绿色化工

一碳化学技术在清洁能源与绿色化工中的应用前景

The application future of c_1 Chemical Technology in clean energy resource and green chemistry

绿色化工催化剂研究进展

Advance in Green Chemistry Catalyst

钛硅分子筛／H2O2体系催化酮类氨肟化生成肟是环境友好的绿色化工过程。

The preparation process of oxime over Titanosilicate / H2O2 system is a friendly green process for our environment .

碳酸二甲酯（DMC）是一种工业应用极为广泛的新型绿色化工产品。

Dimethyl carbonate ( DMC ) is an environmentally benign chemical which expect to be used widely in industry near future .

指出利用可再生生物能源生产化纤原料EG既能解决聚酯原料EG短缺，又能发展绿色化工产品。

It was pointed out that using the regenerated biological energy to produce chemical fiber raw material EG , the lack of PET raw material EG can be solved , the green chemical product can be developed .

重点介绍了利用超临界流体（主要是超临界CO2）、亚临界水和气体（主要是CO2）膨胀的流体这三类可调变流体进行绿色化工过程设计的特点与途径。

The emphasis is laid on the features and practical ways of designing green chemical processes with three typical tunable fluids : supercritical fluids ( mainly supercritical CO 2 ), near critical water and gas ( mainly CO 2 ) expanded fluids .

本文总结了2，5&二甲基-4-羟基-3（2H）-呋喃酮的文献合成方法，并对绿色化工技术和绿色化工设计进行了综述。

In this paper , the synthetic methods of 2 , 5-dimethyl-4-hydroxy-3 ( 2H ) - furanone are summarized . The green technology of chemical process and the green chemical design are also reviewed .

碳酸二甲酯（DMC）是重要的绿色化工产品，具有广泛的应用前景，被誉为21世纪有机合成的新基块。

Dimethyl carbonate ( DMC ), as an important green chemical intermediate , has considerable potential for green chemicals synthesis , and is known as a new benign building block of organic synthesis in the new century .

绿色化工是实现化工行业可持续发展的必然趋势

Inexorable Trend of Sustainable Development of Chemical Industries Green-Chemical Engineering

铬渣零排放绿色化工新过程

A novel green process of zero emission of Chromium-containing Residue

加快绿色化工认证，克服环境壁垒

Develop the authentication of chemical Green Mark , Surmount the Environmental Wall

绿色化工构建可持续发展工业

Green Chemical Industry Make the Sustainable Development Industry Possible

淀粉，是一种具有可再生、可生物降解的绿色化工原料。

Starch , is a kind of renewable and biodegradable green chemical material .

正戊烷异构化Ni-W-Zr/HM绿色化工催化剂的研究

Study on Green Chemical Engneering Catalyst for N-pentane Isomerization

对正戊烷异构化Ni-W-Zr/HM绿色化工催化剂的制备进行了研究。

The paper presents the preparation of green chemical engneering catalyst for pentane isomerization .

大有作为的“绿色化工”&未来的可再生柴油

Reproducible Diesel Oil in the Future as a Green Chemical Industry with Bright Prospect

超临界二氧化碳技术与绿色化工过程

Supercritical CO_2 and Green Chemical Engineering Process

近临界水中的绿色化工过程

Green Chemical Processes in Near Critical Water

介绍了可调变流体特性及其在绿色化工过程中的应用。

The characteristics of tunable fluids and their applications in green chemical processes are introduced .

可调变流体与绿色化工过程

Tunable Fluids and Green Chemical Processes

概要介绍了环保型绿色化工产品碳酸二甲酯在合成农药中间体甲基异氰酸酯、氨基甲酸酯和β-酮酸酯类农药中的具体应用。

Dimethyl carbonate was introduced for synthesizing methyl isocyanate ? carbamates and β - Keto Esters .

绿色化工发展战略与思考

Development Strategy of Green Chemical Industry

我国过氧化氢的应用领域主要是纺织工业和化工合成，利用过氧化氢开发绿色化工生产工艺亦成为国家重点研究课题。

And using hydrogen peroxide in green chemical production has become key researching tasks in China .

高新等离子技术的开发应用&制革绿色化工新概念

The Development and Application of High-tech Plasma : New Concept of Green Chemical Engineering of Leather Making

中国的绿色化工

The Green Chemical of China

采用绿色化工技术和可持续发展战略进一步推动石油化工行业向前发展。

The green chemical technology and sustainable development strategy should be adopted to promote further the petrochemical industry .

紫外光固化涂料是新一代绿色化工产品，近几年获得了快速发展。

The UV curing coatings is recognized a green chemical product , which has made rapid progress recently .

化工课程体系改革要突出绿色化工意识

Strengthening the Awareness of " Green Chemical Engineering " in the Reforms of the Structure of Chemical Engineering Course

指出固体酸催化甲基叔丁基醚的氨化是值得开发的绿色化工技术。

It was proposed that the catalytic amination of metyl t-butyl ether by solid acid was a promising " green " process .

论文最后实际分析了我国实施可持续发展战略的典型企业&鲁北企业集团发展绿色化工，走可持续发展道路的过程与经验。

At last , it analyse the experience of the typical enterprise-LuBua Group , which develops green chemicals and insists in Sustaiable development .