Dropulyzer - Offshore Dropped Object Analysis Software

Enhanced Analytical Accuracy

Analysis accuracy is greatly enhanced by allowing source to target calculations down to 1m resolution and using a localised cellular structure instead of coarse 10m global concentric circles.

Greater Modelling Flexibility

Allows cumulative risk calculation from many dropped object sources and using deterministic or a range of probabilistic methods which improve the analysis of stochastic events.

Faster and Easier Configuration

Facilities and targets are simply drawn into the model, and the software calculates the target exposures by length and area, and then hit probabilities, and hit frequencies for target sections, individual targets, and all cumulative targets.

Highly Configurable

The software is highly configurable to allow for scenario specific factors including different types of targets, cranes, objects, and the resue of these within analysis libraries.

Very Fast Results

Not only is the software fast to configure, but the most complex analysis can be run in seconds, allowing quick iteration and analysis of different scenarios.

Traditional Analysis

Analysis can also be performed using traditional methods as described in DNV-RP-F107, allowing for comparison and validation of the results.

Traditional vs Enhanced Analysis

Traditional DNV-RP-F107 Method

Coarse 10m concentric circles leading to oversimplified risk assessments
Single source point analysis only, requiring separate calculations for each drop source
Simplified probability distributions leading to overestimated risks
Basic target geometry assumptions with limited modeling capabilities
Time-consuming manual calculations with limited ability to iterate

Dropulyzer Enhanced Method

High-resolution 1m² cellular grid providing 100x more granular analysis
Simultaneous multiple source analysis with cumulative risk assessment
Advanced probabilistic methods supporting multiple distribution models
Precise target modeling supporting both linear and polygon geometries
Real-time automated calculations with comprehensive reporting

While DNV-RP-F107 has been the industry standard, its simplified approach often leads to overly conservative results and missed optimization opportunities. Dropulyzer's enhanced computational methods deliver more precise and actionable insights while maintaining compliance with industry standards.

Our high-resolution cellular analysis structure combined with advanced probabilistic calculations provides unprecedented accuracy in dropped object risk assessment. This enables operators to optimize their lifting plans and safety measures with confidence, backed by comprehensive data and detailed statistical reporting.

The ability to handle multiple drop sources simultaneously, combined with precise target modeling and real-time analysis capabilities, makes Dropulyzer a significant advancement over traditional methodologies. This results in more efficient operations while maintaining the highest safety standards.