At active landfills, microbial mixtures are sprayed on the accumulating landfill waste that is still open and not yet capped, jumpstarting the degradation process. This will reduce the organics and metals that leach out into wetlands or treatment lagoons. We have the microbial process to handle all aspects of a landfills major problems: leachate, high cost of running a landfill, finite space, and available sources of clean soil to cap waste, at significantly less cost and reduction in time, while providing new products and sources of revenue for the waste management industry in the natural gas, clean water, and soil arenas.The Pine Grove landfill site in Ohio is a prime example of LBSIs effective bioremediation technology in the landfill arena - cleaning gasoline contaminated soils 15 Petro cells over a seven year period. Other landfill sites include Republic Waste - cleanup of BTEX/TPH, metals and semi-volatiles involving 10 Petro-Cells over five years. Closure was achieved and soil w

An organic oxidizer that destroys fatal H2S in moments. Catalyst VTX is a highly effective catalyst that creates powerful "hydroxyl radicals" when combined with the base oxidizer. The process has been shown to be extremely effective for quickly oxidizing molecules such as benzene, phenols, cyanide, MtBE, Hydrogen Sulfide, toulene, and virtually all chlorinated hydrocarbons including TCE, PCE, and vinyl chlorides. The treatment requires no acidification step and creates no sludge under most treatment conditions. DOSAGE AND FEEDINGThe VTX technique is effective within a pH range of 3. 5-8. 5, with an optimum range of 6. 0-8. 0. Typically, the amount of Catalyst VTX necessary for complete oxidization of target contaminant mass as measured by the Chemical Oxygen Demand (COD) test with 3 times being the most typical ratio. The VTX catalyst is added to the Part A oxidant at a volume ratio of 1: 1. Treatability studies can quickly determine the most efficient dosage rates.