Microbial Remediation is the use of microscopic microorganisms to clean-up toxic and/or hazardous materials. Remediation techniques for microbial contamination depend on the surfaces where the contamination exists. The remediation is achieved by using a combination of microbial products that remove hydrocarbon spills, biodegrades organic pollutants, reduce phosphorous levels. These are adding microbial supplements and biostimulants and promote natural soil conditions to achieve remediation. This process of bio-augmentation enhances the viability of all planting, minimizes transplant shock, encourages germination and regrowth to the treated areas. Microbial contamination includes a diverse group of organisms such as fungi, mold, and bacteria. This is depending on the surface of the ductwork where the contamination exists.

Microbiological testing can be a useful tool in the management of food safety. However, microbiological tests should be selected and applied with knowledge of their limitations, as well as their benefits and the purposes for which they are used. The need for microbiological testing varies along the food chain. Points should be selected in the food chain where information about the microbiological status of a food will prove most useful for control purposes.

The microclimate controllers are designed to perform all the major atmospheric and timed functions required in an automated growth environment including temperature, humidity, carbon dioxide enrichment, lighting and irrigation control. The controller incorporates an external coil cooling thermostat, a dehumidifying humidistat, a 24-hour clock timer, a photo-sensor and a repeat cycle timer. Triggers for remote high-amperage relays, which enable synchronized equipment management, provide heating and humidifying control. Automatic override and defeat systems coordinate controls to consider all possible variables. It is enclosed in a black anodized, brush finish aluminum housing that won't break, rust or corrode. An attractive screen-printed front panel with function indicator lights makes system monitoring and adjustment quick and easy. All connections are standard 3-prong grounded plugs and receptacles. No hard wiring is required for basic operations. Low and high voltage relays are available to operate auxiliary equipment.