Heating and cooling are fundamental aspects of processing industrial minerals and chemicals into market-ready products and materials. While the available technologies for drying, heating and cooling bulk solids can make deciding on a given approach challenging, processors often come to rely on rotary drum technology for the many benefits it can offer. Rotary drums are …
Relying on rotary drums for process heating and cooling Read More »
Atmospheric thermal plasma (ATP) has emerged as a promising technology with diverse applications across various industries, including the food sector. This comprehensive review delves into the advancements, challenges, and potential of ATP in food processing and preservation. By examining recent studies and technological developments, this review elucidates the mechanisms underlying ATP treatment, its effects on …
The heart of each foundry is the melting furnace in which the metal is liquefied. These furnaces use different technologies to melt the material. The aim of each furnace, however, is to consume as little heat and fuel as possible. Metal casting makers use a large sort of furnace technologies. Foundries require furnaces which can …
Different Types of Furnaces in Foundry and Their Uses Read More »
The history of medicinal Plant is related to the development of civilizations. In all regions of the world, the history of peoples shows that these plants have continually occupied a vital place in medicine, the composition of perfumes, food and in preparation. China, birthplace of herbal medicine, India, the Middle East, especially the Arabo-Muslim world, …
Heat exchangers are successfully utilized for many years in the chemical industry in the most numerous sectors, like the cooling and heating of base, intermediate and final products, heat recovery or also the tempering of containers, reactors and autoclaves. They’re mainly utilized to transfer the heat from one fluid/gas to another. While there are a …
Heat Exchangers Applications in Chemical Industry Read More »
Spray drying is one among the most remarkable technologies presently to be applied to pharmaceuticals. It’s a continuous process that converts, in a single step, a liquid feed into a powder and is an ideal method once precise attributes like particle size, morphology and stability are needed. This review describes the technology, current and future …
A carbon-based substance called biochar is produced by burning organic materials at temperatures below 700 °C. When pyrolysis is used to produce bioenergy, biochar is created as a byproduct. Due to its potential agronomic benefits, there is a lot of interest in using this biochar as a soil amendment and a means of trapping carbon …
A Review on Biochar and Its Application in Agriculture Read More »
Globally, industries are facing mounting pressure to decrease their carbon footprint, with the cement industry being a key player in this endeavor. Cement manufacture requires rotary kilns, which have long been linked to substantial carbon emissions. The cutting-edge tactics and technology used in rotary kiln operations to reduce CO2 emissions provide light on the critical …
Biomass gasification is a well-established technological process that converts biomass into hydrogen and other products without burning through a regulated process including heat, steam, and oxygen. The net carbon emissions of this approach can be minimal since growing biomass absorbs carbon dioxide from the atmosphere; this is especially true if carbon capture, use, and storage …
Metal-organic frameworks (MOFs) can be used in a variety of scientific and technological domains because they are created when organic ligands, acting as linkers, and metal ions, acting as nodes, form chemical bonds. These bonds result in the creation of periodic network crystalline structures with high porosities and large surface areas. In the field of …
Review on Metal Organic Framework Classification and Applications Read More »
