Abrasive Blast Pot Conversion Kit for Wet Blasting
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Solution Overview
Problem
Existing dry abrasive blasting equipment poses health hazards due to dust production and requires additional modifications for wet abrasive blasting, which can compromise safety ratings and structural integrity.
Innovation Solution
A dry to wet abrasive blast machine conversion kit that utilizes existing penetrations in the blast pot to install a multi-function fluid manifold for storing and conveying liquid, allowing for wet abrasive blasting operations without compromising safety ratings or structural integrity, featuring a control panel for remote rinse and blasting operations.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If dry abrasive blasting equipment is converted to wet abrasive blasting by adding new penetrations to the blast pot, then wet blasting functionality is achieved, but safety ratings and structural integrity are compromised
Solution Approach 1:
The existing penetrations in the blast pot are designed to serve multiple functions - originally intended for dry blasting operations, they are now configured to also accommodate wet blasting components. The fluid manifold system utilizes these existing openings to introduce water and slurry without requiring additional penetrations, thereby maintaining the blast pot's structural integrity and safety ratings while achieving wet blasting capability
Solution Approach 2:
The conversion kit leverages the existing structural features of the blast pot (the original penetrations) to provide wet blasting functionality. Rather than requiring external modifications that would compromise the vessel, the system uses the blast pot's own existing openings to deliver water and slurry, making the conversion self-contained and non-invasive to the original structure
2Productivity
If dry abrasive blasting is performed, then surface cleaning is achieved, but dust clouds are produced creating health hazards
Solution Approach 1:
Water acts as an intermediary substance introduced through the fluid manifold system. This water mediates between the abrasive blasting operation and the environment by capturing dust particles that would otherwise become airborne. The water absorbs and binds the dust, preventing it from forming harmful dust clouds while allowing the surface cleaning function to proceed effectively
Solution Approach 2:
The introduction of water changes the physical parameters of the blasting environment - specifically, it transforms the airborne dust particles into a wet slurry mixture. This parameter change (from dry to wet conditions) fundamentally alters the behavior of particulates, preventing them from becoming airborne and creating health hazards while maintaining the surface cleaning capability
3Ease of operation
If multiple penetrations are added to the blast pot for wet blasting, then fluid delivery is improved, but structural integrity and safety ratings are compromised
Solution Approach 1:
The existing penetrations in the blast pot are designed to serve multiple functions - originally intended for dry blasting operations, they are now configured to also accommodate wet blasting components. The fluid manifold system utilizes these existing openings to introduce water and slurry without requiring additional penetrations, thereby maintaining the blast pot's structural integrity and safety ratings while achieving wet blasting capability
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Enables conversion of dry blast pots to wet abrasive blasting with minimal alterations, reducing dust hazards, maintaining safety ratings, and extending equipment lifespan by incorporating a remote rinse cycle and manual controls for efficient operation.
Implementation Method 1
The multi-function fluid manifold includes a fluid inlet valve for introducing water, pumped from an associated water supply, into the pot interior
Implementation Method 2
The pop-up gasket is slidably disposed through the uppermost aperture and configured to seal said aperture when the pot is pressurized
Implementation Method 3
The air purge riser includes an upper end disposed to project proximal an uppermost point interior to the pot, thereat to vent air from the upper reaches inside the pot when filling and when pressurizing
Implementation Method 4
A slurry hose is connectable to a lowermost aperture of the pot for conveying slurry from the pot to the blast hose
Data Source
AI summary
A dry to wet abrasive blast machine conversion kit and method usable to convert an existing blast pot configured for sand blasting for use in wet abrasive air blasting includes a multi-function fluid manifold, and a control panel attachable to the blast pot to effectuate a first hydraulic circuit, a second hydraulic circuit, and a pneumatic circuit. The dry to wet abrasive blast machine conversion kit installs to the existing blast pot as is, and therefore enables conversion for wet abrasive blasting without additional penetrations through the blast pot envelope which might otherwise compromise manufacturer warranty and use ratings.