About

In nature, three groups of microorganisms cause microbial induced calcite precipitation (MICP), and biocementation takes place as a useful byproduct in them: (1): Photosynthetic microorganisms such as cyanobacteria and algae that carry out photosynthesis in water and can stabilize CO₂. (2) Sulfate-reducing microorganisms responsible for the multistage dissimilatory reduction of sulfates. (3) Organisms that play a part in the nitrogen cycle through ammonification of amino acids/ reduction of nitrates/ hydrolysis of urea

Sand dune’s view, after treatment by MICP for tourism spots

Advantages

OF
BIO-STROMATECH

Although most of the great deserts are known for their heat and sand, but the Middle East and West Asia are composed of large deserts.

The Sahara is Africa’s largest warm desert, with a total area of about 9 million square kilometers and two and a half million years old. In the Countries of Qatar, Saudi Arabia, Libya heat stress and mental accidents cause a lot of damage.

The stabilization of fluent sands and the creation of green areas will not only prevent this damage, but it can also affect the climate and the spontaneous regrowth of plants.

Every year, a lot of money is necessary for collecting sands from the cities.

With BIO-STROMATECH we can cultivate in the desert, developing the best environment for the plants to grow.

It is even possible to create water pitches, above or under the sands that can be exploited as reservoirs to collect water used for subsequent cultivation.

One of the applications of Portland cement is the strength of loose ground.

But, due to low cement penetration and high costs, the use of MICP green technology can be a pathway.

One of the human wishes is to settle down in the Moon and other Planets.

Due to the cost of carrying materials and erecting buildings, this is one of the ways to use BIO-STROMATECH.

In this method, BIO-STROMATECH can be exploited to make bricks and concrete without carrying any other material (the concrete shall be naturally fabricated on the hosting Planet) and this human’s dream can be realized.

With BIO-STROMATECH it will be possible in the near future to cultivate on the Moon, or even on Mars or exoplanets by cultivating the natural bacteria directly on the site that will be used for cultivation.

The US Space Agency (NASA) is currently exploring the use of this technology, and important steps forward have been taken. Where the land is loose and building a costly building, MICP technology and in-depth injection can be a pathway.

In the creation of oil wells in loose areas, by injection deep into the depths, it is possible to screw the ground and wall of the well and spend less on cost and with green technology.

BIO-STROMATECH is Applicable in :

1. Improve cultivation level of the desert sands
2. Improve the spontaneous regrowth of plants in the deserts
3. Creation of pitch wells above and under the sands of deserts
4. Creation of 100% natural roads and paths by the beach
5. Creation of 100% natural (made by stabilized sand):
a. Natural Housing
b. Natural Parks
c. Natural Oasis in the desert
d. Natural Accommodations
e. Natural Artworks
6. Stabilization of loose land to prevent flooding
7. Stabilization of sands to prevent movement
8. Stabilization of infrastructure to prevent flooding
9. Restoration of dams in depths
10. Strengthen Road pavement
11. Depth of fortress in oil wells
12. Restoration of ancient works
13. Help reduce CO2 by using less Portland cement