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''The role that I and my research play in
shaping the future is worth every effort. What I discover,
contribute, and report today is not only crucial for my
subject area but also for my nation and the world as a
whole!..''
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Message
as
the Guest Editor for journal
''Minerals''
Recent Feature Research Papers
1-Particle
shape characterization of shaking table streams in a Turkish
chromite concentration plant by using dynamic imaging and
microscopical techniques
2-Comparison of
Particle Shape, Surface Area, and Color Properties of the
Calcite Particles Ground by Stirred and Ball Mill
3-A Review of
Particle Shape Effects on Material Properties for Various
Engineering Applications: From Macro to Nanoscale
4-Advanced
Green and Sustainable Chemical and Physical Technologies for
Resources Recycling of Solid Wastes
5-Review
of the Recovery of Cobalt from Secondary Resources
6-Prediction
of average shape values of quartz particles by vibrating
disc and ball milling using dynamic image analysis based on
established time-dependent shape models
7-The
Role of Particle Size and Shape on the Recovery of Copper
from Different Electrical and Electronic Equipment Waste.
8-The
Effect of Surface Roughness on Particle-Bubble Interaction:
A Critical Review
 9-
Effect
of particle shape on bubble-particle attachment behavior:
roles of surfaces, edges and vertexes.
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with a personalized URL providing 50 days of free access to
the article with interested colleagues:
https://authors.elsevier.com/c/1i2d63QCo9j3JA
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My Blog
Click for
"The
role of
minerals and importance of their beneficiation on our daily
life"
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"Effect of
particle
surface
roughness on the wetting of minerals"
Click for
"Particle
shape is one of the affecting variables on the
particle-bubble attachment
"
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“Raw materials including minerals and metals to make
electric vehicles, batteries, wind turbines, and solar
panels, are at the heart of the green deal since the energy
transition is a switch from fossil fuels to metals.
Therefore, the
demand for minerals, which are essential to the growth and
maintenance of civilization, is rising for the global energy
transition. Since the majority of mined ores need to be
processed before being turned into usable metals or finished
mineral commodities, mineral processing, which is the use of
physical or chemical means (gravity separation, magnetic
separation, flotation, electrostatic separation, leaching,
etc.) to process ores, makes contributions to all areas of
technology regards to scientific concepts, engineering
principles, products, and processing. In other words, the
chemical industry, municipal and industrial waste treatment,
and recycling, heavily utilize mineral processing
technologies. Moreover, metal recycling—the process of
turning scrap metal into new metal products—should be
practiced to lower greenhouse gas emissions, protect natural
resources, and control energy usage. A good waste collection
system, separation and classification processes, and
measures have been started to be taken in the world to
encourage the metal recycling industry. As a result, mineral
processing,
particularly extractive metallurgy, which has been
disregarded for years, has begun to assume a crucial role in
the electrification of the world.”
Mining and mineral processing
is fantastic as it is the ultimate applied
science using mathematics, physics, chemistry, and a whole
load of other skills enabling me to think in four
dimensions, examining the past to solve current and future
problems.
Particulate
systems impact a number of
diverse industries including advanced materials,
environmental, chemical, drug delivery, cell biology,
pharmaceutical, mineral, energy, agricultural, and food
processing. Particle science and technology
deals with the production, characterization, modification,
handling and utilization of a wide variety of particles in
both dry and wet conditions.
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Speciality:
Engineering/Chemical Eng./Materials Processing and Particle
Technology
Engineering/Chemical Eng./Separation Processes
Keywords:
Engineering, Mining, Mineral & Metal Processing, Energy &
Fuels
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