Thusfrom the HR-MS spectra of liquid and solid products of the GHG emissions electrocatalytic reduction as ethanolMg acetoethoxideCupric ethoxidecuprous ethoxide5-methyl-phenyl azo thiophene-azo dye. Depending on the variation in constituents and composition of the input GHG emissionseither ethanol or 5-methyl-phenyl azo thiophene-azo dye or acetic acid can be fine-tuned to be the major product.

Electrocatalytic conversion of GHG emissions from petrochemical industries

Electrochemical separation and agglomeration of iron ore in steel slag

Steel slag is a by-product obtained in the steel production plants and also presents huge challenge in the solid waste disposal. The steel slag although considered as solid waste also possess several valuable elements such as titaniumnickelZincironaluminumsilica so on and so forth. These elements or compounds when extracted by chemical or physical process results in value addition in diverse fields of applications such as wastewater treatment to semiconductor devices. It can be understood from the literature that the leaching technique was the most widely used in the resource recovery domain followed by other techniques like fusionhydrothermal treatment. As iron is the major constituent of steel productionany Fe content in the slag can be recovered electrochemically and utilize the silica content in the slag to encapsulate the same to avoid from environmental reactions and corrosion. The major advantage of Entity1 solution is that it can separate the minerals or elements at concentrations as low as parts per million (ppm) or parts per billion (ppb) (Ref: 202341000490).