Cost Savings:
Dust Gobbler™ dust spray offers savings in significantly reduced water usage and road maintenance, improved vehicle tyre lifespan and fuel consumption, reduced vehicle wear and tear as well as increased uptime. For farmers there is a massive reduction of dust formation on crops.

Increased Safety:
Dust Gobbler™ dust spray improves driving conditions, visibility and braking ability, and reduces occupational hazards such as silicosis, asthma and cancer.   

Environmentally Friendly:
Dust Gobbler™ dust spray is completely environmentally friendly, biodegradable and manufactured from completely renewable resources.

Ecozyme has exclusively designed unique and synergistic operating technologies in Dust Gobbler™. Dust Gobbler™ is a highly concentrated organic polymer liquid which has neutral pH properties. It is intelligently formulated with 5 proprietary technologies allowing the product to perform better than most conventional technologies while remaining environmentally friendly. It allows for unsurpassed dust suppression and soil binding properties.

One phase design component has a better hydrophilicity therefore the molecules are closer to the water phase and the other phase design component is closer to the air phase. This ingenious stepped phase design slows the diffusion of air and decreases the loss of water molecules, which ensures better foaming properties. Because the surface of coal and sand dust is usually electronegative, there is no electrostatic repulsion force between Dust Gobbler™ and the coal or sand dust surface, so the Dust Gobbler™ molecules can be absorbed on the surface of coal and sand dust more easily than competing technologies. Since one phase component can carry more water molecules, the synergistic effects of the various Dust Gobbler™ molecules rapidly wet dust in a dramatically shorter space of time.

One phase design component has a better hydrophilicity therefore the molecules are closer to the water phase and the other phase design component is closer to the air phase. This ingenious stepped phase design slows the diffusion of air and decreases the loss of water molecules, which ensures better foaming properties. Because the surface of coal and sand dust is usually electronegative, there is no electrostatic repulsion force between Dust Gobbler™ and the coal or sand dust surface, so the Dust Gobbler™ molecules can be absorbed on the surface of coal and sand dust more easily than competing technologies. Since one phase component can carry more water molecules, the synergistic effects of the various Dust Gobbler™ molecules rapidly wet dust in a dramatically shorter space of time.

Dust Gobbler™ contains precisely calculated amounts of organic polymers which acts as a disperser in a matrix of fines and clay to disperse clay particles effectively for improved plasticity at lower moisture levels, leading to greatly reduced abrasion and erosion. This allows for denser and firmer compaction of the road surface. As an ongoing benefit, Dust Gobbler’s™ organic polymers continually leach into the road matrix.

The particles in soil naturally have the same charge on a microscopic level. As with a magnet, when applying two of the same polarities, the magnets repel each other. Dust Gobbler™ incorporates Ecozyme developed proprietary charge shifting technology which intelligently alters charges to form a natural and powerful attractive bond, just like when the magnet is flipped around it naturally attracts. Over billions of microscopic charges this forms a powerful and lasting bond.

Ecozyme has developed unique and proprietary soil penetrating agents which lower the surface tension between liquid and solid particles, acting as highly efficient wetting agents. These specially designed agents are chosen for their scientific ability to work synergistically and more effectively together than existing technologies. Effective wetting of dust particles suppresses the tendency for fines to become airborne, and aids very significantly with compaction.

Savings: The correct application of Dust Gobbler™ will provide the following savings:

• Reduced water usage
• Improved crops
• Road maintenance
• Better safety
• Improved driving conditions
• Enhanced vehicle tyre lifespan
• Lower fuel consumption
• Reduced wear and tear on vehicles
• Increased uptime
• Improved operating hours
• Biodegradable
• Made from renewable sources
• Reduced occupational hazards such as silicosis, asthma and cancer