Please wait...Loading
Toggle navigation
Main Page
Batch Mode
Contribute
More tools
Split Data-Independent data
NTS Basic Information
Help
Contributed Samples
Results
Chromatograms
Interactive Map
Select compound
Input using the keyboard the substance name or CAS or StdInChIKey
Compound
Or
Precursor m/z
Or
Molecular Formula
Choose Ionization
Positive
Negative
Select settings
Mass error in Da (
Switch to ppm)
RTI Tolerance (%)
Calculate isotopic fit
Semiquantify detected suspected chemicals
Select chromatograms
Submit
Data-Independent
Data-Dependent
Submit (Press the button everytime changes are done to the table above)
Resize
Resize factor
Create Results
Visualization
Step 1: Select compounds that you want to screen
Select specific compounds using their ID
NS00000002,NS00000003,NS00000011,NS00000023,NS00000043,NS00004003,NS00009008,NS00015000
Select compounds
Compound lists from
Suspect List Exchange (SLE)
Nothing selected
Select/Deselect current page
Step 2: Select parameters
Choose Ionization
Positive
Negative
Mass error in Da (
Switch to ppm)
RTI Tolerance (%)
Semiquantify detected suspected chemicals
(Increases process time if enabled)
Step 3: Select samples that you want to screen
Step 4: Select blank samples
Step 5: Submit your request
Download Summary
Download Files as zip
Download Detailed Report
Visualize the data
Selection of data
Compounds with:
0 fragments
>1 fragments
>2 fragments
>3 fragments
>4 fragments
>5 fragments
>6 fragments
>7 fragments
Compounds with spectral information from libraries (No predicted MS/MS fragments)
Yes
No
Apply changes
Appearance
Height
Width
Size Letters Y
Size Letters X
Rotation of labels on x-axis
Basic-Information
Sample-MetaData
Instrumental-MetaData
RTI_Calibration
Spiked-Compounds
Upload-Files
Who is contributing
All fields are compulsory
Institute Name
ACES - Stockholm University
AFIN-TS GmbH - Analytisches Forschungsinstitut für Non-Target Screening GmbH
bfg - Federal Institute of Hydrology
CSIC - Spanish National Research Council
CW - Croatian Waters
EAWAG - Swiss Federal Institute of Aquatic Science and Technology
EI - Environmental Institute
ICRA - The Catalan Institute for Water Research
ICRA - The Catalan Institute for Water Research Profile 2
INERIS - National Institute for Environmental Technology and Hazards
IRSA - Istituto di Ricerca Sulle Acque
IVL - Swedish Environmental Research Institute
KWR - Water Research Institute
LfU - Bavarian Environment Agency
NILU - Norwegian Institute for Air Research
NTNU - Norwegian University of Science and Technology
UFZ - Helmholtz Centre for Environmental Research
UFZ - Helmholtz Centre for Environmental Research
UJI - Universitat Jaume I
UJI - Universitat Jaume I (Inst. 2)
Umea - Umea University
UoA - University of Athens
UoA - University of Athens
UoC - University of Copenhagen
WRI - Water Research Institute
WRI - Water Research Institute
Abbreviation of the Institute
Full name of Institute
Organization City
Organization Country
Laboratory performing the analysis
City of the laboratory performing the analysis
Country of the laboratory performing the analysis
Contact person's family name
Contact person's first name
Contact person's email
Contact person's phone
What is contributed
All fields are compulsory
Instrument
LC-ESI-QTOF
LC-ESI-ITTOF
LC-ESI-QFT
LC-ESI-ITFT
LC-APCI-QTOF
LC-APPI-QTOF
GC-APCI-QTOF
GC-EI-QTOF
GC-EI-ITTOF
GC-EI-QFT
GC-EI-ITFT
Other
Abbreviation of the instrumentation
Short name describing the sample (Sample details will be filled automatically for
the following short names
)
Title of Project (Acronym)
Country where the sample was taken
Sampling Date in dd-mm-yyyy
How many times was sample preconcentrated (Preconcentration factor)
Unique identifier
Proceed to step 2/6
General Sample Information
Longitude in Decimal
(Compulsory)
Latitude in Decimal
(Compulsory)
Precision of coordinates
(Compulsory)
Precise (range 1-10 m)
Average (range 10-100 m)
Low (range 100-1000 m)
Very low (>1000 m)
Type of data source
Monitoring data
Surveys
Research and technical studies
Type of monitoring
Drinking water
Investigative
Operational
Reference
Surveillance
Other
Type of monitoring
In case of transborder sample specify the 2nd country
Specify any remarks or important extra information regarding the samples
Type of matrix
(Compulsory)
Choose matrix from the list
Municipal
Industrial
Municipal and Industrial
Other
River water
Lake water
Transitional water
Coastal water
Territorial (marine) water
Reservoirs
Other
Water-Ground water
Sediment fom River water
Sediment from Lake water
Sediment from Transitional water
Sediment from Coastal water
Sediment from Territorial (marine) water
Sediment from Reservoirs
Sediment from other source
Suspended matter from River water
Suspended matter from Lake water
Suspended matter from Transitional water
Suspended matter from Coastal water
Suspended matter from Territorial (marine) water
Suspended matter from Reservoirs
Suspended matter from other source
Sewage sludge from municipal wastewater
Sewage sludge from industrial wastewater
Sewage sludge from municipal and industrial wastewater
Sewage sludge from other source
Soil Provincial
Soil Municipal
Biota from River
Biota from Lake
Biota from coastal region
Biota from territorial (marine) environment
Biota from terrestrial environment
Biota from other environment
Air-Ambient air
Air-Indoor
Air-Workplace air
Air-Emissions
I have positive ionization for the same samples
All fields are compulsory
Instrument manufacturer
Agilent
Bruker
Thermo Fisher Scientific
Waters
Sciex
Shimanzu
Model type and number
Analytical column
Column dimensions [length mm; I.D. mm; Particle size um]
Injection volume
Column temperature [°C]
Composition of the mobile phase
Reconstitution solvent
(Use the following format SolventA:SolventB %A:%B)
Mobile phase gradient programme
Mobile phase flow rate
(Express it as [mL/min]. In case of gradient use the format as shown below)
Scan range from - to [m/z]
Resolving power with referenced m/z
You express the mass accuracy in:
ppm
mDa
Specify the electonic noise of the detector. For positive ionization, it is ~250 for TOFs and ~88000 for orbitraps
Ionization type
ESI (P)
APCI (P)
APPI (P)
EI (P)
Other
Different methods of mass fragmentation
CID
HCD
ECD
NETD
EDD
SID
Other
Collision energy
I have negative ionization for the same samples
All fields are compulsory
Instrument manufacturer
Agilent
Bruker
Thermo Fisher Scientific
Waters
Sciex
Shimanzu
Model type and number
Analytical column
Column dimensions [length mm; I.D. mm; Particle size um]
Injection volume
Column temperature [°C]
Composition of the mobile phase
Reconstitution solvent
(Use the following format SolventA:SolventB %A:%B)
Mobile phase gradient programme
Mobile phase flow rate
(Express it as [mL/min]. In case of gradient use the format as shown below)
Scan range from - to [m/z]
Resolving power with referenced m/z
You express the mass accuracy in:
ppm
mDa
Specify the electonic noise of the detector. For negative ionization, it is ~150 for TOFs and ~50000 for orbitraps
Ionization type
ESI (N)
APCI (N)
APPI (N)
Other
Different methods of mass fragmentation
CID
HCD
ECD
NETD
EDD
SID
Collision energy
Proceed to step 4/6
I have not injected these these calibrants OR I am using GC-HRMS
You have to input the RT of the calibrants. Let the cells empty for compounds without RT.
You have to input the RT of the calibrants. Let the cells empty for compounds without RT.
Proceed to step 5/6
You have to input the spiked compounds, the spiked concentation level and the peak area. Let the cells empty for compounds without RT.
You have to input the spiked compounds, the spiked concentation level and the peak area. Let the cells empty for compounds without RT.
Proceed to step 6/6
Positive Ionization
(Subtracted) Full Scan
Browse...
How many data-independent channels do you have?
Do you have data-dependent file to submit?
Yes
No
Data-Dependent mzML file
Browse...
Submit
Download the DCT_pos
Negative Ionization
(Subtracted) Full scan mzML file
Browse...
How many data-independent channels do you have?
Do you have data-dependent file to submit?
Yes
No
Data-Dependent mzML file
Browse...
Submit
Download the DCT_neg
Submit
Download the DCT_posneg
Choose your full scan mzML file
Browse...
Select data
Plot it!
Download help document
