Catalysts which can convert hydrocarbons, CO and NOx in parallel are known as 3-way catalysts. They are used in all types of gasoline engines (e.g. motorcycles, stationary engines, sport boats, small engines). The conversion of the pollutants into CO2, water and nitrogen takes place on the precious metal coating of the catalyst. A decisive factor […]
Environmental catalysts play an important role in the purification of industrial gases and exhaust gases. They are utilized in various fields to reduce emissions. They thus contribute to the protection of our environment. As a fast and flexible development partner for emission catalysts, we enable our customers introduce their innovations to the market quickly.Catalysts for Small
Research and production of catalysts and catalytic converters. Analysis, blending, combination, sample testing, and mass production of ionic precious metals and rare earths We specialize in the research and development and production of precious metal catalytic converter catalysts for internal combustion engine exhaust pollution control, offering catalysts with ultra-high conversion efficiency. Applications include: automotive exhaust
High-Efficiency Catalytic Converters for Pollution Control Read More »
Comprehensive Analysis of Carrier Types for Internal Combustion Engine Exhaust Purifiers: Applications from Gasoline Vehicles to General Machinery 1 Introduction Exhaust purification technology for internal combustion engines is a critical means to address emission pollution from motor vehicles and general machinery. The purifier carrier, as the support structure for the catalyst, determines the efficiency and reliability
Types of carriers for internal combustion engine exhaust purifiers Read More »
With growing public awareness of environmental protection, national emission standards for vehicles are becoming increasingly stringent. Since the implementation of China’s National IV emission standards, most diesel vehicles have been required to install SCR aftertreatment systems to effectively reduce pollutant emissions. [Image] In the SCR aftertreatment system, urea solution (hereinafter referred to as urea) plays
Most of our factories possess one particular skill: rather than focusing on perfecting their products, they specialize in driving down prices. This phenomenon is prevalent across many industries. They become complacent over minor gains, and before they realize it, they have orchestrated their own downfall. When prices are driven into the ground and the market
Purpose of Replacing Exhaust Headers An exhaust header paired with a high-flow catalytic converter is an extremely important component among various modification parts. It plays a significant role in unlocking a vehicle’s potential power. Compared to the low-flow, high-cell-density catalytic converters equipped in stock vehicles to meet stringent environmental emission standards, aftermarket high-flow catalytic converters
Diesel Generator Set Exhaust Purification Diesel generator sets, as the current mainstream preferred choice for emergency power sources, have been widely adopted. With the gradual increase in national environmental protection standards for emissions, the installation of exhaust gas purification systems in the exhaust smoke systems of diesel generator sets has become an inevitable requirement. The
Catalytic Converter Working Principles & Performance: Natural Gas (Methane) vs. Methanol Engines under Stoichiometric & Lean-Burn Conditions A detailed comparison of Three-Way Catalytic Converters (TWC) for natural gas (primarily methane, CH₄) and methanol (CH₃OH) engines, covering both stoichiometric (λ≈1) and lean-burn (λ>1) combustion modes. I. Core Differences in Catalytic Requirements Based on Fuel PropertiesProperty Natural
Catalytic Converter Working Principles & Performance Read More »
The catalytic converter is a critical emissions control device in a vehicle’s exhaust system. It utilizes precious metal catalysts such as platinum, rhodium, and palladium to convert harmful gases—carbon monoxide (CO), hydrocarbons (HC), and nitrogen oxides (NOx)—into harmless carbon dioxide, water, and nitrogen. Its core working principles include oxidation reactions (converting CO and HC into
Catalytic Converter Operation: Emissions Control Explained Read More »
