It is that one reflects on the basic differences between the material transformations in one hand, MVA / SVA and other hand BMA is much more important:

---- In the MVA, the materials are heated up beneath huge atmospheric oxygen consumption. The heat effect it degassed. She tears up the majority of molecules in molecular fragments (radicals).

This search haphazardly after reactants to complete again. By running off messy de- novo synthesis during the cooling caused countless problems and toxins, the "poisons" any residue from a MVA.

In the slag they are trapped in the gas-filled pores. Otherwise, they hold fast to the toxic-laden dust and soot particles. Waste which had recently still user-friendly, comes from the MVA "poisoned" out. Nothing leaves the MVA is still in nascent stage

The water in the waste is evaporated in the MVA under energy expenditure. Water vapor increase the greenhouse effect. The heat of the fire is achieved quickly that only a minimum can be drained off via the waste heat boiler and used for energy. The greater amount of energy is damaging as waste heat into the atmosphere.

---- In the BMA on the other hand serve to atmospheric oxygen and the water of the waste first and foremost as a survival medium for the microbial conversion of substances.

In the first stage, the aerobic rotting, much heat is being generated, as necessary for "sanitizing", about 70 ° C. 70 ° C kill after 1 hour from all the vegetative, ie directly infectious, human pathogens.

That's enough for "sanitization". The gradually rotating rotary tube reactors in which resistors, so-called harassment, the waste circulate constantly, bring the microorganisms in the reactor with new nutrients into contact.