Hydra - Bio HC Buster For Removes Hydrocarbon Waste from Liquids and Solids

• Converts Harmful Petroleum Products into Carbon Dioxide & Water
• Highly effective microbial remediation
• For use on Oil Spills, Petroleum
• Synergistic blend of specially chosen natural bacteria
• Use in Oil / Water Separators & Interceptors
• Completely biodegradable & homogeneous
• Effective Against: Mineral Oils - Hydraulic Oils - Phenolic Compounds, Volatile Aliphatics - Heavy Aliphatics and Aromatics, Chlorinated and Bromated Hydrocarbons

For Heavy contamination levels use as 1:10 to 1:30

For light contamination levels use as 1:300

Existing Hydrocarbon Deposits
Use Bio HC Buster either diluted with water for spraying or injection, or applied in its liquid form - No additional nutrients are required
Interceptor Application - Continuous Hydrocarbon Feed

If large amounts of sludge are present ensure that there is adequate aeration. When bacteria have available oxygen and hence function aerobically, they produce roughly eighteen times as much energy as anaerobic activity yields. This results in faster, more aggressive remediation. Feed once a month feed with a nitrogen fertiliser at 25g per m³.

N.B. Do not allow cutting oils into interceptor systems as these contain biocides which will kill the bacteria in Bio HC Buster.

Ships Bilges
Use 100 ml per m³ - apply once only.

Bio HC Buster is a synergistic blend of bacteria specifically chosen for their accelerated ability to metabolize heavy, tarry types of hydrocarbons, a highly effective microbial remediation for oil, fuels, diesel, hydraulic fluid and all varieties of aromatic compounds and organic solvents. Is ideal for emergencies and historical spillages.

Effective Against:

• Mineral Oils
• Hydraulic Oils
• Phenolic Compounds
• Volatile Aliphatics
• Heavy Aliphatics and Aromatics
• Chlorinated and Bromated Hydrocarbons

Its Own Energy Source
Unlike many other products Bio HC Buster contains its own source of nitrates and phosphates which act as a nutrient source for the bacteria to quickly breakdown the contaminants. The bacteria are facultative and will adapt to most environments. Best results are obtained under aerobic conditions.