Solutions

How to Choose Gold Refining Equipment: A Comprehensive Guide for Optimal Purity and Effi Selecting the right gol is a

Improving Silver Electrolysis Efficiency Through High Current Density To advance silver electrolysis technology, increasing current density is critical. However, this

  To advance silver electrolysis, increasing current density is key—while ensuring high-quality cells (National Standard Grade 1 silver) and stable

Effective Acid-Alkali Exhaust Treatment for Electronics Factories Electronics factories primarily use scrubber systems to treat acid and alkaline exhaust gases. The process

Process Design for Recovering Palladium from Coal Chemical Waste Catalysts This paper outlines a palladium recovery process for waste catalysts

To begin with, platinum group metal (PGM) electroplating offers a cost-effective alternative to solid PGM components. By applying thin PGM layers onto

Platinum Recovery from Fuel Cell Catalysts New energy has emerged as a critical industry for sustainable development. Significantly, fuel cells

I. Recovery of Ru from Spent Ru/C and Ru/MgO Catalysts In the ammonia synthesis industry, Ru/C and Ru/MgO catalysts are

1. Understanding Catalyst Loss Mechanisms Our Pt-Pd-Rh alloy catalyst operates at 800-950°C under 304-912 kPa pressure. During standard operation, the

Platinum-rhodium crucibles, bushing plates, and spinnerets melt glass and glass fibers at high temperatures (1200–1300°C) for extended periods. During operation,

Carrier catalysts are widely used in the chemical and petrochemical industries, such as: Anthraquinone process for hydrogen peroxide production Urea