Mining
Evaluating air particulate dispersion, stack chemical gases, and machinery acoustics in actual testing grounds.
Operational Scope & System Features
Mining requires highly durable hardware. Clanert's integration of sensor tech and geophones captures PPV and dominant shockwave frequencies during blast events. We also capture fine silica dust loads and analyze dustfall compositions to protect workforce safety.
Operating in rugged spaces requires monitoring systems built for extreme environmental stress. By monitoring fugitive dust drifting patterns (PM2.5 / PM10 loads) and acoustic waves, operators maintain clean, optimized operations and active control over environmental parameters.
Solving Industry Challenges
Air Quality Management
In the Mining sector, fugitive dust and chemical emissions can halt operations. We deploy ruggedized sensor networks to monitor PM2.5/PM10, NOx, and SOx in real-time.
- • Continuous 24/7 fence-line monitoring.
- • Automated compliance reports for regulators.
- • Actionable alerts before thresholds are breached.
Acoustic & Noise Control
Heavy machinery and continuous operations create acoustic disturbances. We conduct baseline acoustic mapping and install directional noise monitoring units.
- • 3D acoustic dispersion modeling.
- • Identification of vulnerable receptors.
- • Strategic acoustic barrier recommendations.
Seismic Vibration Monitoring
In heavy industries like Mining, controlling ground vibration is critical for structural integrity and community relations. Our specialized seismic arrays measure Peak Particle Velocity (PPV) and frequencies in real-time.
- • Triaxial geophones capturing micro-seismic events and heavy machinery impact.
- • Instant alerts when vibration approaches structural safety thresholds.
- • Contour mapping of vibration attenuation across the site and neighboring areas.
