Non-catalytic Reactors employ processes, which uses oxygen supplied from the permeate side of a mixed oxygen ion and electron conducting membrane by means of a sweep gas at an elevated temperature. The sweep gas is formed by burning fuel in a sweep gas preheater. The nitrogen and hydrogen containing syngas is worked up into ammonia to produce nitrogen oxide containing gas, and the nitrogen oxides containing gas is used in the production of nitric acid. Non-catalytic reaction generally occurs in a flameless mode near the center of the reactor. A user-friendly simulation package is developed for multi-phase non-catalytic reactor analysis as a component for the advanced on-line process analysis system for pollution prevention.

Oil Eradicators removes oils and organic pollutants from bilge or marina water. Oil eradicators absorbs up to 32 times the weight in oil and hydrocarbon pollutants. These oil eradicators are designed to absorb and convert contaminants on the surface of the water.

Oil socks absorb and skim petroleum fluids from water. It removes oil from troughs and vats, indoors or out. It absorbs oil from water around leaking machines exposed to rain, waste streams, and various other oil/water separation applications.

Oil sorbent can be produced from three major sources: mineral, vegetable, and synthetic. It is used to handle accidental spills and leaks of polluting agents in water. It absorbs up to 25 times own weight work with all kinds of hydrocarbons and derivatives, has rapid capillarity absorption. It can also be used to handle oil sprays under machinery and prevents risks due to spills and leaks.

Oil Spill Equipment refers to equipments used for oil spills where oil is released into the ocean or coastal waters. Most common types of oil spill equipment, tool products, such as skimmers, pumps, dispersants, absorbents, storage facilities and vessels are available. Equipments like booms are used to divert oil away from a sensitive area or to contain oil. Oil containment boom is used for the containment, exclusion or deflection of oil floating on water. Oil spill equipments like fire booms are used for both in-situ burning of large oil spills and in protective applications. Absorbent pads, pillows, booms, rolls, and sweeps are also used for all marine oil spill equipment applications.

Oil spill is an unintentional release of liquid petroleum hydrocarbon into the environment as a result of human activity. The term often refers to marine oil spill, where oil is released into the ocean or coastal waters. Oil spill happens when people make mistakes or are careless and cause an oil tanker to leak oil into the ocean. There are a few more ways an oil spill can occur. Equipment breaking down may cause an oil spill.

Oil/water separators are in-line devices used to remove oils and greases from industrial waste streams and storm water discharges. They operate by employing various physical or chemical separation methods, including gravity separation, filters, coagulation/flocculation, and flotation. The use of any separation process depends on the properties of the oil in the oil/water mixture. Oil/water separators are commonly used on air force installations as a method to separate oils from a variety of wastewater discharges. The effluent from oil/water separator is typically discharged to either a sanitary sewer system or a storm sewer. These separators are typically installed in industrial and maintenance areas and receive oily wastewater generated during processes such as aircraft & vehicle maintenance and washing.

Organic oil solidifier and encapsulator is a natural, 100% organic, non-toxic, non-abrasive water repellent. It can turn any petroleum spill into a fluffy dry substance on contact. It is suitable for oil spill spreading or leaching applications. It solidifies an oil spill on water. It can solidify any type of petroleum spill on waterways, soils, grassy and swampy areas. It has an extremely high absorption rate compared to conventional absorbents. It is land fillable, can be incinerated and has a high BTU value, leaving only a 3% ash residual.

Organic soil conditioners are ideal for the improvement or maintenance of soil physical properties. It serves as a reservoir for nutrients; improves soil structure, drainage, aeration, cation exchange capacity, buffering capacity, and water-holding capacity; and provides a source of food for microorganisms. Soils higher in organic matter have improved soil physical conditions as compared to similar soils lower in organic matter. The effectiveness of organic soil conditioners can be partly evaluated by examining several properties of soil organic matter.