The Aggoflotation of a Mixture of Subbituminous Coal and Gangue Minerals Using Şirnak Asphaltite and the Concentrate Obtained from Zonguldak Bituminous Coal

Research іnto the mechanism of aggregate-forming objects contact with oil aggregatіon of fіnely-dispersed coal

“…Друга частина дослі-дів присвячена вивченню впливу на протікання і результати процесу водної фази: озерної води і мор-ської води (вода Середземного моря, вода Егейського моря, і вода Чорного моря). Аналогічні результати одержані при дослідженні впливу середземноморсь-кої води на десульфурацію вугілля масляною агломе-рацією при використанні як вихідної сировини суббі-тумінозного (довгополуменевого) кам'яного вугілля Зонгулдака (Temel, 2010). У третій частині роботи досліджено вплив різних солей (NaCl, MgCl 2 і FeCl 3 ) на агломерацію лігніту.…”

“…3), ефект τ а / → min при t с ≥ 80°C (Рис. 4), а також виявлений в роботах (Abakay Temel, Bozkurt, & Majumder, 2009;Temel, 2010) позитивний вплив на агломерацію мор-ської та засоленої води.…”

Role of recovery sieve size in upgrading of fine coal via oil agglomeration technique

“…Second group includes optimization and/or experimental design studies undertaken for determination of most important parameter and optimum values of process parameters to obtain maximum performance and comparison of influence of each parameter [12][13][14][15][16][17]. Third group includes studies undertaken for individual effects of one or more parameters or various pretreatments on oil agglomeration of coal [2,5,6,[18][19][20][21][22][23][24][25][26][27][28][29][30][31][32][33][34]. Although various parameters such as solid ratio, oil dosage, oil type, agglomeration time, stirring speed, coal type, coal particle size, pH of the media, washing water amount, and salt content have been investigated in above mentioned three groups of studies, oil dosage, solid ratio, agglomeration time and stirring speed had been the most widely investigated parameters.…”

Research into the process of preparation of Ukrainian coal by the oil aggregation method

“…The second part of research examines the influence of aqueous phase on the progress and results of the process: lake water and seawater (the water of the Mediterranean Sea, Aegean Sea, and the water of the Black Sea). A similar study into effect of the Mediterranean water on the desulphurisation of coal by oil agglomeration was carried out when using as a raw material subbituminous (longflame) coal from Zonguldak [15]. The third part of study [15] investigated the effect of various salts (NaCl, MgCl 2 and FeCl 3 ) on the agglomeration of lignite.…”

“…A similar study into effect of the Mediterranean water on the desulphurisation of coal by oil agglomeration was carried out when using as a raw material subbituminous (longflame) coal from Zonguldak [15]. The third part of study [15] investigated the effect of various salts (NaCl, MgCl 2 and FeCl 3 ) on the agglomeration of lignite. Results of agglomeration revealed that the use of calcinated lake water and seawater had a positive effect on the reduction of total sulfur content in agglomerates.…”