Solvents are an invaluable solution for industries that range from pharmaceuticals and microelectronics to domestic cleaning, personal care and printing. Find out the variety of ways solvents are present in and enhance our everyday lives.
Measuring exposure to solvent vapours is key to understand whether the controls you have in place are sufficient to protect workers’ health. Learn about the available techniques and how to design effective measurement programmes for your workplace.
This paper determines what airborne protection is needed to transfer volatile solvents in a workplace. The proposed measures enable to reduce the average emissions by over 90%.
This Factsheet explains how solvents make it possible to process, apply, clean or separate materials.
This fact sheet shows how the solvents industry has implemented measures to address concerns about environmental performance and has worked with industry partners, scientists and legislators to further explore the need and the means to improve air quality in a cost-effective manner.
This fact sheet shows what part the solvents industry plays in reducing ozone peaks and how it has substantially reduced its emissions to contribute to air quality in Europe.
Learn how best to manage health risks from exposure to solvents via inhalation of vapours and contact with the skin and eyes. This guide also helps to explain the European regulations around health risk management. This resource is especially useful for SMEs.
Static electricity is one of the main hazards associated with flammable solvents. Learn about the potential sources of static electricity and how to safely handle solvents in the workplace.
The updated ESIG Solvents VOC inventories are out now with the 2015 estimated emissions. This February 2018 technical paper shows that VOC solvents emissions in the EU have stabilized since 2018.
Determining the vapour pressures for solvents with low volatility can be difficult and time-consuming. This 2002 paper by Erik Olsen explains how to use a simple calculation tool to determine whether solvents are VOCs under the definition of the EU Solvent Emissions (NEC) Directive.
This fact sheet shows the amount of Carbon included in some of the most commonly used solvents. The list is divided between family (Alcohols, Esters, etc.), solvent, CAS number and Carbon content (%m).
This paper from July 2017 provides an update on the application of the reciprocal calculation procedure (RCP) method to calculate occupational exposure levels for hydrocarbon solvents taking into account recent toxicological information and changes in regulatory requirements.
The objective of this position paper is to share some of the key lessons learnt from the EU air quality legislation. This May 2017 paper shows the industry’s commitment to improve air quality.
The objective of this technical position paper is to propose a way forward in improving (primarily Chinese) air quality by highlighting the need for accurate emissions inventories and air quality modelling. This April 2017 paper shows the industry’s commitment to improve air quality world-wide.
This September 2017 technical position paper shows the industry’s commitment to reduce emissions of volatile organic compounds (VOCs) and improving indoor air quality.
ESIG recognises that the EU Ecolabel has significant potential to promote the most sustainable products. This February 2017 paper demonstrates the industry’s continuous commitment to improve its products’ environmental footprint.
This 2016 paper by John Pearson, Chair, ESVOC Core Group, outlines the air quality challenges from ozone and VOCs facing Europe, and how best to manage them. An excerpt of this article appeared in our 2016 Winter Solutions newsletter.
ESIG is committed to working with EU institutions to improve air quality and implement the National Emission Ceilings (NEC) Directive while preserving the competitiveness of European industry. This June 2015 paper outlines our views on the NEC review in the European Parliament.
This May 2011 scientific paperexplores how generic exposure scenarios have been developed, applied and interpreted under REACH.
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