Platinum Nitrate Recycling
Platinum nitrate is an inorganic compound that typically appears as a colorless crystalline solid or a white crystalline powder and is highly soluble in water. As an important chemical substance, platinum nitrate has a variety of applications. It is widely used as a catalyst in the chemical industry, particularly in automotive exhaust treatment systems, where it helps purify emissions.
Platinum nitrate also finds applications in materials science and organic synthesis, such as being used as a component in the electronics industry and serving as a catalyst or ligand in organic synthesis reactions.
Spent platinum nitrate is one of the sources for recovering platinum-based precious metal catalysts. The sources of platinum precious metal catalyst recovery include platinum oxide recovery, chloroplatinic acid recovery, platinum on carbon recovery, platinum iodide recovery, platinum asbestos recovery, platinum resin recovery, and platinum chloride recovery.
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Name : Platinum nitrate, platinum nitrate solution
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Use : Catalysts, manufacturing electronic components, circuits and sensors, chemical synthesis, etc.
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Application Areas : Chemical industry, electronics industry, etc.
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Appearance and properties : Solution
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Settlement Method : On-site payment
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Recycling Type :Platinum Recycling
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Door-to-door recycling:worldwide
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Customer service: Free content testing and door-to-door recycling
Platinum-Rhenium Catalyst Recycling
Platinum-rhenium (Pt-Re) catalyst is a type of catalyst commonly used in chemical reactions to promote specific chemical changes. It primarily consists of platinum (Pt) and rhenium (Re). This catalyst is widely used in important chemical processes, and one of its common applications is in petroleum catalytic cracking (FCC). Petroleum catalytic cracking is an essential refining process that breaks down high molecular weight petroleum fractions into lower molecular weight products, such as gasoline and liquefied petroleum gas, under the influence of a catalyst. The platinum-rhenium catalyst improves the efficiency and selectivity of the cracking reactions in this process. Platinum-rhenium catalysts also exhibit excellent catalytic activity and selectivity in some reactions, especially those involving hydrogen. Their applications include hydrogenation, dehydrogenation, isomerization, and other reactions, which are significant in petroleum processing, fuel production, and organic synthesis.
Search : Platinum-Rhenium Catalyst RecyclingPlatinum Rhodium Leak Plate Recycling
Platinum-rhodium leak plate, also known as glass leak plate, is an alloy plate made of platinum and rhodium, usually used in glass fiber production. This leak plate has good high temperature resistance, corrosion resistance and temperature change resistance, so it can withstand the erosion and corrosion of high temperature glass liquid. Platinum-rhodium leak plate is an alloy material composed of platinum as the main material and a small amount of rhodium gold. The addition of rhodium to platinum is mainly to enhance the creep resistance during use, so as to enhance the service life and various performances of the leak plate. Platinum-rhodium leak plate plays an important role in glass fiber production, because its performance directly determines whether glass fiber production can meet the required requirements. In addition, platinum-rhodium leak plate is also used in other industrial fields, such as petroleum, chemical industry, electricity, automobile, etc.
Search : Platinum Rhodium Leak Plate RecyclingPlatinum Carbon Recycling
Platinum carbon usually refers to a carbon catalyst supported by platinum, which is a material that fixes platinum particles on an active carbon support. Platinum is a precious metal with good catalytic activity, while carbon acts as a support material that helps enhance the catalyst's stability and surface area. In platinum-carbon catalysts, platinum is typically dispersed in the form of nanoparticles on the carbon support. This structure helps increase the specific surface area of platinum, improving the efficiency of catalytic reactions. Platinum-carbon catalysts are commonly used in electrochemical reactions of hydrogen and oxygen, especially in fuel cells. A fuel cell is a device that converts chemical energy into electrical energy, where platinum-carbon catalysts are widely used in hydrogen and oxygen reactions to generate water, thus producing electrical energy. Platinum-carbon catalysts are composite materials used to improve catalytic activity and stability, widely applied in the chemical industry and energy sector.
Search : Platinum Carbon RecyclingPlatinum Nitrate Recycling
Platinum nitrate is an inorganic compound that typically appears as a colorless crystalline solid or a white crystalline powder and is highly soluble in water. As an important chemical substance, platinum nitrate has a variety of applications. It is widely used as a catalyst in the chemical industry, particularly in automotive exhaust treatment systems, where it helps purify emissions.
Platinum nitrate also finds applications in materials science and organic synthesis, such as being used as a component in the electronics industry and serving as a catalyst or ligand in organic synthesis reactions.
Spent platinum nitrate is one of the sources for recovering platinum-based precious metal catalysts. The sources of platinum precious metal catalyst recovery include platinum oxide recovery, chloroplatinic acid recovery, platinum on carbon recovery, platinum iodide recovery, platinum asbestos recovery, platinum resin recovery, and platinum chloride recovery.
Product Details
Platinum Nitrate is an inorganic compound composed of platinum ions (Pt²⁺) and nitrate ions (NO₃⁻), with the chemical formula Pt(NO₃)₂. It typically appears as a colorless crystalline solid or a white crystalline powder and is highly soluble in water.
In the chemical industry, platinum nitrate is commonly used as a catalyst, particularly in automotive exhaust treatment systems, where it facilitates the catalytic conversion of harmful gases such as carbon monoxide and nitrogen oxides. Additionally, platinum nitrate and its derivatives are widely applied in the pharmaceutical field as key components of anticancer drugs, such as cisplatin and carboplatin. These compounds inhibit tumor growth by interfering with the DNA replication and repair processes of cancer cells.
Platinum nitrate also plays a role in materials science and organic synthesis, where it is used in the production of electronic components, circuits, and sensors, as well as serving as a catalyst or ligand in organic synthesis reactions.
Main Sources of Platinum Nitrate Recovery
Electronic Equipment Recycling:
Waste electronic devices such as computers, mobile phones, and tablets contain platinum nitrate, primarily in circuit boards. The recovery process typically involves dismantling the discarded electronic equipment, followed by chemical processing or smelting techniques to extract metal content, including platinum nitrate.Catalyst Recycling:
Platinum nitrate is used as a catalyst in chemical production, and spent catalysts often contain residual platinum. The recovery process involves chemical treatment or pyrolysis of the discarded catalysts to extract platinum. This may include dissolution, filtration, and extraction steps.Medical Equipment Recycling:
Discarded medical devices, such as medical instruments and pharmaceutical packaging, may contain platinum nitrate. The recovery process usually involves chemical treatment or smelting of the discarded medical equipment to extract platinum.Industrial Wastewater and Waste Liquid Treatment:
In certain industrial processes, platinum nitrate may be used and subsequently enter wastewater or waste liquids. The recovery process involves treating industrial wastewater and waste liquids through techniques such as chemical precipitation, ion exchange, and membrane separation to concentrate and extract the platinum content.