Erlab filtration technology traps pollution at the source
Research, restoration and conservation of collections in museum laboratories very often involve using a variety of chemicals. It is important to be aware of these substances’ toxicity and the risk posed to the staff’s health.
Experimental Manipulation
In museum labs, restoration and conservation are crucial tasks, involving cleaning, bonding, filling, dyeing, and decolorizing. For instance …
- Acetone is applied to remove surface dirt;
- Epoxy resin reinforces damaged parts;
- Sanding treats the surface during filling;
- Solvents like xylene are used for dyeing or removing unnecessary colors;
Potential Risks
- Organic solvents, such as acetone and xylene, have a high level of volatility, leading to the release of toxic gases during operation. They will provoke respiratory irritation. Prolonged exposure may result in skin sensitivity or allergic reactions.
- Formaldehyde is a flammable liquid and vapor that can induce poisoning through ingestion or skin · contact. It is suspected to be carcinogenic, associated with genetic defects.
Protective Measures
When conducting experiments, it is crucial to operate inside a fume hood and use appropriate protective equipment, while strictly adhering to relevant chemical handling and usage.
About Erlab
Since 1968, Erlab R&D has consistently invested in the activated carbon molecular filtration technology. Today, our solutions …
- Protect laboratory personnel’s health
- Eliminate pollution to the environment (filtration at the source impact)
- Offers the ductless mobility and flexibility
- Sreduces considerably the energy consumption
Safe handling of chemicals Erlab filtering fume hoods
Safe storage of chemicals Erlab filtering storage cabinets
Improving laboratory air quality Erlab Air purification system
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