SORPTION OF NICKEL CATIONS FROM THE WATER ENVIRONMENT ON THE CLINOPTILOLITE

Abstract

One of the world's biggest problems is the lack of drinking water. The most effective methods are sought for water treatment. The latest methods include sorption on the solid layer. In order to design the arrangement of the cleaning process, it is necessary to know the adsorption isotherm and the kinetic course of sorption. The article contains laboratory experiments designed to determine the sorption parameters of nickel cations sorption on natural zeolite - clinoptilolite, which is a low cost and environmentally friendly sorption material.

Recommended articles

SIMULATION MODEL OF POLYCARBONATE MATERIAL FOR ADDITIVE TECHNOLOGY FDM

JAN LIPINA, VACLAV KRYS, PAVEL MEC
Keywords: rapid prototyping | polycarbonate | bend tests | tensile tests | shear tests | simulation model

EFFECTIVE UTILIZATION OF USED DEPOSITION MODELING TECHNOLOGY

EMA NOVAKOVA-MARCINCINOVA, ANTON PANDA, LUDMILA NOVAKOVA-MARCINCINOVA
Keywords: rapid prototyping | fused deposition modeling | materials for rapid prototyping

APPLICATION OF A BALLBAR FOR DIAGNOSTICS OF CNC MACHINE TOOLS

MICHAL HOLUB, FRANTISEK BRADAC, ZDENEK POKORNY, ADAM JELINEK
Keywords: machinetool | diagnostic | geometric accuracy

THE EFFECT OF RECYCLING POWDER STEEL ON POROSITY AND SURFACE ROUGHNESS OF SLM PARTS

JAN SUKAL, DAVID PALOUSEK, DANIEL KOUTNY
Keywords: SLM | selective laser melting | powder recycling | porosity | 1.2709 | 18Ni 300 | martensitic steel