MSW造句

Study on Properties of PVC/MSW Composites

In conclusion, direct gasification and melting MSW incineration is one zero-discharge technology of MSW treatment, and it could promote the development of MSW treatment technologies.

Study of Melting Furnace's Temperature in Disposing MSW

The actualities of municipal solid waste (MSW) are discussed.

Antiseepage Treatment for Continued Project of a MSW Landfill

Drying Temperature Fuzzy Controller Design of MSW Mixing Dryer

Transfer Mechanism of Heavy Metals during MSW Incineration and Solidification/stabilization Technology of Heavy Metals in MSW Fly Ash;

Exploration on Marketabilize Reform of MSW Management System in Qingdao;

The results show that MSW have high content of volatiles and low heat value, and the heat value of MSW is much lower than that of coal.

The Comparison of High Risk Behaviors Related to AIDS between the MSW Group and the Non-MSW Group among Men Who Have Sex with Men;

A Study on Leachate Migration in MSW Landfill under Biodegradation Effect;

The Laboratory Moderation Landfill Gas Generation of MSW with Leachate Circulation;

Correlative Criteria of MSW Landfill Site and Progress of Waste Treatment in Germany

Settlement of Municipal Solid Waste (MSW) might influence directly the safety of sanitary landfill.

Plastic and rubber are the main ingredients of Municipal solid waste (MSW).

So the harmless technology of MSW incineration with gasification and ash melting has carried out a great deal of research to solve the problem of dioxin in MSW incineration.

The geotechnical properties of municipal solid wastes (MSW) are critical to settlement forecasting and stability analysis of landfill.

A Series of Experimental Studies on Sodium Soda Residue as Impermeable Barrier Materials in the Lining System of MSW Landfills;

The effective pretreatment for municipal solid waste (MSW) before disposel can not only decrease the capacity of MSW and improve the effect of disposel, but also recover part of resource materials.

Due to the increasing amount of municipal solid waste (MSW) generation and the insufficient waste treatment capacity in Beijing, MSW management system is facing the trend of reducing and recycling.

The technology in municipal solid waste treatment includes disposal, combustion, refuse derived fuel technology, MSW anaerobic ferment, pyrolysis and gasification.

In 2008, about 12.7 percent of the total municipal solid waste (MSW) generated in America was food scraps.

Land filling is one of the most economical and efficient ways to treat Municipal Solid Waste (MSW).

Based on referring the researching ideas and methods existed, the proposal on route optimization of collection and transportation of MSW are presented.

A method, combination of grey-system theory with multivariate regression linear analysis, was used to predict the output of municipal solid waste (MSW).

As a result of low heating value and unsteady component, ignition and combustion of Municipal Solid Waste (MSW) are difficult using conventional methods.

Leacheable metal and dioxins content in slag of MSW met the relanet standards for municipal solid waste incineration; direct reuse of melted slag is accepteble.

The experimental composting results of municipal solid waste (MSW) and sugar refinery waste (SRW) are used to test and prove the effectiveness of the model.

The existing problems on municipal solid waste(MSW) incineration, emission control and fly ash disposal are illustrated herein, and the direction of zero dioxin emission is put forward as well.

依据作者设计的试验，研究了淋滤液在淋滤过程中对城市生活固体废弃物(MSW)沉降变形的影响。

卫生填埋是目前及今后相当长的时期内我国城市生活垃圾（MSW）处理的主要方式。

Gasifying& melting technology, a new method for processing municipal so lids waste was introduced and its principle was analyzed in this paper, Its reduc tion, harmless and reclamation was discussed minutely in dealing with MSW.

城市固体废弃物(MSW)在填埋处理时，**菌将使废弃物中的有机物质发生厌氧分解，从而会有**排放到大气中。