Annual Production Capacity Of 25,000 Tons Of Molasses Monosodium Glutamate Factory Wastewater Treatment And Comprehensive Utilization Of Process Design

The land resource of our country is in short supply, the grain is consumed and increases too fast. Domestic import 10 million tons of grain adjust the market every year. Under this kind of state, utilize resources to develop the monosodium glutamate of production of material of molasses. Can improve the molasses profit and value, with economizing a large amount of grain, promote the implementation of the sustainable development strategy of our country, have great meanings. But produce a large amount of high density organic waste water while the molasses monosodium glutamate produces, bring greater difficulty to work of treatment of the waste water, cause the tremendous influence to the ecological environment. Because environmental protection problems, such as pollution control,etc. fail to be perfected and solved. Make molasses raw materials ferment and produce craft of glutaminic acid fail to be popularized and reach general industrialization.1.This theses utilizes the new technology to solve the environmental protection problem in the monosodium glutamate production of molasses. This design with economizing the energy, reduces the consumption of raw materials, reduces pollution as the goal, regard technical management as the means. Introduce cleaner production, dispel and reduce the impact on human health and ecological environment of the monosodium glutamate production. Thus reach the double goal of controlling industrial pollution, increasing economic efficiency. Make molasses raw materials ferment and produce craft of glutaminic acid can be popularize and apply. Promote the monosodium glutamate industry of our country to go on new progress.2. This theses from technical feasibility, investment rationality, operate and low expenses have, manage getting simple and convenient factor consider. Pollution control experience and instance of the relatively domestic and international high density organic waste water, Put forward the individual opinion.3. It is the high density organic waste water that the monosodium glutamate produces main industrial pollution, bring greater difficulty to the pollution control work. Our country existing pollution control adopt biological method and physical chemistry method mainly, because the existing pollution control technological fund has high input, the equipment runs costly, difficult to be up to standard and produce secondary pollution, etc. The popularization and application of this pollution control technology are limited. As to this, this theses utilizes the new technology, throughoptimizing and compare a lot of schemes. Put forward concentrate-spray plasm and making particles to produce the fertilizer technological scheme.4. This craft have output to be high, high efficiency, energy consumption low, operate elasticity fine, little floor space have, simplify the technological process characteristic. Make pollutant no emission and resource recovery, realize good environmental benefit, economic benefits, social benefit.5. Scheme to optimum seeking of this theses go on technological design, including: technological process design, the balance of the supplies is calculated, technics calculation and person who select of equipment, energy calculated etc.