventilated sampling hood

• Floater for liquid surfaces

• High-quality Lithium polymer battery

• Charger power pack for use on 230V

connections

• Connection cables

• Remote control

Optional:

• Sampling device CSD30

Article no.: BPH10000

The ventilated sampling hood supplements the

30-minute sampling system CSD 30 and is

primarily used for sampling non-ventilated,

odour emitting solid or liquid area sources.

When sampling liquids, floats are attached at

the sides of the hood. The system consists of a

hood, which is automatically ventilated by two

radial fans with a constant volumetric flow. The

inlet fan sucks in outside air via an

exchangeable orifice and transports the air from

the top into a corner of the hood via an active

carbon filter. From there the air is

distributed across the whole surface of the

hood, it absorbs the emitted odourants, and is

extracted to the opposite corner by the second

radial fan via another exchangeable orifice with

the same volumetric flow. The sample for

olfactometer tests (primarily using the CSD 30

sampling system) is taken from the suction

nozzles. The same volumetric flow is provided

on the inlet side and the suction side.

21

Ventilated Sampling Hood


Dimensions

L / W / H [mm]

Ready for use approx.

1030 / 530 / 250

Weight Depending on the design

approx. 10 to 13 kg

Material Al Mg 3 19 chromatised

Adjusting the

volumetric flow

Exchangeable orifice on

the suction side at the inlet

and suction fan

For sampling on solid

or liquid surfaces

Light and easy to use

CSD30 mountable

VDI 3880 and

EN 13725 compliant

High quality batteries,

for about

6 samples/charge

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Diameter of the chimney 150 cm

Total height of the hood: 165 cm

Weight 8 kg

Material Al Mg 3 19 chromatised



contracts possible)

Scope of supply:

• Hood made of aluminum (1m2 with carry

handles)

• Chimney Ø 150 mm with wind collar

Optional:

• Cover plate with sampling connection for

measuring saturation concentrations on

passive sources rubber skirting running round

the base of the hood

Article no.: UBH10000

This hood allows defined sampling on flow area

sources with very low discharge speeds (e.g.

bio filter, ventilated compost clamp).

The volume of the exhaust air flow is guided

through the hood and the chimney, and is

consolidated. A wind collar reduces the

susceptibility to side-winds at the chimney

outlet and thereby keeps the flow conditions in

the chimney constant. The sampling hood has a

base surface area of 1m2 and a chimney with a

diameter of

150 mm. Due to the surface ratio between the

hood base surface and the chimney cross

section no relevant dynamic pressure is

exerted when the hood is applied. The chimney

can be disassembled from the body of the hood

by loosening the four knurled nuts. There are

carry handles on the body of the hood, so that it

can be transported easily. As the susceptibility

of the sampling hood to side-winds is

particularly a problem at the chimney outlet, a

wind collar is used here which shields it from

the wind and thereby keeps the flow conditions

in the hood constant.

22

Non Ventilated Sampling Hood


Base surface 1 m²

Length 100 cm

Width 100 cm

For sampling on

ventilated surfaces

e.g. biofilter

Dismountable

VDI 3880 and

EN 13725 compliant

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Nitrogen or synthetic air Two-level bottle pressure

reducer

N2 or synthetic air

consumption

prox. 100l/h

Sampling time with

CSD30

30 or 10 minutes

Pressure at the

sampling point

-200 hPa bis +40 hPa

Max. Temperature at

the sampling point

240˚ C

Warranty 24 months

Scope of supply:

• Stainless steel pre-dilution probe,

with sapphire screen for approx. 1:10

• Two-level bottle pressure reducer

• Connection tubes

• Calibration datasheet

The following is required:

• N2, compressed air cylinder

• Sampling device


• Additional sapphire screens for different

dilution ratios of approx. 1:5 or 1:20

Article no.: Z0020022

The GSP can supplement the sampling system

CSD 30 and dilutes the sample directly at the

sampling point. Here the pre-dilution can be

performed with nitrogen or synthetic air, whereby

the pre-dilution ratio is fixed by the manufacturer

(standard 1:10 with individual calibration data).

The pre-dilution ratio can, however, be set to

different exhaust air conditions on request by

exchanging a sapphire screen accessible from the

outside (e.g. dilution 1:5 or 1:20).

The pre-dilution system provides the sample air

flow with a constant supply of nitrogen (N2) or

synthetic air directly into the tip of the sampling

probe. The moist-warm sample is thereby diluted

immediately at the point of extraction with dry N2

or synthetic air so that when it cools down to the

transportation and laboratory temperature no

condensation forms in the probe, in the tube or in

the sample bag. As a result, no additional heating

is necessary.

Furthermore the GSP has a built-in particle filter to

protect against contamination as well as a micro

Prandtl tube, which can be used to monitor the

process.

23

On Site Pre Dilution Device GSP


Dimensions

L / W / H [mm]

1800/150/30, can be

expanded by 800 mm

using an extension probe

Weight

1.5 kg

Control

mechanism of the

volume flow

Gas jet pumps

Sample air Calibrated sapphire screen

Pre dilution at the

source

Avoid losses due to

condensation

VDI 3880 compliant

Incl. a Prandtl tube for

air speed monitoring

Back to content

Air supply 3-5 bar clean compressed

air

Volume flow outlet 75 l/h

Power supply 230V DC

Weight Control unit: ca. 4kg

Heating block: ca. 2kg

Warranty 24 months (warranty

extension up to 5 years

through service contracts

possible)

Scope of supply

• 1 x LiGaVa incl.:

• 1 x Temperature control unit

• 1 x Vaporization unit (heat ing block)

Accessories:

• Heating power supply

• Gas Sampling Bags made of Nalophane®

• Additional heating blocks

Article no.: PM000182

The LiGaVa system vaporizes any kind of liquid

into the gas phase. Since time, volume stream,

temperature, as well as the amount of liquid, are

all known variables, it is a highly standardized

sampling system. A set volume of the liquid

sample is injected into the LiGaVa, which is

designed to vaporise the sample. In order to

achieve the correct vapour pressure for your

particular liquid sample, the evaporation

temperature can be individually set (up to

220°C). As the gas is formed it streams into a

connected sample bag at a constant volume flow

rate. The liquid has now been transferred into

gaseous form ready for various analyses:

Odour concentration

Odour intensity & Liking

Molecular Profile

24

Liquid to gas vaporizer - LiGaVa


Dimension

(L x W x H)

Control unit: 350mm x 150mm x

260mm (without grip)

Heating block: 120mm x 120mm

x 80mm

Adjustable

temperature range

5°C above room temperature to

220°C

Determine the

detection threshold

Optimise your

substance-perception-

ratio (linear vs.

logarithmical scale)

Learn how your

fragrance is perceived

Compare fragrances

Determine the

molecular profile

Optimise your formula

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Odournets Gas Sampling Bags have been

designed especially to respond to the quality

requirements of EN 13725:2003 and ISO

17025, to minimize the risk of contamination of

odour samples. The bags have an approximate

capacity of 10l or 60l depending which sampling

device is used.

Odournets Gas Sampling Bags are made of

Nalophan® and PTFE tubings to minimize

surface reactions with sulphurs . Within the ISO

17025 accreditation scope the Nalophan® is

tested according to No. 6.3.2 of the European

Norm EN 13725:2003 as well as according to

No. 4.3.1 of the German guideline VDI

3880:2011 and is released as norm conform

material for the sampling of odour samples.

The analysis result are traceable to the

olfactometric measurement method according

to EN 13725:2003.

25

Gas Sampling bags

Ready to use bags

Certified within the ISO

17025 scope

Material: Nalophan®

(PET) and PTFE

Type Amount Connectors Sealings Sampling Device

10 l 10, 20, 50, 100 PTFE

Outside Ø 8mm

Inner Ø 6mm

PTFE CSD30, Sampling Device Standard

(model since 2014

1, 3, 5 l 10, 20, 50, 100 PTFE

Outside Ø 8mm

Inner Ø 6mm

PTFE GC/MS and GC/IMS

40, 60 l 10, 20, 50, 100 PTFE

Outside Ø 8mm

Inner Ø 6mm

PTFE PureSniff XL – sampling function

Taste-free

Special sizes at request

Working temperature range – 60°C to + 220°C

Minimal background emission (less than PVF)

Scope of supply

• 10, 20, 50 or 100 Gas Sampling Bags

• 5, 10 or 20 PTFE seals

Accessories:

• Sampling device standard

• Sampling device CSD30

• PureSniff II, III, XL

Back to content

Accuracy Single-stage <1%; two-stage

<3%

Response /stabilization

time

< 1 s

Overall volume flow Test gas 3l/min.; tracer gas 15

l/min

Maximum pressure of

the generated test gas

< 100mbar (free exhaust)

Tracer gas Dry air, nitrogene or others

Material in contact with

test and tracer gas

PTFE, stainless steel

Scope of supply:

• 2 x 3m compressed air connecting PTFE

pipeline

• 1 T-unit 8 mm

Optional:

• Sample bag with PTFE adapter and PTFE

sealings.

Article no.: EPD10000

The Odournet gas divider is a dilution

system, which enables a very precise and

reproducible generation of gas calibration

supplied with EN 17025 certificate. It works

according to the principle of gas jet pumps

(venturi pump) and the dose using orifice

plates. Single, as well as two stage

performance is possible, with two stage

performance enabling significant cost

savings through reference gas reductions.

Key Features:

Simultaneous placement of two gases with

different input concentrations • A single

stage performance calibrations with a

reference gas concentration up to 2000

ppm • Inlet pressure of the reference gas -

2 bar • Test gas required - app. 3 l/min •

Carrier gas required - 15l/min. at a pressure

of 3 bar

26

Gas Divider GT.11


Dimension

(L x W x H)

480 x 320 x180 mm (19"

Casing 4 HE)

Weight: 7,5 kg

Dilution principle High precision pressure

regulator and sonic nozzles

Control

mechanism of

volumetric flow

Gas jet pumps

Dilution ranges Example: Single-stage - 7

calibrated steps 1% -20 %;

two-stage - 14 calibrated

steps 0.025 % - 5 %

Direct comparison of

two analysers

Portable

Low noise level

A two-stage

performance enabling a

second measurement

range (1-10ppm) to be

calibrated with the

same reference material

Significant cost

savings

Easy to use and

connect

ISO 17025 (DAkkS)

calibration

Very precise and

reproducible

generation of gas

calibration

Back to content

Scope of supply:

• USB stick with software (odour

threshold measurement)

Accessories (not supplied):

• Plug-in for intensity and hedonics

• USB cable

Article no.: SW000002

The control software offers easy, intuitive operation.

Integrated test routines check the correct functioning of

your olfactometer. A comfortable tester management

system provides extensive functions to manage the

applied testers as per EN 13725:2003.

The archiving of the measuring data produced such as

n-butanol allows the quality control of your measuring

results. The creation of additional databases for

reference substance checks is possible with up to 16

databases. The detailed recording and evaluation of

your measurement results corresponds to all the

requirements of EN 13725:2003.

This also includes the requirements of the accreditation

process as per ISO/IEC 17025:2005 on the

documentation of the raw data collected including the

saving of data which is not used for the calculation of the

end result (Discarding passages).

In order to guarantee the fastest possible support in

case of defects, the software provides automatic error

reports.

The software supports the measurement of individual

samples by up to 16 testers in 4 teams. Measurements

already completed can be continued at any time.

27

TO-series controlling software

Processor Pentium III+

System memory 128 MB RAM

Available hard disc

space

10 MB

Connecting via USB

Direct control of

hardware and

measurement

procedure

Storage and calculation

of results

Interaction and collection of data from panel members

Running with TO7, TO8,

TO9, TO8-8, TO8s

Panel management up

to 16 databases for

different reference

materials

Upgrade for Intensity

and Hedonic Tone

Fully EN 13725

compliant

USB port

Windows based

operating system

Windows 2000 / XP / Vista /

Windows 7

TO series olfactometer TO8 / TO8-S / TO8-8 / TO9

Back to content

Article no.: OMP00001

Odourmap is an innovative communication

platform on which plant operators, citizens and

authorities can be equally integrated into the

odour management process. Odourmap

records and visualises a variety of data that is

relevant for dealing with odour problems and

citizen complaints, providing a multilateral,

easy-to-use platform, where all parties involved

can access the information relevant to them.

Watching our Explainer Film you can discover

Odourmap and its benefits in just 90 seconds.

28

Odourmap Web-based Tool for Odour Complaint Management

Online Citizen Monitoring Collection and registration of citizen observations and complaints

Smartphone App Collection and registration of citizen observations and complaints

Grid Inspections Data input from systematic Grid Inspections using citizen panels, professional

observers (according to VDI 3940 Part 2) or facility site staff.

Meteo Data Online display of current Meteo Data and optionally also the modelled current

impact caused by known, regulated emission sources. This can help in plausibility

checks of observations, and in assigning observations to the most plausible source

under the current wind flow conditions.

Facility Module Mapping of odour sources, the setting of facility-specific odour types, the

assessment of the odour potential of odour sources and the input of limit values. In

addition, the contact details of facility operators can be registered.

Communication and complaints management tool

Promotes engagement between operators, regulators and citizens

Complaint validation and prediction of future impact risk

Operator of platform retains full access control

Integrates site based data with community observations

Historic analysis and visualisation of odour events

Expandable according to client requirements

Odourmap is designed to also integrate other data streams like dispersion modelling as well as sensor

data (e-noses) and emission data and odour critical operational data.

As a modular platform Odourmap is continually being enhanced and the range of features extended.

For further details and a guided Odourmap tour in a TeamViewer Live Presentation to experience the

overall look and feel of Odourmap and its easy-to-use functions and features at first hand, please contact

Marc Andresen (T: +49 431 22012-14; E: [email protected] ).

Back to content

http://www.odournet.com/en/environmental/consultancy/odourmap/video/

Article no.: GRD00048

iNose offers a complete solution to odour

control:

iNose provides a clear insight into the

dispersion of gas and odour based on current

and reliable weather data. That way iNose

allows operators to plan production or to adjust

production settings based on the (forthcoming)

meteorological circumstances.

This prevents discontent and improves the

relationship with the surrounding community.

29

iNose – Odour Dispersion Monitoring System

Real-time display of emissions

Display of effects of adjustments in the operation process

Immediate response to changes in current meteorological data and weather forecasts

Reliable data for complaint validation

Always up-to-date. Easy and fast in use.

Little to no maintenance. Accessible from anywhere at any time.

iNose automatically imports the most current meteorological data from the database administered by the

leading MeteoGroup Europe. The most common dispersion computer model 'Plume' calculates the

dispersions. Google Maps provides maps and satellite images from various providers. The substance

properties are taken from our Odournet library of Odour Thresholds, based on extensive literature review

and on in-house odour thresholds gained from thousands of studies in all odour relevant sectors in the

past 30 years, or may be determined by our environmental consultants at your site.

With iNose, a company can obtain a clear insight into their (future) odour and gas dispersion over the

surroundings. This is made possible by the permanent connection with the most current weather

forecasts and readings.

Prevent penalties or even recall of permit to operate and favourable position when negotiating new permits.

Minimize chances of complaints and thus improved relation with the immediate surroundings by building good

reputation and image.

Validate complaints.

Benfit from the automatic alert management in case of (future) excessive emissions.

Back to content

The ODOURNET Group

Odournet GmbH · Fraunhoferstr. 13 · 24118 Kiel · Germany · T +49 431 22012-0 · F +49 431 22012-17

[email protected] · www.odournet.com

Sensory Expertise delivered worldwide

product catalogue · 2015. 3. 16. · working group that established the en 13725 standard,...

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