The high efficiency concentrator produced by our company is suitable for removing the water in the ore concentrate and the tailings in the ore beneficiation plant and it can concentrate the ore pulp from 20-30% to about 40-70%. This high efficiency concentrator is widely used in metallurgy, chemistry, coal, non-metal ore beneficiation, and environmental protection industry.
We are a professional mining machinery manufacturer, engaged in the development and manufacture of mining equipment for nearly 40 years, we are experienced, can make your own solutions according to the site conditions provided by customers.
We have a price list here. However, the price of the product is different. We need you to tell us your needs, such as product model, capacity, materials and other information. This way our sales staff can give you more detailed product information already price. You can contact us online or by email at [email protected] We will contact you as soon as possible!
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Solar-aided upgrade of the energy content of fossil fuels, such as natural gas, can provide a near-term transition path towards a future solar-fuel economy and reduce carbon dioxide emission from fossil fuel consumption. Both steam and dry reforming a methane-containing fuel stream have been studied with concentrated solar power as the energy input to drive the highly endothermic reactions but the concept has not been demonstrated at a commercial scale. Under a current project with the U.S. Department of Energy, PNNL is developing an integrated solar thermochemical reaction system that combines solar concentrators with micro- and meso-channel reactors and heat exchangers to accomplish more than 20% solar augment of methane higher heating value. The objective of our three-year project is to develop and prepare for commercialization such solar reforming system with a high enough efficiency to serve as the frontend of a conventional natural gas (or biogas) combined cycle power plant, producing power with a levelized cost of electricity less than 6/kWh, without subsidies, by the year 2020. In this paper, we present results from the first year of our project that demonstrated a solar-to-chemical energy conversion efficiency as high as 69% with a prototype reaction system.Get in Touch with Mechanic