Solid Hazardous Waste Treatment Equipment

Construction features: Power supply system: It is powered by a DC power supply, usually converted into DC power by transformers and rectification devices, providing stable arc discharge energy for the electrodes. The stability and output power control capability of the power system are crucial for the heating effect and melting speed. Electrode system: Electrodes are generally made of silicon carbide or graphite, which have good conductivity and high temperature resistance.

High-Temperature Capability Operates at 2000°C+ to melt ultra-hard abrasives and refractories. Ideal for producing white fused alumina (WFA), brown fused alumina (BFA), dense fused alumina (DFA), and zirconia corundum (AZS) . Advanced Applications Abrasives : Manufacture grinding wheels, sandpapers, and precision polishing compounds. Refractories : Produce high-purity linings for kilns, furnaces, and ladles. Specialty Ceramics : Synthesize zirconia-toughened alumina (ZTA) for

US new energy DC cracking hydrogen energy production equipment Overview of hydrogen energy: Hydrogen energy is a kind of new secondary energy that people look forward to at the same time of the emergence of conventional energy crisis and the development of new secondary energy. Hydrogen energy refers to the energy released in the reaction dominated by hydrogen and its isotopes or in the process of state change. Its excellent characteristics such as good combustion performance

Blast-slag treatment Industrial solid waste - Solid waste treatment blast-slag holding furnace Part of the process diagram of BF slag treatment of industrial waste slag: Blast furnace slag (BFS) is a major industrial solid waste generated during the ironmaking process in blast furnaces, accounting for approximately 20%–30% of the pig iron output. The Blast Furnace Slag Treatment Industrial Solid Waste Furnace refers to a specialized thermal processing system designed to treat

Precious metal smelting electric furnace equipment Precious metal smelting electric furnace equipment is a specialized thermal processing system designed for extracting, purifying, and refining precious metals (e.g., gold, silver, platinum, palladium, rhodium) from raw ores, concentrates, secondary resources (such as scrap jewelry, electronic waste, and spent catalysts), or intermediate materials. Unlike traditional fuel-fired furnaces, it relies on electric energy to

Congo gold and copper smelting furnace Equipment use description:​ Copper smelting furnace is a kind of key equipment used in copper smelting process. It is heated by electric energy to melt copper bearing charge into crude copper, copper matte or other copper products in the furnace. Working principle: The working principle of copper smelting electric furnace is based on the electric heating effect. When the current passes through the electrode, there is an arc between the

Special smelting equipment for making sodium sulfide Equipment supporting process flow: Raw materials such as anhydrous mirabarite and excessive pulverized coal, through the dosing station dosing, mixing and stirring to the raw material bin, through the bin pump into the roof storage bin, through the ring feeder into the feed bin, through the tube screw feeder and the feed pipe feed, and then into the melting furnace for heating and melting. After melting for a certain time,

EPC general contract of Iran high carbon ferrochrome smelter High carbon chromium alloy smelting: In this project, high carbon chromium alloy is smelted by flux method. The high carbon chromium alloy is obtained by reducing the chromium oxide of chromium ore with coke and adjusting the melting point of slag with flux. Conforming raw materials, higher furnace temperature, good chemical and physical properties of slag, large reaction area, are the necessary conditions to ensure

EPC general contract of Vietnam titanium slag smelter Application of equipment: The principle of producing titanium slag by electric furnace method is that ilmanite is mixed with solid reducing agent (coal or coke, etc.) in a certain proportion and added to the electric furnace for reduction melting, the iron oxide in the mineral is selectively reduced to metallic iron, and the titanium oxide is enriched into the slag, and the titanium slag and by-product metal iron are

Chemical enterprises chromium salt slag resources fire smelting equipment Production process:​ The main raw materials of the special refining furnace, such as calcium-free chromium slag pellets, calcium-vanadium slag, blue carbon and silica, are respectively loaded into the distribution bin, batted by the weighing and measuring system, and fed into the feeding flat belt conveyor system through the lower mixing belt conveyor. The charging flat belt machine sends the raw

Solid Hazardous Waste Solid hazardous waste recycling and processing equipment refers to specialized machinery designed to treat, detoxify, and recycle solid hazardous waste (e.g., chemical sludge, waste batteries, chromium salt slag, medical waste). Its core goal is to minimize environmental risks from toxic, corrosive, or reactive waste while recovering reusable resources (such as metals, energy, or raw materials), aligning with the principles of "waste reduction, recycling

TOP1 three-way catalyst recovery equipment for 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. Product overview and structural features: 1) Select a fixed furnace body, semi-closed combined furnace cover; 2) Adopt fully water-cooled copper-steel composite conductive transverse

Customizable solid waste for mineral manufacturing equipment Industrial solid waste treatment status and future development prospects: In production and life, there will be a lot of industrial solid waste. Industrial solid waste (hereinafter referred to as industrial solid waste) refers to the waste residue, dust, sludge, waste debris generated from the production and processing process and circulation of various industrial production departments. Classification of industrial

Good quality blast-furnace slag holding furnace Solid waste residue Core Functions Heat Preservation & Temperature Stabilization : Maintains molten slag at 1450–1550°C to prevent solidification, avoiding blockages in downstream pipelines or equipment. Slag Homogenization : Eliminates composition and temperature differences in slag through gentle stirring, improving the quality of finished products (e.g., slag cement, aggregates). Buffer Regulation : Balances the mismatch

In the new energy industry, electric furnaces are core equipment for the processing of cobalt, nickel, and lithium materials, which are crucial for manufacturing lithium - ion battery cathodes and recycling waste batteries. The supporting automation systems further improve processing efficiency, product consistency, and operational safety. Below is a detailed introduction to mainstream electric furnaces and their automation systems for cobalt, nickel, and lithium processing:

Key attributes type Induction Furnace voltage 226V, 220V Electrical Equipment, 440 V usage Melting Furnace key selling points Remote Control warranty 1 Year core components PLC, Gearbox machinery test report * video outgoing-inspection * place of origin Shaanxi, China weight (t) 1 brand name HANI Material Stainless Steel Furnace type Low hood submerged arc furnace Rated power 4.2MVA Transformer apparent power 3x11000KVA Daily output 178t Extreme circle diameter 3850mm

Classification of steelmaking and refining equipment Classification of steel refining: Can be divided into furnace refining and furnace refining. Off-furnace refining refers to refining treatment of molten steel outside the steelmaking furnace, such as vacuum degassing, powder spraying, etc. Furnace refining refers to the refining process, such as oxygen blowing, in the steelmaking furnace. Add ore, etc. Classified by processing object: Can be divided into ordinary steel

TOP11 Low carbon ferromanganese refining furnace Equipment use: Mainly used in the production of low carbon ferromanganese. Device form: 1.Fixed furnace body; 2.Low hood semi-closed furnace type; 3.Hydraulic drive cylinder lifting electrode and hydraulic clamping device; 4.The transverse arm is composed of high-current water-cooled cable, water-cooled copper pipe and copp-steel composite plate. 5.Electric arc furnace power supply type; 6.Water cooling system in front of the

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,

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