TerraFuture Humus

Humus

HIGHEST SOIL FERTILITY
HUMUS
is a natural product whose formation takes around 10 years, but can be reduced to only 5 weeks, by means of a program-controlled high-temperatur rotting in our specialized humus reactors.
This fully polymerised humus is extremely stable both thermally and chemically, and can presently only be manufactured by the TerraFuture Technology Compound, which, however, can also produce it in tropical and arid areas where nature doesn’t normally generate it, guaranteeing its life in the soil for at least 10,000 years.
It enables a richer increase in soil fertility, with a root growth of 1m in just 3 daysfacilitating cheaper and higher quality food production in the area and generating additional revenue that exceeds by far the income gained from power production.
Agriculture suffers from the fact that the majority of organic contents in the soil decrease more and more, especially the proportion of humus, which, among other things, lies in the waterlogging, and leads to higher fertilizer requirement, which in turn leads to faster decrease in organic content, thus creating an ever growing spiral of decreasing fertility.
This not only increases the running costs in an already difficult and competitive industry, but also threatens the existence of farms due to possible erosion.
Farmers have been forced to try manure as a substitute for artificial fertilizer, but have caused a dangerous accumulation of nitrogen in their soils, which also threatens the quality of drinking water, as recently noted. However, this nitrogen surplus in the soil also threatens soil fertility, because it increases the growth of harmful bacteria, which then attack the healthy roots and thus destroy the crops and threaten the existence of the farms themselves.
The plowing (25%) of TerraFuture-Humus not only rescues the soils, but also gives them unprecedented fertility by increasing the concentration of soil bacteria by a factor of 1.000 as they solubilize the soil minerals and convert them into plant nutrients.
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