Name
Litvinovа Tatiana Andreevna
Scholastic degree
•
Academic rank
—
Honorary rank
—
Organization, job position
Kuban State Technological University
Web site url
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Articles count: 4
In this article the recycling problem of solid waste of oil and gas industry is observed.
We have developed the bases of resource saving technology for minimizing exhausted sorbents and catalysts pollution with their using as silica-containing additives in raw mix for production of ceramic bricks of standard quality
The article deals with the problem of oil-contaminated
waste utilization. It has suggested the ways of
technological advancement taking into account the
principles of BAT. The analysis of the legal
framework for BAT in Russia and the EU is carried
out. The features of the state regulation in the field of
BAT and the main approaches to formation of a
complex of measures for transition to principles of
BAT are considered. It has described the innovative
approach to the development of waste treatment
technologies that are best and available from an
environmental and economic point of view. It has
identified limiting parameters affecting the efficiency
of waste utilization and the suitability for use as
secondary material resources, particularly in the
construction industry
The article deals with the problem of eliminating
environmental pollution by oil-contaminated waste. It's
suggested modern ways of improving technologies for
oily waste utilization. The comparative characteristic
of the essence, advantages and disadvantages,
effectiveness of ways of waste recycling is described.
The basic utilization technologies of oil sludge of
various origins are emphasized taking into account the
aspects of their composition and properties. It's
represented the results of a patent search in this area to
ensure a high level of new developments. It's
characterized the developed technologies for
utilization and recycling of oily waste to produce
environmentally products of utilization – organic and
mineral additives which are suitable for use as
secondary material resources
The article deals with the problem of oil-contaminated waste neutralization by thermal method. A comprehensive analysis of the original waste going for recycling and the resulting ash and the assessment of eco-toxicant migration in the environment are carried out. It is suggested the measures for resource saving to
get secondary material resources and recommendations for improving thermal destruction technologies consistent with the requirements to the best available techniques