| 00:00:00 | Controlling respirable silica and asbestos in your mine or product manufacturing |
| 00:02:27 | Contact Information |
| 00:02:27 | Controlling respirable silica and asbestos in your mine or product manufacturing |
| 00:02:40 | Content |
| 00:03:38 | Introduction |
| 00:03:52 | Introduction |
| 00:07:19 | Introduction |
| 00:08:21 | Introduction |
| 00:09:07 | Introduction |
| 00:09:59 | Introduction |
| 00:11:05 | Introduction |
| 00:12:06 | Introduction |
| 00:13:01 | Introduction |
| 00:13:53 | Introduction |
| 00:14:28 | Introduction |
| 00:15:30 | XRD – Equipment, sample preparation & Analysis |
| 00:15:43 | XRD equipment |
| 00:16:31 | XRD equipment |
| 00:17:11 | XRD equipment |
| 00:17:53 | XRD equipment |
| 00:18:21 | XRD equipment |
| 00:18:42 | XRD equipment |
| 00:18:59 | XRD equipment |
| 00:19:24 | XRD equipment |
| 00:19:45 | XRD equipment |
| 00:20:32 | XRD equipment |
| 00:21:00 | Sample Preparation |
| 00:21:29 | Sample Preparation |
| 00:22:11 | Sample Preparation |
| 00:23:10 | XRD analysis |
| 00:24:25 | XRD analysis |
| 00:25:00 | XRD analysis |
| 00:25:24 | XRD analysis |
| 00:25:39 | XRD analysis |
| 00:26:13 | XRD analysis |
| 00:27:06 | XRD analysis |
| 00:27:41 | XRD analysis |
| 00:28:01 | XRD analysis |
| 00:28:41 | XRD analysis |
| 00:28:57 | XRD analysis |
| 00:29:11 | XRD analysis |
| 00:29:24 | XRD analysis |
| 00:29:47 | XRD analysis |
| 00:30:17 | Application examples |
| 00:30:33 | Asbestos in talc |
| 00:31:32 | Talc in Asbestos |
| 00:31:43 | Asbestos in talc |
| 00:32:15 | Asbestos in talc |
| 00:33:03 | Asbestos in talc |
| 00:33:30 | Asbestos in filters |
| 00:34:10 | Asbestos in filters - chrysotile |
| 00:34:40 | Asbestos in filters - chrysotile |
| 00:35:05 | Asbestos in filters - chrysotile |
| 00:35:54 | Asbestos in filters - chrysotile |
| 00:36:21 | Asbestos in filters - chrysotile |
| 00:36:41 | Asbestos in filters - chrysotile |
| 00:36:57 | Asbestos in filters - amosite |
| 00:37:39 | Asbestos in filters - amosite |
| 00:37:53 | Respirable silica |
| 00:38:23 | Respirable silica |
| 00:38:54 | Respirable silica |
| 00:39:06 | Respirable silica |
| 00:39:32 | Summary & Conclusion |
| 00:39:40 | Concluding remarks |
| 00:40:40 | Concluding remarks |
| 00:41:19 | Thank you for your attention!Questions? |
Always wanted to know about which analytical techniques that are most suitable for what types of materials characterization? Join our webinar by Dr Nicholas Norberg who is an application specialist in Malvern Panalytical’s supply center. He discusses methodologies like NIR and XRD in the context of stringent monitoring of low quantity respirable silica and asbestos – from as low as 0.1%. He will be able to provide more insight on the plus points and limitations for the identification, quantification and adherence to EPA and ISO norms.
Join this webinar if you want to have a better general understanding of the materials characterization methodologies. Join us too if you are a supplier and manufacturer, as it is an obligation to ensure safe working conditions for employees and safe-to-use products for consumers. Related companies include government agencies dealing with environmental monitoring, mine sites, cement plants or product manufacturing including construction, paint, paper, insulation, vehicle parts, cosmetics and more.
Upholding a safe workplace environment is critical. Learn also about the exposure points to respirable silica and asbestos in our blog article here
발표자
Dr Nicholas Norberg, Application Specialist for X-ray Diffraction
자세한 내용
What will you learn?
1. Respirable silica and asbestos: what are they and why they are harmful
2. Sources of exposure to respirable silica and asbestos
3. Regulations and compliance norms in place to monitor safe levels of respirable silica and asbestos
4. Prescribed methods for monitoring and norms compliance
Who should attend?
1. Research and quality managers
2. Safety and regulatory compliance agencies and managers
3. Mining agencies
4. Manufacturing agencies
5. Service labs