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Bactiquant®-water
Total bacterial analysis in minutes
Outline of the presentation
Bactiquant® water
How it works
Documentation
Application cases
Questions
11/06/2013 Direction or Department name 2
Third party verification
11/06/2013 Direction or Department name 3
US-EPA Verified Technology
U.S. Environmental Protection AgencyU.S. Environmental Protection Agency
Laborious
Skilled lab personel
Long analysis time
Industry Challenges:
Problem
11/06/2013 Direction or Department name 5
You do not get timely results
Rapid results
Maintain control
Reduce downtime
Industry Requirements:
Save time and money
Total bacterial analysis in minutes
Bactiquant®-water
Total bacteria
From days to minutes
11/06/2013 Direction or Department name 8
Sampling
11/06/2013 Direction or Department name 9
Enzyme targeted analysis
+
Bacteria-enzyme
Enzyme substrate Fluorescent compound released
Enzyme targeted analysis
Enzyme substrate
Fluorophore
Robust concept
11/06/2013 Direction or Department name 12
•Naturally occuring enzyme activity
•High specificity for bacteria
•Amplifying signal – adjustable sensitivity
Simple interpretation
11/06/2013 Direction or Department name 13
The more fluorescense the more bacteria is
present in the sample
Linearity with sample volume and
reaction time
11/06/2013 Direction or Department name 14
y = 17,745x
R² = 0,999
0
200
400
600
800
0 10 20 30 40
Flourescence
Reaction time (minutes)
Bactiquant®-water test on 500 ml tap water. Fluorescence
measured as function of reaction time. Conducted at 26oC
y = 0,7709x
R² = 0,9959
0
10
20
30
40
50
60
70
80
0 20 40 60 80 100
Flourescence
ml tap water sample
Bactiquant®-water test on tap water samples.
Fluorescense measured as function of sample size.
Conducted at 25oC and with 65 minutes reaction time.
R2 Agar showed 28 CFU/ml in tap water.
Calculation of Bactiquant Value (BQV) for this trial.
1 BQV = 0.5 CFU/ml
The BQ value
11/06/2013 Direction or Department name 15
250 ml water sample
30 minutes reaction
23 C (73,4 F)
The Bactiquant value is universal
Calculating the BQ value
11/06/2013 Direction or Department name 16
LOD = 10 fluorescence units
(Reading-blank) (vol / 250)* * (Reaction time / 30) * (Temperature adjustment)
Simple protocol
•Concentrate bacteria on a sterile filter using
syringe/vacuum manifold
•Concentration from as large a volume as possible
•Can be sampled directly from sample points
•Use the filter as the reaction vehicle
•Saturate filter with substrate
•React in filter for a set time
•Typically 10 – 30 min incubation
•Flush out cleaved fluorophore into cuvette
•Measure using hand-held fluorometer
Bactiquant®- Advantages
Exclusion of a cultivation step
Bacteria does not have to reproduce prior to analysis
Reduction in performance time from days to minutes
Fluorescent substrate analogues
No permeabilization of cells necessary
Robust chemistry
Concentration step
Increases sensitivity
Reduction in detection time
Minimal human intervention
Closed filtration unit
No handling of filter membrane necessary
Robust and repeatable
Detecting all bacteria
Traditional plate counts do not measure particle bound bacteria
Particle bound bacteria are important for water quality
Bactiquant®-water
BactiQuant®Water detects and quantifies suspended
bacteria as well as bacteria located on particles or in aggregates.
Why is this important ?
Traditional plate count
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Plate count estimate
Total population
A comprehensive measure
11/06/2013 Direction or Department name 21
Organism Gram stain Phyllum/ class
Athrobacter sp. Negative Actinobacteria / grp. 20
Bacillus cereus Positive Firmicutes / grp. 18
Bacillus subtilis Positive Firmicutes / grp. 18
Bacillus thuringiensis Positive Firmicutes / grp. 18
Clostridium tetani Positive Firmicutes / clostridia
Desulfovibrio desulfouricans Positive Proteobacteria / δ
Enterobacter sp. Negative Proteobacteria / γ
Enterococcous faecalis Positive Firmicutes / bacilli
Eschericia coli Negative Proteobacteria / γ
Escherichia fergusonii Negative Proteobacteria / γ
Flavobacteria bacterium Negative Bacteroidetes / flavobacteria
Flavobacterium johnsoniae Negative Bacteroidetes / flavobacteria
Klebsiella pneumonia Negative Proteobacteria / γ
Lactobacillus acidophilus Positive Firmicutes / bacilli
Lactobacillus reuteri Positive Firmicutes / bacilli
Methanococcus aeolicus Negative Euryarchaeota / methanococci
Micrococcous sodonensis Positive Actinobacteria / actinobacteria
Pseudomonas aeroginosa Negative Proteobacteria / γ
Rhodobacter sphaeroides Negative Proteobacteria / α
Serratia marcescens Positive Proteobacteria / γ
Staphylococcous aureus Positive Firmicutes / bacilli
Sphingomonas Wittichii Negative Proteobacteria / α
Vibrio sp Negative Proteobacteria / γ
Xanthomonas campestris Positive Proteobacteria / γ
Source: Brenda database
Comparing BQ and HPC
11/06/2013 Direction or Department name 22
• The result does not depend on the ability of
bacteria to grow on a specific media.
• Bactiquant®-water detects and quantifies particle
associated bacteria as well as suspended bacteria.
Comparing Bactiquant with ATP
11/06/2013 Direction or Department name 23
Parameter Comments Bactiquant ATP
Rapidity 10-30 min 2 min
Ease of use
Moderately
easy
Very
easy
Reproducibility
Permeabilization of cells
necessary.
No Yes
The robustness of assay
chemistry
High Low
The assay sensitive to water
chemistry
Low High
The overall reproducibility High Low
Specificity to Bacteria High No
US-EPA verification
Yes No
Quantification in environmental
samples
11/06/2013 Direction or Department name 24
Complex Environmental Sample
11/06/2013 Direction or Department name 25
0
1
2
3
4
5
0 1 2 3 4 5 6
Bactiquant value
Data: Total counts 35oC, 48 hours, R2A , pour plate procedure– Middle East utility
0
1
2
3
4
5
0 1 2 3 4 5
Bactiquant value
All data Populations
Ground water/desalinated water
Treated surface water
Untreated surface water
TVC(CFU/ml)
Simple samples – suspended bacteria
11/06/2013 Direction or Department name 26
1
10
100
1000
10000
100000
1000000
10000000
1 10 100 1000 10000 100000 1000000
BactiQuant analysis result (fu/ml)
HPC-DS6222(cfu/ml)
High reproducibility
11/06/2013 Direction or Department name 27
Source US EPA -2011
P. aeruginosa ATCC 27853
Test Iteration
Adjusted Fluorescence (fu)
8.0 x 103 CFU/mL 4.7 x 103 CFU/mL 2.1 x 103 CFU/mL 8.7 x 102 CFU/mL
1 11392 6128 2799 1249
2 12332 6074 2710 1247
3 11376 6012 2559 1297
4 11513 6508 2768 1437
5 11614 6256 2945 1375
Average 11645 6196 2756 1321
Standard deviation 396 196 140 83
RSD (%) 3.4 3.2 5.1 6.3
Repeatability and inter assay reproducibility
11/06/2013 Direction or Department name 28
Test Iteration
Adjusted Fluorescence (fu)
Indigenous Bacteria from Lake Water
(3.7 x 102 CFU/mL)
P. aeruginosa ATCC 27853
(4.7 x 103 CFU/mL)
Analyst 1 Analyst 2 Analyst 1 Analyst 2
Average 2363 2225 6888 6691
Standard deviation 152 57 333 93
RSD (%) 6.4 2.6 4.8 1.4
RPD (%) 6.0 2.9
Source US EPA -2011
Excellent water quality – drinking water
11/06/2013 Direction or Department name 29
BQ-values < 40
• 976 water samples
• 200 sampling sites in Copenhagen
•Plate counts (DS/EN ISO 6222) at 22 and 36oC
•BQ value < 40 less than 1% probability of exceeding 200 cfu
Legionella and general hygiene
11/06/2013 Direction or Department name 30
0
1
2
3
4
5
6
7
1 4 7 10 13 16 19 22 25 28 31 34 37 40 43 46 49 52 55 58 61 64 67 70
BQ
Legionella pneumophila serotype 2-14
BQ value < 40
Courtesy of Viborg-Kjellerup Hospital, clinical microbiology
institute, 2006, Denmark
Calibration curve – BQ Value and CFU/ml in
Ultra-pure Water
31
Courtesy of The Danish Technological Institute
Sensitivity level: 1 liter sample, reaction time 5 hours
BQ- Values
HPC(CFU/ml)
Plate counts can be predicted by the rapid method
Good accuracy with ultra-pure water
Results show plate counts of 20 CFU/ml
corresponds to a Bactiquant®-value of 1
Ultra pure water
Bactiquant® Applications
Source water/Raw water quality
Water plant (operations/process control)
Distribution systems (finished water)
Industrial process water
Food and beverage production
Tracking pollution events
HACCP (hazard analysis and critical control points)
Technical water (electronics, cooling towers)
Effluents
Recreational waters
Application Cases
11/06/2013 Direction or Department name 34
Monitoring critical control points
11/06/2013 Direction or Department name 35
R åvand
16650
Tils ætning af
FeCl 3 og
H2SO 4
5307
Efter filter
209
Efter ozon -
Behandling
70
Afgang
Vandv ærk
10
GAC filter
187
Actifloc
691
Surface
Water
Intake
Sand-
filtration
Ozonization
UVGAC
After
sediment.
Flocullation
Al, Fe
Outlet
Distribution
16650 5300
690 210
70
190 160 BD
Chlorination
Advantages of process control
Fewer resources are used on correcting
problems after they have occurred
Enables the end user to be proactive
How do we translate analyses results into
operation and optimization of processes ?
Data Handling
Data handling software
Establish baselines based on frequent long term monitoring
at Critical Control Points
Establish operational limits
Tracking a pollutant
Tracking a polution overview
11/06/2013 Direction or Department name 40
outletoutlet
O2
Sand filter
Ground water
Boreholes
Water work
12
12
800
Tracking a pollutant
Tracking a pollution
11/06/2013 Direction or Department name 42
11/06/2013 Direction or Department name 43
Early warning
Rapid adjustment
Maintain control
Value to the customer
Cooling water
11/06/2013 Direction or Department name 44
Cooling water
11/06/2013 Direction or Department name 45
0
100
200
300
400
500
600
700
800
900
Leaking cans
Leaking cans
Repair conveyer belt
Leaking cans
Disinfection over weekend
Chlorine pump defect over night
BQvalue
Date
11/06/2013 Direction or Department name 46
Early warning
Rapid Adjustment
Maintain control
Value to the customer
11/06/2013 Direction or Department name 47
0
500
1000
1500
2000
2500
1808
2068
1270
934
Bactiquant®value
Bottled and tap water survey,
Malaysia
Courtesy of TECHKOR, Korea
Optimising chlorination
11/06/2013 Direction or Department name 48
Replicate
Raw Sample
Reaction time
(minutes)
Volume
(ml)
BQV
(FU)
RSD %
1 15 15 10766
2 15 15 10495
3 15 15 10296
4 15 15 10296
5 15 25 10264
Average 10423 2,00 %
NaOCL – 15
minutes
1 15 15 989
2 15 15 708
3 15 15 613
4 15 50 518
Average 707 28 ,70 %
Fracking data
2012
Courtesy of Mycometer Inc., USA
Verifying ultrafiltration
11/06/2013 Direction or Department name 49
8767
217
0
1000
2000
3000
4000
5000
6000
7000
8000
9000
10000
before filtration after filtration Recirculation 10 days
BQ-value
Courtesy of BIN-X, Denmark
22
Bactiquant® Value to industry
Timely results
Respond quickly
Maintain control
Optimize water treatments
Increase over all system reliability
Return on investment
11/06/2013 Direction or Department name 51
Optimise operating costs
Reduce downtime
Prevent lost production
Extend equipment life
QUICK FACTS:
 Duration: 3-5 hours.
 Held at the customer’s location
COURSE OUTLINE:
 Proficiency in performing the
analysis
 Applications, theory, and
precautions
 Implementation options
COURSE OUTCOME:
This course is designed to provide
the customer with the skills and
expertise to use the Bactiquant
technology
Training and certification
Quality Assurance Program
11/06/2013 Direction or Department name 53
What is a Quality Assurance Program
• The Quality Assurance Program has been
developed for our experienced customers
• The Quality Assurance Program enables the
customer to perform in house Proficiency
testing and verification of instrument function.
How is the quality assurance carried out?
• Customer measures the fluorescence signal
of the samples according to the quality
assurance protocols.
• The results are sent to Mycometer’s testing
laboratory who issues a quality test report
for the proficiency test and the instrument
verification.
Flexible
Sampling
Rapid
Analysis
Easy
Interpretation
To wrap it up
US-EPA (Environmental Protection Agency)
verified technology
Rapid results – on location
Robust analysis method
Reproducible and repeatable
Data handling software
Training and certification program
Comprehensive product package
Whats next ?
11/06/2013 Direction or Department name 56
Vittorio Figurato
Marketing Department
ELGA Process Water
vittorio.figurato@veoliawater.com
Book a practical demonstration:

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Bactiquant®-water webinar presentation

  • 2. Outline of the presentation Bactiquant® water How it works Documentation Application cases Questions 11/06/2013 Direction or Department name 2
  • 3. Third party verification 11/06/2013 Direction or Department name 3 US-EPA Verified Technology U.S. Environmental Protection AgencyU.S. Environmental Protection Agency
  • 4. Laborious Skilled lab personel Long analysis time Industry Challenges:
  • 5. Problem 11/06/2013 Direction or Department name 5 You do not get timely results
  • 6. Rapid results Maintain control Reduce downtime Industry Requirements: Save time and money
  • 8. Bactiquant®-water Total bacteria From days to minutes 11/06/2013 Direction or Department name 8
  • 10. Enzyme targeted analysis + Bacteria-enzyme Enzyme substrate Fluorescent compound released
  • 11. Enzyme targeted analysis Enzyme substrate Fluorophore
  • 12. Robust concept 11/06/2013 Direction or Department name 12 •Naturally occuring enzyme activity •High specificity for bacteria •Amplifying signal – adjustable sensitivity
  • 13. Simple interpretation 11/06/2013 Direction or Department name 13 The more fluorescense the more bacteria is present in the sample
  • 14. Linearity with sample volume and reaction time 11/06/2013 Direction or Department name 14 y = 17,745x R² = 0,999 0 200 400 600 800 0 10 20 30 40 Flourescence Reaction time (minutes) Bactiquant®-water test on 500 ml tap water. Fluorescence measured as function of reaction time. Conducted at 26oC y = 0,7709x R² = 0,9959 0 10 20 30 40 50 60 70 80 0 20 40 60 80 100 Flourescence ml tap water sample Bactiquant®-water test on tap water samples. Fluorescense measured as function of sample size. Conducted at 25oC and with 65 minutes reaction time. R2 Agar showed 28 CFU/ml in tap water. Calculation of Bactiquant Value (BQV) for this trial. 1 BQV = 0.5 CFU/ml
  • 15. The BQ value 11/06/2013 Direction or Department name 15 250 ml water sample 30 minutes reaction 23 C (73,4 F) The Bactiquant value is universal
  • 16. Calculating the BQ value 11/06/2013 Direction or Department name 16 LOD = 10 fluorescence units (Reading-blank) (vol / 250)* * (Reaction time / 30) * (Temperature adjustment)
  • 17. Simple protocol •Concentrate bacteria on a sterile filter using syringe/vacuum manifold •Concentration from as large a volume as possible •Can be sampled directly from sample points •Use the filter as the reaction vehicle •Saturate filter with substrate •React in filter for a set time •Typically 10 – 30 min incubation •Flush out cleaved fluorophore into cuvette •Measure using hand-held fluorometer
  • 18. Bactiquant®- Advantages Exclusion of a cultivation step Bacteria does not have to reproduce prior to analysis Reduction in performance time from days to minutes Fluorescent substrate analogues No permeabilization of cells necessary Robust chemistry Concentration step Increases sensitivity Reduction in detection time Minimal human intervention Closed filtration unit No handling of filter membrane necessary Robust and repeatable
  • 19. Detecting all bacteria Traditional plate counts do not measure particle bound bacteria Particle bound bacteria are important for water quality Bactiquant®-water BactiQuant®Water detects and quantifies suspended bacteria as well as bacteria located on particles or in aggregates. Why is this important ?
  • 20. Traditional plate count 11/06/2013 Direction or Department name 20 Plate count estimate Total population
  • 21. A comprehensive measure 11/06/2013 Direction or Department name 21 Organism Gram stain Phyllum/ class Athrobacter sp. Negative Actinobacteria / grp. 20 Bacillus cereus Positive Firmicutes / grp. 18 Bacillus subtilis Positive Firmicutes / grp. 18 Bacillus thuringiensis Positive Firmicutes / grp. 18 Clostridium tetani Positive Firmicutes / clostridia Desulfovibrio desulfouricans Positive Proteobacteria / δ Enterobacter sp. Negative Proteobacteria / γ Enterococcous faecalis Positive Firmicutes / bacilli Eschericia coli Negative Proteobacteria / γ Escherichia fergusonii Negative Proteobacteria / γ Flavobacteria bacterium Negative Bacteroidetes / flavobacteria Flavobacterium johnsoniae Negative Bacteroidetes / flavobacteria Klebsiella pneumonia Negative Proteobacteria / γ Lactobacillus acidophilus Positive Firmicutes / bacilli Lactobacillus reuteri Positive Firmicutes / bacilli Methanococcus aeolicus Negative Euryarchaeota / methanococci Micrococcous sodonensis Positive Actinobacteria / actinobacteria Pseudomonas aeroginosa Negative Proteobacteria / γ Rhodobacter sphaeroides Negative Proteobacteria / α Serratia marcescens Positive Proteobacteria / γ Staphylococcous aureus Positive Firmicutes / bacilli Sphingomonas Wittichii Negative Proteobacteria / α Vibrio sp Negative Proteobacteria / γ Xanthomonas campestris Positive Proteobacteria / γ Source: Brenda database
  • 22. Comparing BQ and HPC 11/06/2013 Direction or Department name 22 • The result does not depend on the ability of bacteria to grow on a specific media. • Bactiquant®-water detects and quantifies particle associated bacteria as well as suspended bacteria.
  • 23. Comparing Bactiquant with ATP 11/06/2013 Direction or Department name 23 Parameter Comments Bactiquant ATP Rapidity 10-30 min 2 min Ease of use Moderately easy Very easy Reproducibility Permeabilization of cells necessary. No Yes The robustness of assay chemistry High Low The assay sensitive to water chemistry Low High The overall reproducibility High Low Specificity to Bacteria High No US-EPA verification Yes No
  • 24. Quantification in environmental samples 11/06/2013 Direction or Department name 24
  • 25. Complex Environmental Sample 11/06/2013 Direction or Department name 25 0 1 2 3 4 5 0 1 2 3 4 5 6 Bactiquant value Data: Total counts 35oC, 48 hours, R2A , pour plate procedure– Middle East utility 0 1 2 3 4 5 0 1 2 3 4 5 Bactiquant value All data Populations Ground water/desalinated water Treated surface water Untreated surface water TVC(CFU/ml)
  • 26. Simple samples – suspended bacteria 11/06/2013 Direction or Department name 26 1 10 100 1000 10000 100000 1000000 10000000 1 10 100 1000 10000 100000 1000000 BactiQuant analysis result (fu/ml) HPC-DS6222(cfu/ml)
  • 27. High reproducibility 11/06/2013 Direction or Department name 27 Source US EPA -2011 P. aeruginosa ATCC 27853 Test Iteration Adjusted Fluorescence (fu) 8.0 x 103 CFU/mL 4.7 x 103 CFU/mL 2.1 x 103 CFU/mL 8.7 x 102 CFU/mL 1 11392 6128 2799 1249 2 12332 6074 2710 1247 3 11376 6012 2559 1297 4 11513 6508 2768 1437 5 11614 6256 2945 1375 Average 11645 6196 2756 1321 Standard deviation 396 196 140 83 RSD (%) 3.4 3.2 5.1 6.3
  • 28. Repeatability and inter assay reproducibility 11/06/2013 Direction or Department name 28 Test Iteration Adjusted Fluorescence (fu) Indigenous Bacteria from Lake Water (3.7 x 102 CFU/mL) P. aeruginosa ATCC 27853 (4.7 x 103 CFU/mL) Analyst 1 Analyst 2 Analyst 1 Analyst 2 Average 2363 2225 6888 6691 Standard deviation 152 57 333 93 RSD (%) 6.4 2.6 4.8 1.4 RPD (%) 6.0 2.9 Source US EPA -2011
  • 29. Excellent water quality – drinking water 11/06/2013 Direction or Department name 29 BQ-values < 40 • 976 water samples • 200 sampling sites in Copenhagen •Plate counts (DS/EN ISO 6222) at 22 and 36oC •BQ value < 40 less than 1% probability of exceeding 200 cfu
  • 30. Legionella and general hygiene 11/06/2013 Direction or Department name 30 0 1 2 3 4 5 6 7 1 4 7 10 13 16 19 22 25 28 31 34 37 40 43 46 49 52 55 58 61 64 67 70 BQ Legionella pneumophila serotype 2-14 BQ value < 40 Courtesy of Viborg-Kjellerup Hospital, clinical microbiology institute, 2006, Denmark
  • 31. Calibration curve – BQ Value and CFU/ml in Ultra-pure Water 31 Courtesy of The Danish Technological Institute Sensitivity level: 1 liter sample, reaction time 5 hours BQ- Values HPC(CFU/ml)
  • 32. Plate counts can be predicted by the rapid method Good accuracy with ultra-pure water Results show plate counts of 20 CFU/ml corresponds to a Bactiquant®-value of 1 Ultra pure water
  • 33. Bactiquant® Applications Source water/Raw water quality Water plant (operations/process control) Distribution systems (finished water) Industrial process water Food and beverage production Tracking pollution events HACCP (hazard analysis and critical control points) Technical water (electronics, cooling towers) Effluents Recreational waters
  • 34. Application Cases 11/06/2013 Direction or Department name 34
  • 35. Monitoring critical control points 11/06/2013 Direction or Department name 35 R åvand 16650 Tils ætning af FeCl 3 og H2SO 4 5307 Efter filter 209 Efter ozon - Behandling 70 Afgang Vandv ærk 10 GAC filter 187 Actifloc 691 Surface Water Intake Sand- filtration Ozonization UVGAC After sediment. Flocullation Al, Fe Outlet Distribution 16650 5300 690 210 70 190 160 BD Chlorination
  • 36. Advantages of process control Fewer resources are used on correcting problems after they have occurred Enables the end user to be proactive
  • 37. How do we translate analyses results into operation and optimization of processes ? Data Handling
  • 38. Data handling software Establish baselines based on frequent long term monitoring at Critical Control Points Establish operational limits
  • 40. Tracking a polution overview 11/06/2013 Direction or Department name 40 outletoutlet O2 Sand filter Ground water Boreholes Water work 12 12 800
  • 42. Tracking a pollution 11/06/2013 Direction or Department name 42
  • 43. 11/06/2013 Direction or Department name 43 Early warning Rapid adjustment Maintain control Value to the customer
  • 44. Cooling water 11/06/2013 Direction or Department name 44
  • 45. Cooling water 11/06/2013 Direction or Department name 45 0 100 200 300 400 500 600 700 800 900 Leaking cans Leaking cans Repair conveyer belt Leaking cans Disinfection over weekend Chlorine pump defect over night BQvalue Date
  • 46. 11/06/2013 Direction or Department name 46 Early warning Rapid Adjustment Maintain control Value to the customer
  • 47. 11/06/2013 Direction or Department name 47 0 500 1000 1500 2000 2500 1808 2068 1270 934 Bactiquant®value Bottled and tap water survey, Malaysia Courtesy of TECHKOR, Korea
  • 48. Optimising chlorination 11/06/2013 Direction or Department name 48 Replicate Raw Sample Reaction time (minutes) Volume (ml) BQV (FU) RSD % 1 15 15 10766 2 15 15 10495 3 15 15 10296 4 15 15 10296 5 15 25 10264 Average 10423 2,00 % NaOCL – 15 minutes 1 15 15 989 2 15 15 708 3 15 15 613 4 15 50 518 Average 707 28 ,70 % Fracking data 2012 Courtesy of Mycometer Inc., USA
  • 49. Verifying ultrafiltration 11/06/2013 Direction or Department name 49 8767 217 0 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000 before filtration after filtration Recirculation 10 days BQ-value Courtesy of BIN-X, Denmark 22
  • 50. Bactiquant® Value to industry Timely results Respond quickly Maintain control Optimize water treatments Increase over all system reliability
  • 51. Return on investment 11/06/2013 Direction or Department name 51 Optimise operating costs Reduce downtime Prevent lost production Extend equipment life
  • 52. QUICK FACTS:  Duration: 3-5 hours.  Held at the customer’s location COURSE OUTLINE:  Proficiency in performing the analysis  Applications, theory, and precautions  Implementation options COURSE OUTCOME: This course is designed to provide the customer with the skills and expertise to use the Bactiquant technology Training and certification
  • 53. Quality Assurance Program 11/06/2013 Direction or Department name 53 What is a Quality Assurance Program • The Quality Assurance Program has been developed for our experienced customers • The Quality Assurance Program enables the customer to perform in house Proficiency testing and verification of instrument function. How is the quality assurance carried out? • Customer measures the fluorescence signal of the samples according to the quality assurance protocols. • The results are sent to Mycometer’s testing laboratory who issues a quality test report for the proficiency test and the instrument verification.
  • 55. US-EPA (Environmental Protection Agency) verified technology Rapid results – on location Robust analysis method Reproducible and repeatable Data handling software Training and certification program Comprehensive product package
  • 56. Whats next ? 11/06/2013 Direction or Department name 56 Vittorio Figurato Marketing Department ELGA Process Water vittorio.figurato@veoliawater.com Book a practical demonstration: