Search academic texts

Information × Registration Number 0203U006976, 0198U009154 , R & D reports Title Implementation of the process of titanium and magnesium production wastes processing with the further production of clinker - free slag bonding agent popup.stage_title Head Y.Ryabukhin T.Pisotskaya, Registration Date 23-10-2003 Organization State saintific research and progect institute of titanium popup.description2 Laboratory research of reactant drying of sewage treatment plant pulp for the purpose of moisture content decrease (up to 30-40%) so that they can be further used for construction. Determination of the influence of physical and chemical agents on the composition of the finished product. Experimental tests and determination of optimal process parameters for production of clinker-free slag bonding agent using the wastes after treatment of titanium and magnesium production sewage water. Development of TU UOP 14-10-020-98 sewage treatment plant cake specifications. Evaluation of availability of pulp utilization for preparation of construction mixtures. Study of influence of titanium and magnesium production neutralized pulp on the processes of clarification of steel production sludge dumping. Improvement of sewage water clarification: of suspended matters by 1.0-1.7%, of mineral oils by 3.06-6.9%. Study of corrosion activity in pilot batches of construction mixtures using titanium and magnesium production wastes for reinforced products fabrication. Prepared for tests in road construction slag-and- alkali mixtures using slags of steel production and titanium and magnesium production wastes meet requirements of GOST 4204-79 specifications. A section of road is built whereof pavement strength conforms to the values of road category 4. Novelty and effectiveness: utilization of titanium and magnesium manufacture sewage treatment plants in road construction. The strength of the pavement using experimental slag-and-alkali mixtures is 130 kg/cm2. Product Description popup.authors popup.nrat_date 2020-04-02 Close