Mining Equipments, Crushing Machine, Drying Machine manufacturer / supplier in China, offering PE/Pex Series 200 Tph Stone Jaw Crusher Machine, Multi-Layer Carbon Steel Aggregate River Stone Screen, Small Mini Jaw Crusher PE150*250 and so on.
Gongyi Hengchang Metallurgical Building Material Equipments plant is a professional manufacturer of complete set mineral beneficiation equipments, Briquette equipments, coal preparation equipments, ball press equipments, products widely used in mineral processing, metallurgy, building materials, chemicals, electricity, petroleum, coal, transportation, fertilizer, gas industry etc. In the last two decades, we always persist on the philosophy of "scientific and technological innovation, quality first, ...
Fote Machinery is a leading and pioneering enterprise with the most advanced international level in R&D, manufacturing and selling of large-scale crushing & screening plants, mineral procssing equipment and industrial milling equipments.
Ball mill can process barite, slime, potash feldspar, tungsten carbide, copper ore, slag, hematite, white ash, gold ore, aluminum powder, high alumina porcelain, iron powder, fluorite ore Steel slag,dozens or even hundreds of ores
Bar Mill According to the model and size of different prices will vary. If you need the price of a bar grinder, please tell us the specific model and quantity of the mill you need. We will send you the specific price of the mill.
Ceramic ball mill is the necessary grinding equipment in ceramics factory, because it has larger energy consumption, so there is a larger space for saving energy and reducing consumption.
Barium slag (BS) has high carbon content with value-added of recycling.Sulfuric acid was used as pH regulator and could precipitate soluble barium ions.Carbon grade was 63.25% and recovery was 82.70% under optional parameters.Recycling of carbon effectively minimizes the discharge of BS.
Barium slag is a kind of solid waste derived from the carbon reduction process of producing barium salt. Carbon is one of the main components in barium slag with a content of more than 10%. In this study, a barium slag was characterized using XRF, XRD and SEM-EDS, and froth flotation test was introduced to recover the carbon in the barium slag. In the process of froth flotation test, diesel was selected as a collector and terpenic oil was selected as a frother for carbon separation. The flotation influences of pulp pH, collector dosage, frother dosage and flotation time were investigated. The results showed that the obtained carbon concentrate had a carbon grade of 63.25% and its recovery was 82.70% under the conditions of pH 8.50, diesel 600g/t, terpenic oil 500g/t, and flotation time 5min. SEM-EDS analysis results revealed that the flotation concentrate was coarse and its particle sizes had a homogeneous distribution. The findings of this research provide a new pathway for barium slag utilization. The carbon obtained from the flotation test in this study can be recycled as raw materials, while the reduction of the remaining tailings can be utilized as building material additives.