I have already presented the column model of TRGS 600 [1] to you in recent weeks. However, the TRGS 600 naturally also offers further information and assistance on the subject of substitution. I would like to present some of the contents of the TRGS in this article. TRGS The Technical Rules for Hazardous Substances
In the blog posts of the last few weeks, I have presented the column model of TRGS 600 [1] to you in detail. Now only one more column remains, which I would like to deal with today. In addition to hazards to humans and the environment arising from hazardous substance properties, the column model
In today's blog post, I would like to introduce you to another column of the column model of TRGS 600 [1]. After the last blog in the series, in which I dealt with column 4, physico-chemical effects, we are now staying in a technically similar topic. Column 5 of the column model deals with
The column model of TRGS 600 [1] as an assistance for the substitution check is already explained in several blog posts. I already introduced the columns dealing with health and environmental hazards. We now switch to hazardous substances that represent a hazard due to their physico-chemical effects. Physico-chemical effects (column 4) Column 4 of
If you work with hazardous substances in your company, you have some obligations that are listed in the GefStoffV [1]. For example, you must check substitution possibilities for your hazardous substances. The column model of TRGS 600 [2], which I already discussed in earlier articles, will help you with this. Today I would like
Anyone who has followed my blog posts over the last few weeks has certainly noticed that the topic of substitution testing is in focus. In particular, I have already discussed the column model of TRGS 600 [1] in general and column 2a (Acute health hazards). So the topic of today's blog post is obvious: Column
In my last post I introduced the column model of the German TRGS 600 [1] as a tool for substitution testing. In this and the upcoming posts, I would like to go more into detail about the individual columns. Today I will deal with column 2a of the column model, which is about acute
In my last blog post, I dealt with the topic of substitution testing of hazardous substances. In that context, I already mentioned the column model from the German TRGS 600 [1]. Today I would like to give you an insight on how to implement the column model. How does the column model help? The
When working with hazardous substances, a company has a number of obligations. For Germany, these obligations are listed in the GefStoffV [1] and include the obligation to carry out a risk assessment. Part of the risk assessment is to evaluate the possibilities for substitution. We have already given you an overview of the substitution
