Silver and oxide hybrids of catalysts during formaldehyde production

Hybrid catalysts are engineered to contain elements of two or more catalysts. Hybrid catalysts are providing increasingly important advantages for obtaining novel and desirable catalyst activities and properties. The nature of a hybrid catalyst can be changed with additional characteristics. The disadvantages can be divided and the advantages multiplied.This study describes a novel technology for the synthesis of formaldehyde production by using hybrid catalysts. The nature of the hybrid catalyst can be changed by the addition of positive properties. Both 100% oxide and 100% silver formaldehyde production processes can be modified during hybrid processes by using a limited hybrid catalyst method. The basis of this method is its additional effect on the quality and/or quantity of available heat and product production by using limited hybrid catalysts. Two studies of the best hybrid catalysts are presented:1. Oxide process modification with 80% oxide and 20% silver catalysts.2. Silver process modification with 90% silver and 10% oxide catalysts.The basic characteristics of the silver and oxide formaldehyde processes can be kept. The hybrid process has an effect on the quality and/or quantity of available heat and product.