Advanced engineered ventilation systems powered by SMARTVent technology enable more workers in confined spaces simultaneously, eliminate work stoppages from air quality issues, and accelerate project completion.
Confined space work creates productivity bottlenecks during turnarounds and maintenance projects. Traditional ventilation can't provide adequate air quality for multiple workers simultaneously. Carbon monoxide alarms and smoke thickness trigger work stoppages. Workers in supplied air respirators move slowly and tire quickly.
OnPoint's engineered ventilation systems, powered by SMARTVent technology, provide 10X the airflow of traditional blowers. The result: dramatically improved air quality that enables more workers in confined spaces, eliminates stoppages, and accelerates work completion.
Custom-designed systems provide 10X the airflow of traditional
blowers. High-capacity fans move massive volumes. Optimized duct routing maximizes efficiency. Enable more workers in confined spaces simultaneously with 28X exposure reduction.
Advanced filtration captures toxic particulates before they reach workers. 99.97% efficiency at 0.3 microns. Downgrade respiratory protection requirements from supplied air to half-face respirators and increase productivity.
Air conditioning and heating maintain comfortable working conditions inside confined spaces. Temperature control prevents heat stress. Eliminate heat-related slowdowns and stoppages.
Real-time airflow measurements. Real-time filter efficiency monitoring. Continuous performance verification. Automated alerts if performance degrades.
Our technicians design, install, monitor, and optimize ventilation systems throughout projects. They calculate air change rates, determine required flow rates, and verify adequate volumes.
CrVI exposure reduced from 300.5 µg/m³ to 10.9 µg/m³ (28X reduction)
Exposures well within 10x protection factor of half-face HEPA respirator
Multiple crafts able to enter vessels simultaneously during hot work
Project finished at least two days ahead of critical path