Using an electromagnetic activation of natural clinoptilolite wastewater treatment furniture companies of formaldehyde and heavy metals

Change of nature and ratios of the active centers had been carried out, by the test reaction of conversion of methylbutanol (МВОН), was defined resizing of particles and stability of zeo-lite by dynamic light scattering (DLS), changing of level of wastewater treatment from formal-dehyde and heavy metals depending on the method of activation clinoptilolite are shown in paper

Metallurgical Slag-Based Concrete Materials Produced by Vortex Electromagnetic Activation

The article presents the results of utilization of blast furnace slags as a source for preparation of clinker-free cement materials for road and civil construction. Simple and high-yield approach for mechanical activation of metallurgical slag with cheap chemical modifiers using Vortex Electromagnetic Activation (VEA) technique was demonstrated to produce cement with high mechanical properties. Such approach may be used for effective and low-energy utilization of industrial scale-produced slags in concrete materials. This paper describes simple high-yield approach to produce clinker-free cement materials based on blast furnace slag (BFS) using new type of Vortex Electromagnetic Activation apparatus and cheap chemical modifiers, such as fly ash and sodium hydroxide. Using of such approach allowed us to produce clinker-free cement materials with compressive strength almost 2 times higher as compared with pure Portland Cement materials.