Processing technology

Processing technology
Processing technology focuses on formulating and knowing how to formulate processed products. Processing is relevant to food technology, biotechnology, chemical technology and agricultural technologies.
Technologies in Exploration, Mining, and Processing
The life cycle of mining begins with exploration, continues through production, and ends with closure and postmining land use. New technologies can benefit the mining industry and consumers in all stages of this life cycle. Available analytical tools are sufficient for most types of analyses required by the industry. However, new technologies, such as laser fluorescence scanning and portable X-ray fluorescence, which can directly determine concentrations of elements in rocks, and differential leaching techniques are also being developed and used for exploration. As analytical equipment is miniaturized, inexpensive hand-held devices that could be used in the field or in mines to provide real-time analytical results would significantly benefit both mineral exploration and mining, as well as environmental regulators. The three major components of mining (exploration, mining, and processing) overlap somewhat. After a mineral deposit has been identified through exploration, the industry must make a considerable investment in mine development before production begins. Further exploration near the deposit and further development drilling within the deposit are done while the mining is ongoing. Comminution (i.e., the breaking of rock to facilitate the separation of ore minerals from waste) combines blasting (a unit process of mining) with crushing and grinding (processing steps). In-situ mining is a special case that combines aspects of mining and processing but does not require the excavation, comminution, and waste disposal steps. The major components can also be combined innovatively, such as when in-situ leaching of copper is undertaken after conventional mining has rubblized ore in underground block-caving operations.

processing technology-qayta ishlash texnologiyasi

focuses on-yo'naltirilgan
formulating-shakllantirish
processed products-qayta ishlangan mahsulotlar
relevant-muvofiq
food technology-oziq-ovqat texnologiyasi
biotechnology-biotexnologiya
chemical technology -kimyoviy
agricultural technologies-qishloq xo'jaligi texnologiyalari
technologies in Exploration-Qidiruv texnologiyasi
mining- konchilik
processing – ishlov berish, qayta ishlash
the life cycle of mining- qazib olishning hayot sikli
exploration - qidiruv
closure - yopish
postmining land use – yerdan foydalanishni yakunlash
can benefit - foydali bo'lishi mumkin
consumers - iste'molchilar
analytical tools - analitik vositalar
sufficient for - … uchun yetarli
required by - talab qilingan
laser fluorescence - lazerli floresans
scanning – skanerlash
portable X-ray fluorescence- portativ rentgen nurlarining floresansi
determine - aniqlash, belgilash
concentrations of elements in rocks - jinslardagi elementlarning kontsentratsiyasi
leaching techniques – ishqorlanish texnikasi
miniaturized – kichraytirilgan
inexpensive – arzon
hand-held devices - qo'l asboblari
real-time analytical results - real vaqtda tahliliy natijalar
environmental regulators - atrof-muhit tartibga soluvchi organlari
the three major components of mining - tog'-kon sanoatining uchta asosiy komponenti
overlap somewhat – bir biriga o`xshash
a considerable investment - katta investitsiya
further - yaqin
ongoing - постоянный
comminution - раздробление
to facilitate the separation of ore - rudani ajratib olishni osonlashtirish
combines blasting - portlashni birlashtiradi
In-situ mining – joylarda qazib olish
does not require the excavation - qazishni talab qilmaydi
disposal steps - chiqindi chiqarish bosqichlari
innovatively - innovatsion ravishda
undertaken - amalga oshirildi
conventional mining - an'anaviy qazib olish
rubblized ore – chag`irtosh rudasi
block-caving operations–qoyalarni buzish ishlari