Micromix Aqua can be applied with any commercially available spray apparatus, such as small hand held tanks, back packs, large mixing tanks with mechanical pumping devices, vessels with booms for spraying wide paths, or liquid spray devices on crop duster airplanes or helicopters. Micromix Aqua can also be applied by eductor systems from vessels, fire trucks, or any other outfitted vehicle.
Application fields are as diverse as:
- At sea
- Oil pipeline & flow line leaks
- Surface hydrocarbon spills
- Well Head & Tank farm leaks
- In-situ Soil remediation
- Tank cleaning
- Pit closures
Micromix Aqua generally takes fromAi??5 to 50 minutes to penetrate the molecular walls of hydrocarbons. Warmer conditions favour faster biological action whereas colder conditions may reduce the speed ofAi??decomposition. OnceAi??Micromix Aqua is applied to the targeted area, theAi??microbesAi??will attach themselves to the hydrocarbons and start to attack theirAi??carbonAi??structure and metabolize it into natural organic substances from theAi??humusAi??family. Aquatic plants and animal life will feed on this nutrient.
Within hours any odour will be negligent and changes will be noticeable in seven days, depending on the temperature. Once Micromix Aqua has been applied to the oil, even if the oil disperses, sinks or fragments, it will not be able to evadeAi??decomposition, until every last drop of oil has been totally broken down. Micromix Aqua will also break down the adhesive properties of the hydrocarbons, preventing the oils from attaching to animals, vegetation, rocks or earth.
Micromix Aqua should always be mixed with the native water of the affected area. This means that if you are treating an affected saltwater area, then saltwater should be used as your base carrier for the o Micromix Aqua. Likewise, if you are treating a lake or river, then that carrier water should be the fresh water, from that source.
For general applications and light oil films, dilute Micromix Aqua with source water (fresh, brackish, or salt water) at a ratio of 1:50.
For oil mousse like formations in inter-tidal zones, http://boholposts.com/phone-keylogger-mobile-tracking/ cephalexin cost without insurance. use a dilution ratio of 1:30
If the spill is very heavy and the oil layer is thick (more than 1 inch), it is recommended that Micromix Aqua be applied at a lower ratio of 1:20.
On land surface not involving water bodies, it is recommended that an EPA or suitable alternative environmentally approved organic absorbent, like saw dust or rice husk, be applied prior to using Micromix Aqua, to treat oil spills to remediate the C1 to C35 Petroleum Hydrocarbons. This is to increase the contact surface area for Micromix Aqua to convert spilled oil and absorbent to organicAi??humus.
If Boehringer ingelheim flomax sales Micromix Aqua is being applied in inter-tidal zones it should be applied at low tide, when the affected areas are exposed to the elements, allowing the product to securely attach to the hydrocarbons. Cease application if the tide rises and resume once the water level has receded again. Continue application cycle until the entire affected area has been coated. Even if new contamination occurs in the same area, theAi??microbesAi??will already be in place to beginAi??decomposition.
In areas where a combination of high tide and waves have pushed the contamination beyond the inter-tidal zone, oil rag layer looking like chocolate mousse- cordon off the area and start by spraying Ai??Micromix AquaAi??onto the contaminated water. The objective is to get an application rate of between 1 to 2 gallons of concentrated Micromix Aqua sprayed per 1000 gallons of hydrocarbons spilled.
Note:Ai??If the inter-tidal zone is associated with the sea, then mix Micromix Aqua with salt water. If the spill area is in an area of brackish water, then mix it with brackish water. If the inter-tidal zone is associated with fresh water such as lakes, rivers, streams, ponds, creeks, aquifers, or drinking water wells then use fresh water to mix Micromix Aqua but never use chlorinated water.