SDS drive solution

ChemParser

Automatically EXTRACT SDS KEY INFORMATION to transform pdf into data.

<DOC>
<SDS>
<NUM>20.A417 CISSE FILOCAPS 3500 G E_1863228</NUM>
<CODPRO>N/A</CODPRO>
<DATE>20180720</DATE>
<LANGUAGE>EN</LANGUAGE>
<SDS_PRODUCER>v mane fils</SDS_PRODUCER>
<SDS_PRODUCER_EXT>V. MANE Fils</SDS_PRODUCER_EXT>
<FILE>FDS300_996592_E_1863228_EN_GB.pdf</FILE>
<SIZEPDF>2788</SIZEPDF>
<SEGNALAZ>i0005 numero parolein: 2791||i0050 righe di testata: 9||i0060 righe di piede: 12</SEGNALAZ>
<SDS_TYPEITEM>miscela</SDS_TYPEITEM>
<SDS_SSEZ1_2_ROWS>Perfume composition, flavour or aromatical ingredient, for an industrial usage, that can be used in end-user product.</SDS_SSEZ1_2_ROWS>
<SDS_STATEMENTS_H>H315||H317||H411||EUH208</SDS_STATEMENTS_H>
<SDS_STATEMENTS_P>P261||P273||P280||P333+P313||P302+P352||P391||P321||P362||P501||P272</SDS_STATEMENTS_P>
<SDS_PICTOGRAMS>GHS07||GHS09</SDS_PICTOGRAMS>
</SDS>
<SEZ_02>
<CLASSCATSDS>skin irrit 2</CLASSCATSDS>
<CLASSCAT>Skin Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</SEZ_02>
<SEZ_02>
<CLASSCATSDS>skin sens 1</CLASSCATSDS>
<CLASSCAT>Skin Sens. 1</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</SEZ_02>
<SEZ_02>
<CLASSCATSDS>aquatic chronic 2</CLASSCATSDS>
<CLASSCAT>Aquatic Chronic 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</SEZ_02>
<COMP03>
<COMPONENT>MENTHOL</COMPONENT>
<QTA_FROM>10</QTA_FROM>
<QTA_TO>20</QTA_TO>
<QTA_DESC>[10 % , 20 %[</QTA_DESC>
<QTA_MU>%</QTA_MU>
<CAS>89-78-1</CAS>
<SDS_STATEMENTS_H>H315||H319</SDS_STATEMENTS_H>
<COMP03_DETT>
<CLASSCATSDS>skin irrit 2</CLASSCATSDS>
<CLASSCAT>Skin Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>eye irrit 2</CLASSCATSDS>
<CLASSCAT>Eye Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
</COMP03>
<COMP03>
<COMPONENT>LIMONENES</COMPONENT>
<QTA_FROM>1</QTA_FROM>
<QTA_TO>5</QTA_TO>
<QTA_DESC>[1 % , 5 %[</QTA_DESC>
<QTA_MU>%</QTA_MU>
<CAS>138-86-3</CAS>
<INDEX>601-029-00-7</INDEX>
<SDS_STATEMENTS_H>H226||H304||H315||H317||H400||H410</SDS_STATEMENTS_H>
<COMP03_DETT>
<CLASSCATSDS>flam liq 3</CLASSCATSDS>
<CLASSCAT>Flam. Liq. 3</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>asp tox 1</CLASSCATSDS>
<CLASSCAT>Asp. Tox. 1</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin irrit 2</CLASSCATSDS>
<CLASSCAT>Skin Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin sens 1b</CLASSCATSDS>
<CLASSCAT>Skin Sens. 1B</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>aquatic acute 1</CLASSCATSDS>
<CLASSCAT>Aquatic Acute 1</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>aquatic chronic 1</CLASSCATSDS>
<CLASSCAT>Aquatic Chronic 1</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
</COMP03>
<COMP03>
<COMPONENT>CITRAL</COMPONENT>
<QTA_FROM>1</QTA_FROM>
<QTA_TO>5</QTA_TO>
<QTA_DESC>[1 % , 5 %[</QTA_DESC>
<QTA_MU>%</QTA_MU>
<CAS>5392-40-5</CAS>
<INDEX>605-019-00-3</INDEX>
<SDS_STATEMENTS_H>H315||H317||H319</SDS_STATEMENTS_H>
<COMP03_DETT>
<CLASSCATSDS>skin irrit 2</CLASSCATSDS>
<CLASSCAT>Skin Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin sens 1b</CLASSCATSDS>
<CLASSCAT>Skin Sens. 1B</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>eye irrit 2</CLASSCATSDS>
<CLASSCAT>Eye Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
</COMP03>
<COMP03>
<COMPONENT>2,6-Nonadienal, (2E,6Z)</COMPONENT>
<QTA_FROM>0.1</QTA_FROM>
<QTA_TO>1</QTA_TO>
<QTA_DESC>[0.1 % , 1 %[</QTA_DESC>
<QTA_MU>%</QTA_MU>
<CAS>557-48-2</CAS>
<SDS_STATEMENTS_H>H315||H317||H319</SDS_STATEMENTS_H>
<COMP03_DETT>
<CLASSCATSDS>skin irrit 2</CLASSCATSDS>
<CLASSCAT>Skin Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin sens 1b</CLASSCATSDS>
<CLASSCAT>Skin Sens. 1B</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>eye irrit 2</CLASSCATSDS>
<CLASSCAT>Eye Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
</COMP03>
<COMP03>
<COMPONENT>MELONAL</COMPONENT>
<QTA_FROM>0.1</QTA_FROM>
<QTA_TO>1</QTA_TO>
<QTA_DESC>[0.1 % , 1 %[</QTA_DESC>
<QTA_MU>%</QTA_MU>
<CAS>106-72-9</CAS>
<SDS_STATEMENTS_H>H317</SDS_STATEMENTS_H>
<COMP03_DETT>
<CLASSCATSDS>skin sens 1b</CLASSCATSDS>
<CLASSCAT>Skin Sens. 1B</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
</COMP03>
<COMP03>
<COMPONENT>MENTHONE</COMPONENT>
<QTA_FROM>0.1</QTA_FROM>
<QTA_TO>1</QTA_TO>
<QTA_DESC>[0.1 % , 1 %[</QTA_DESC>
<QTA_MU>%</QTA_MU>
<CAS>89-80-5</CAS>
<SDS_STATEMENTS_H>H315||H317</SDS_STATEMENTS_H>
<COMP03_DETT>
<CLASSCATSDS>skin irrit 2</CLASSCATSDS>
<CLASSCAT>Skin Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin sens 1b</CLASSCATSDS>
<CLASSCAT>Skin Sens. 1B</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
</COMP03>
<COMP03>
<COMPONENT>CITRONELLOL</COMPONENT>
<QTA_FROM>0.1</QTA_FROM>
<QTA_TO>1</QTA_TO>
<QTA_DESC>[0.1 % , 1 %[</QTA_DESC>
<QTA_MU>%</QTA_MU>
<CAS>106-22-9</CAS>
<SDS_STATEMENTS_H>H315||H317||H319</SDS_STATEMENTS_H>
<COMP03_DETT>
<CLASSCATSDS>skin irrit 2</CLASSCATSDS>
<CLASSCAT>Skin Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin sens 1</CLASSCATSDS>
<CLASSCAT>Skin Sens. 1</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>eye irrit 2</CLASSCATSDS>
<CLASSCAT>Eye Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
</COMP03>
<COMP03>
<COMPONENT>LINALOOL</COMPONENT>
<QTA_FROM>0.1</QTA_FROM>
<QTA_TO>1</QTA_TO>
<QTA_DESC>[0.1 % , 1 %[</QTA_DESC>
<QTA_MU>%</QTA_MU>
<CAS>78-70-6</CAS>
<SDS_STATEMENTS_H>H315||H317||H319</SDS_STATEMENTS_H>
<COMP03_DETT>
<CLASSCATSDS>skin irrit 2</CLASSCATSDS>
<CLASSCAT>Skin Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin sens 1b</CLASSCATSDS>
<CLASSCAT>Skin Sens. 1B</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>eye irrit 2</CLASSCATSDS>
<CLASSCAT>Eye Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
</COMP03>
<COMP03>
<COMPONENT>CITRONELLAL</COMPONENT>
<QTA_FROM>0.1</QTA_FROM>
<QTA_TO>1</QTA_TO>
<QTA_DESC>[0.1 % , 1 %[</QTA_DESC>
<QTA_MU>%</QTA_MU>
<CAS>106-23-0</CAS>
<SDS_STATEMENTS_H>H315||H317||H319</SDS_STATEMENTS_H>
<COMP03_DETT>
<CLASSCATSDS>skin irrit 2</CLASSCATSDS>
<CLASSCAT>Skin Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin sens 1</CLASSCATSDS>
<CLASSCAT>Skin Sens. 1</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>eye irrit 2</CLASSCATSDS>
<CLASSCAT>Eye Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
</COMP03>
<COMP03>
<COMPONENT>Alpha PINENE</COMPONENT>
<QTA_FROM>0.1</QTA_FROM>
<QTA_TO>1</QTA_TO>
<QTA_DESC>[0.1 % , 1 %[</QTA_DESC>
<QTA_MU>%</QTA_MU>
<CAS>80-56-8</CAS>
<SDS_STATEMENTS_H>H226||H302||H304||H315||H317||H400||H410</SDS_STATEMENTS_H>
<COMP03_DETT>
<CLASSCATSDS>flam liq 3</CLASSCATSDS>
<CLASSCAT>Flam. Liq. 3</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>acute tox 4</CLASSCATSDS>
<CLASSCAT>Acute Tox. 4</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
<CLASS_EXT>oral</CLASS_EXT>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>asp tox 1</CLASSCATSDS>
<CLASSCAT>Asp. Tox. 1</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin irrit 2</CLASSCATSDS>
<CLASSCAT>Skin Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin sens 1b</CLASSCATSDS>
<CLASSCAT>Skin Sens. 1B</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>aquatic acute 1</CLASSCATSDS>
<CLASSCAT>Aquatic Acute 1</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>aquatic chronic 1</CLASSCATSDS>
<CLASSCAT>Aquatic Chronic 1</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
</COMP03>
<COMP03>
<COMPONENT>TERPINOLENE</COMPONENT>
<QTA_FROM>0.1</QTA_FROM>
<QTA_TO>1</QTA_TO>
<QTA_DESC>[0.1 % , 1 %[</QTA_DESC>
<QTA_MU>%</QTA_MU>
<CAS>586-62-9</CAS>
<SDS_STATEMENTS_H>H304||H317||H400||H410</SDS_STATEMENTS_H>
<COMP03_DETT>
<CLASSCATSDS>asp tox 1</CLASSCATSDS>
<CLASSCAT>Asp. Tox. 1</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin sens 1b</CLASSCATSDS>
<CLASSCAT>Skin Sens. 1B</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>aquatic acute 1</CLASSCATSDS>
<CLASSCAT>Aquatic Acute 1</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>aquatic chronic 1</CLASSCATSDS>
<CLASSCAT>Aquatic Chronic 1</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
</COMP03>
<COMP03>
<COMPONENT>LINALYL ACETATE</COMPONENT>
<QTA_FROM>0.1</QTA_FROM>
<QTA_TO>1</QTA_TO>
<QTA_DESC>[0.1 % , 1 %[</QTA_DESC>
<QTA_MU>%</QTA_MU>
<CAS>115-95-7</CAS>
<SDS_STATEMENTS_H>H315||H317||H319</SDS_STATEMENTS_H>
<COMP03_DETT>
<CLASSCATSDS>skin irrit 2</CLASSCATSDS>
<CLASSCAT>Skin Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin sens 1</CLASSCATSDS>
<CLASSCAT>Skin Sens. 1</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>eye irrit 2</CLASSCATSDS>
<CLASSCAT>Eye Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
</COMP03>
<COMP03>
<COMPONENT>METHYL HEPTENONE</COMPONENT>
<QTA_FROM>0</QTA_FROM>
<QTA_TO>0.1</QTA_TO>
<QTA_DESC>[0 % , 0.1 %[</QTA_DESC>
<QTA_MU>%</QTA_MU>
<CAS>409-02-9</CAS>
<SDS_STATEMENTS_H>H226||H302||H315||H317||H319</SDS_STATEMENTS_H>
<COMP03_DETT>
<CLASSCATSDS>flam liq 3</CLASSCATSDS>
<CLASSCAT>Flam. Liq. 3</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>acute tox 4</CLASSCATSDS>
<CLASSCAT>Acute Tox. 4</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
<CLASS_EXT>oral</CLASS_EXT>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin irrit 2</CLASSCATSDS>
<CLASSCAT>Skin Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>skin sens 1a</CLASSCATSDS>
<CLASSCAT>Skin Sens. 1A</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
<COMP03_DETT>
<CLASSCATSDS>eye irrit 2</CLASSCATSDS>
<CLASSCAT>Eye Irrit. 2</CLASSCAT>
<CLASS_TYPE>clp</CLASS_TYPE>
</COMP03_DETT>
</COMP03>
</DOC>

How ChemParser technology works

SDS Drive Solution: ChemParser automatically extracts key data from your Safety Data Sheets (SDS)

Upload your SDS and run ChemParser

  • Any SDS independently of the authoring software it has been generated from
  • Any Safety Data Sheet written in the following 5 languages: English, French, German, Italian and Spanish
  • Automatically extract key data from SDS section 1, 2 and 3
SDS Drive Solution: ChemInventory, your chemical database with all the information about substances & mixtures used

Populate your SDS chemical inventory

  • Upload and save the key data (sections 1,2 and 3) as well as the content of all the other sections (from section 4 to 16) of your Safety Data Sheets (SDSs) to your ChemInventory

ChemParser's unique technology automatically captures all key SDS information within section 1, 2 and 3 and indexes data to obtain accurate search results and to perform a detailed analysis.

Section 1
Identification

  • Name of the substance or mixture (trade name, designation of mixture)
  • Revision date
  • Language
  • Type of product (Substance/Mixture)
  • Supplier name
  • Recommended use and restriction

Section 2
Hazards identification

  • CLP classification (according to Classification, Labelling and Packaging Regulation)
  • Hazard pictograms
  • Signal words
  • Hazard statements
  • Precautionary statements

Section 3
Ingredients

Composition / Information

  • Chemical name / identity
  • CAS number, EC number, Index number, REACH registration number
  • Hazard classes, categories and statements
  • Concentration range
  • M-factor and notes

SDS drive services

SDS Screening

The fastest way to understand your SDS portfolio.

SDS Screening service

Many companies are managing Safety Data Sheets by saving pdf files in different locations and by creating extended .xls to keep track of all the changes and updates.

The amount of incoming/received SDSs and their revisions to be managed is growing and it becomes extremely difficult to properly manage incoming Safety Data Sheets.

Did I receive all the SDSs from my suppliers? What is the latest and current version? How many versions of the same file do I have?

SDS Screening is a service to help companies to get a comprehensive overview of their SDS portfolio the fastest way.
Do you manage 1.000, 5.000 or 10.000 SDS files? ChemParser will automatically screen your SDS and generate a comprehensive report containing:

 

 

  • a list of all Safety Data Sheets (including trade name, file name, supplier name, date of revision and language);
  • a list of duplicated SDS by file name (same SDS but with different file names);
  • a list of duplicated SDS by supplier/provider name (same company with another name);
  • a list of obsolete SDS (ageing index superior to 2 years);
  • a list of all files that are not SDS.

Example of SDS Screening results

In this example, Chemparser automatically detected 21 SDS files for 7 mixtures, equal to 14 duplicated SDS files (different pdf files with same product name), equal to 7% of the total amount of valid SDS.

Thanks to the results of the SDS Screening service, HSE managers are able to get a comprehensive overview of their current SDS portfolio and consistently reduce the amount of SDS to be managed by archiving the older versions (obsolete) and by keeping and managing the latest version only. 

SDS DRIVE roadmap to reach compliance

A bottom-up approach to help Chemical Manufacturers and Downstream Users (DU) to take informed decisions based on real data.

Understand your SDS portfolio

Automatically convert SDS into data

Populate your Chemical Inventory

Make chemical information accessible to workers

Synchronize substances & mixtures with ECHA lists and others

Detect and manage hazardous substances

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