Solid Hazardous Waste Treatment Equipment

This equipment is used to melt the basalt rock and auxiliary materials for the production of rock wool, after heating and holding, by controlling the temperature and flow of the slurry transported to the centrifuge, the production of rock wool products. Electric furnace equipment composition: 1. Raw material drying system. 2. Automatic feeding system. 3. Automatic blanking system. 4. Electric furnace body melting system. 5. Electric furnace power supply high voltage system. 6

HZX-5000 series DC electric arc furnace - Solid and dangerous waste Rock wool, mineral wool industry status: Industrial waste disposal has always been the focus of attention of domestic and foreign enterprises. In 2018, the state promulgated the solid waste discharge standards, how to deal with industrial waste, how to comprehensively utilize industrial waste has become a problem faced by domestic enterprises. The hot industrial waste slag contains a lot of sensible heat,

Three - way catalyst for extracting precious metals Application of equipment: This equipment is used to receive TBRC slag, waste catalyst, flux, FeSi alloy, etc. from the upper section, and reprocess the slag products from the primary smelting step to achieve the best recovery rate. Structural features: 1) Select a fixed furnace body, semi-closed combined furnace cover; 2) Adopt fully water-cooled copper-steel composite conductive transverse arm; 3) The short-net design uses

Product Description: One of the key benefits of eco wool insulation is that it is made from solid waste residue, which is a byproduct of industrial processes. This means that it is not only eco-friendly but also contributes to the circular economy by using materials that might otherwise go to waste. By repurposing these materials, eco wool insulation helps to reduce the amount of waste that ends up in landfills while also reducing the need for virgin materials. Another

Procurement, production, smelting machinery/ferromanganese and silico-manganese smelting furnaces The equipment is used to receive the hot melt slag from the silicon manganese ore furnace, the temperature of the original slag is about 1200-1300 degrees Celsius, after heating, tempering, heat preservation, the temperature reaches 1400-1500 degrees Celsius continuous delivery to the centrifuge for mineral wool use. This equipment is suitable for the production line of slag wool

Blast furnace slag granulation insulation device Equipment use: This equipment is used to receive hot melt slag from blast furnace, after heat preservation, air quenching and granulation after release. Equipment overview and structure: This equipment is designed and manufactured according to GBl0067.1-4 . 1. Stove casing. 2. Refractory. 3. Modular stove cover. 4. Electrode lifting device and copper tube type conductive cross arm. The electrode lifting device has the following

Annual output of 40,000 tons rock wool electric furnace Process description: The main raw materials of the project, basalt, slag and co-solvent, are sent to the high bunker of the electric furnace for storage through the feeding device after batching and drying. Then, after measuring and weighing, it is uniformly lowered into the electric furnace by the cutting pipe, continuous power supply, continuous melting, released through the slag outlet, and entered the centrifuge to

Solid waste resource reduction harmless equipment Equipment purpose description Recovery and reuse of mineral resources after incineration of domestic waste: the negative ion ash after pyrolysis of domestic waste incinerator can screen out the resources in the ash residue, and then recover the iron content in the ash residue through magnetic separation Renewable resources, etc., make ash and slag become urban minerals. The ash residue after the recovery of resources can be

Complete equipment for refining furnace of chromium slag Technological process of production: Description of the process: The main raw materials of the special refining furnace are calcium-free chromium slag, calcium-vanadium slag, carbonite and silica, which are calculated according to the ingredients of raw materials on site, accurately weighed by an electronic balance according to a certain ratio, and reasonably batted and dried, and then sent to the top silo of the 13.5

Pyrometallurgic smelting equipment for recycling nickel, cobalt and lithium for solid waste Process specification: Description: The nickel cobalt matte produced by the vulcanized electric furnace flows through the chute into the ladle, the ladle is moved to the LF refining position under the ladle car, and the refining begins. productive technology: Mechanical equipment summary: The mechanical equipment consists of ladle and ladle car, electrode lifting device, water-cooled

DC Rock Wool Furnace (DC Mineral Wool Furnace) Introduction This equipment is a DC-powered high-temperature electric melting furnace for rock wool/mineral wool production , which serves as the core equipment in rock wool manufacturing. It is especially suitable for the resource utilization of industrial waste residues (such as hot slag from silicomanganese submerged arc furnaces). 1. Core Positioning and Application The DC rock wool furnace is a DC-powered high-temperature

Blast Furnace Molten Slag Holding Furnace Equipment Introduction The blast furnace molten slag holding furnace is core metallurgical equipment for waste heat recovery and resource utilization of blast furnace molten slag. It receives, keeps warm and stably outputs high-temperature liquid blast furnace slag at 1400–1500℃, providing qualified high-temperature slag materials for rock wool production, slag-iron recovery, building material processing and other industries,

Hot Slag Conditioning Furnace Equipment Introduction & Technical Parameters 1. Equipment Overview The hot slag conditioning furnace is core thermal equipment for metallurgical solid waste resource utilization. It receives hot molten slag at about 1300℃ discharged from submerged arc furnaces and blast furnaces. Through electric arc heating, component conditioning and homogenization treatment, it stabilizes molten slag temperature at 1450–1500℃, accurately adjusts chemical

Product Introduction The Cold Slag Rock Wool Electric Furnace is the core melting equipment for rock wool/slag wool production lines. It uses electric energy as the heat source to melt raw materials such as basalt, slag, and fly ash at a high temperature of 1450–1550℃. It precisely controls the temperature and flow rate of the melt, providing stable molten slurry for the centrifuge and ensuring the production of high-quality rock wool. It is an energy-saving, environmentally

DC Furnace for Vanadium Iron Slag Treatment DC furnace for vanadium iron slag treatment (mostly DC arc furnace / DC submerged arc furnace ) is the core equipment for vanadium-iron alloy smelting, vanadium-titanium magnetite smelting and resource utilization of vanadium iron slag. Using DC electric arc as the heat source, it realizes deep reduction of vanadium iron slag, efficient separation of slag and iron, and high-efficiency recovery of valuable metals (vanadium, iron) at

DC Plasma Furnace for Fly Ash Treatment DC plasma furnace (also known as DC plasma melting furnace / DC arc plasma furnace) is core equipment that uses ultra-high temperature of 1500–3000°C generated by DC arc to vitrify, detoxify and recycle fly ash. It is a mainstream technical route for efficient disposal and high-value utilization of fly ash. I. Core Principle Heat Source Mechanism : Adopts DC arc discharge to form a stable, directional and high-energy-density plasma arc

Equipment Introduction & Technical Parameters 1. Equipment Type & Application For the above four types of solid waste, the mainstream equipment includes submerged arc furnace (mineral heat furnace) , DC melting furnace , rotary hearth furnace + electric furnace combination line , which achieve both harmless disposal and resource recovery. Solid Waste Recommended Equipment Main Purpose Typical Process Fly Ash DC Melting Furnace / Closed Submerged Arc Furnace Solidify heavy

DC electric furnace converts aluminum ash into premium calcium aluminate for steelmaking. Features 40% lower electrode consumption, 750-850kWh/t power efficiency, and full environmental compliance with salt/fluoride removal.

Cold Slag Rock Wool Electric Furnace – Equipment Introduction & Main Parameters I. Core Equipment Introduction 1. Basic Definition & Working Principle Type : Three-phase electric arc resistance furnace (submerged arc) Principle : Three graphite electrodes are inserted into the furnace charge. The arc heat and resistance heat between the electrodes and the charge heat raw materials in the furnace to a high temperature of 1600–2000℃ for melting, forming uniform and stable high

Introduction to Fly Ash Rock Wool Electric Furnace Fly Ash Rock Wool Electric Furnace is a specialized submerged‑arc electric melting furnace designed for high‑temperature vitrification of municipal solid waste incineration fly ash and production of high‑quality rock wool insulation materials. It converts hazardous fly ash into value‑added rock wool via electric heating, achieving harmless disposal and resource recycling simultaneously. Core Working Principle Raw Material