The International Science and Technology Park of the Academy of Sciences of Turkmenistan has developed and patented an innovative solution in the field of environmental biotechnology aimed at restoring lands affected by oil pollution.

Local Adaptation Technology

The development is based on the use of a consortium of indigenous microorganisms isolated directly from oil-containing sludge. These include fungi of the genera Penicillium chrysogenum, Trichoderma harzianum, and Fusarium oxysporum, as well as bacteria of the genus Rhodococcus.

The use of local microflora ensures a high degree of adaptation of the biopreparation to the regional climate and the specific pollutants, increasing the effectiveness of cleanup.

Three-Stage Biodegradation Process

The method involves three sequential stages. The first stage involves screening and selecting the most active strains capable of effectively degrading hydrocarbon compounds.

Further fermentation—cultivation of the biomass under controlled conditions using modern bioreactors—takes place. The final stage involves the formation of a finished bioproduct suitable for practical use.

A comparative analysis of various bioproduct options allows the technology to be adapted to specific environmental challenges.

Ecological Effect and Soil Restoration

The biopreparation initiates processes of deep degradation of complex hydrocarbons, converting toxic compounds into environmentally friendly metabolic products.

Simultaneously, the soil biocenosis is restored: beneficial microflora is activated, and natural soil regeneration is accelerated. Mycelial growth improves soil structure, reduces the risk of wind erosion, and increases soil stability.

Reducing the concentration of petroleum resins promotes the restoration of gas exchange and water permeability in the soil layer, which is an important prerequisite for further ecological restoration of the territories.

Contribution to the Green Agenda

This development demonstrates the potential of Turkmen biotechnology in the context of implementing the global green agenda.

The practical application of such solutions could become a significant element of national efforts to restore degraded lands and reduce environmental risks associated with oil production.

ORIENT