"Development of the Energy Saying Tvpe GS-11 Catalyst for Dehvdrogenation of Ethvlbenzene and Its Commercial Testing" Passed Appraisal

The project "Development of the energy saving type GS-11catalyst for dehydrogenation of ethylbenzene and its commercial testing" jointly undertaken by the SINOPEC Shanghai Petrochemical Research Institute and the Qilu Petrochemical Company had passed in November 2008 the appraisal organized by the SINOPEC Science and Technology Development Division.This technology with its innovative nature and independent intellectual property rights has been granted 5 Chinese patents.     

新型节流/密封阀的研制

根据国家“863”计划项目“套管井双封隔器单元研制”中液压控制系统的要求,研制了一种用于井下测试器液压控制系统中控制液流方向的新型节流/密封阀。该阀不仅具有密封阀的通断功能,还具有节流阀的流量控制功能。由于其特殊的功能要求和性能要求使其在组成和结构等方面有别于常规的两位两通阀。通过阀杆、保护套、弹簧等零件的巧妙设计和配合,并选择合适的直流电动机控制方案,达到了预期目的。室内和现场实验表明,节流/密封阀各方面性能均达到了设计要求。     

反应器聚烯烃合金技术的进展

综述了反应器聚烯烃合金技术的进展情况,介绍了反应器聚烯烃合金的催化剂及最新应用的发展方向;介绍了反应器聚烯烃合金的聚合物颗粒形态、聚合动力学及聚合工艺特点;在反应器聚烯烃合金结构与性能表征方面,介绍了相界面相容性和橡胶相颗粒分散的研究成果;介绍了目前反应器聚烯烃合金产品及其应用情况。     

甲烷活化机理研究进展

对近年来CH4活化机理方面的研究做了综述。在甲烷氧化偶联(OCM)反应中,催化剂表面上究竟何种氧负离子(O2-(超氧)、O22-(过氧)、表面晶格氧O2-)是参与活化CH4的活性氧物种仍然是一个存在争议的问题。在不同金属表面上CH4的直接活化模式被认为有两种,一种是形变模式,另一种是伸缩模式。在通过中间体途径活化CH4的研究中,发现“三中心两电子”脱氢反应和与有机金属阳离子络合物的络合交换反应是两种在温和条件下活化CH4的很有前景的活化方式。     

China’s Offshore Oil Development Expected to Take Off

China＇s offshore oil industry will face a high-speed development with the crude oil production expected to top 50 million tons by 2010, according to a study recently released by China＇s State Oceanic Administration titled ＂China＇s Oceanic Development Report.＂ Meanwhile, the offshore natural gas production will also enter a rapid growth stage. In addition, a series of new exploration technologies suitable for China＇s offshore areas will be developed, including 3D seismic imaging technology, data imaging logging technology, underwater multiphase flow oil and gas development technology, marginal oil field development technology and shallow sea oil and gas development technology.     

导热油标准的发展

简约介绍了国内导热油标准的发展状况。《有机热载体》GB23971-2009标准对我国导热油的发展具有良好的指导作用。     

纳米塑料

介绍了中国科学院工程塑料国家重点实验室在聚合物／层状硅酸盐纳米复合材料领域的研究成果;探讨了这一领域的发展方向（如土有机化和新的制备工艺等）及纳米复合材料的应用前景。     

悬吊式电潜螺杆泵的研制与应用

针对电潜泵、单螺杆泵和电潜螺杆泵在开发高粘稠、高含砂类油井中各存在着不同的缺陷,开发了一种悬吊式电潜螺杆泵。该泵与传统的电潜泵、电潜螺杆泵等潜没式电泵的结构不同,它是将泵悬吊于原动机组之下。由于原动机组位于油管与泵之间,运行时泵举升的井液必须途经原动机组才能到达油管。特将电动机、减速器、保护器等原动机组部件置于导流套内,并使导流套内周面与电动机等各部件的外周面间形成环形空间,从而解决了井液导流问题。现场应用表明,该悬吊式电潜螺杆泵在低产量(≤30 m3/d)、高含砂油井的适用性和节能方面表现尤为突出,机组运行稳定,启动性能好,各项指标都优于常规电潜螺杆泵。     

ADB－aided Projects to Expand Clean Energy Application in China

On October 14, China's Ministry of Science and Technology and Asian Development Bank jointly launched a project called "Opportunity for Clean Development Mechanism of Energy Departments" across the country, which is an ABD-aided project aiming at providing China's energy departments with the technical guide to the projects suitable for the Chinese conditions.     

天然气汽车及润滑油的发展与前景

世界各国都在致力于解决汽车领域的环境保护和能源利用问题,不断开发出代用燃料的汽车。目前,天然气汽车配套润滑油在中国市场还属于空白,如何顺应潮流,迅速占领这片市场,是应着力解决的问题。     

热塑性淀粉/聚乙烯共混体系的研究进展

分析了近年来热塑性淀粉的研究现状,综述了热塑性淀粉(TPS)与聚乙烯(PE)共混体系的研究进展。归纳出淀粉含量、塑化剂、加工设备和方法以及PE和淀粉的种类等因素,特别是增容剂对共混体系微观形态、机械性能和降解性能的影响较大,并展望了TPS/PE共混体系今后的发展方向。     

石化产品生产技术的开发设计

低分子聚丁二烯是一种精细化工产品,用途广泛。本文就该技术的开发过程进行总结。     

聚烯烃挤压造粒机技术发展

介绍了聚烯烃挤压造粒机技术的发展,根据石化行业的应用总结了现阶段对设备的要求,对主要的3种机型进行了介绍和比较。     

Catalytic System for Manufacturing Butanol via Hydroformylation of Low-Carbon Olefins Developed Jointly by CNOOC and Others

正Recently, the project "Development and application of low-temperature and high-selectivity catalytic system for hydroformylation of low-carbon olefins" jointly undertaken by the China National Offshore Oil Company (CNOOC) Group, the CNOOC Refining and Chemical Research Institute (Beijing), the CNOOC Tianjin Chemical Engineering and Design Institute, the Shenhua Baotou Coal Chemical Engineering Company, and the Yan’an Energy Chemical Company.     

我国合成氨催化剂的研究进展

综述了国内主要合成氨催化剂的研究开发和应用情况,并对第二代钌基合成氨催化剂的研制提出了建议。     

亚洲开发银行贷款付款操作的经验与体会

亚洲开发银行贷款是在平湖油气田开发项目建设中一种新的筹措资金方式。本文介绍该项目在使用亚行贷款过程中必须遵循的一系列程序及具体操作的一些经验与体会。     

Green Technology for Preparation of Methanol Synthesis Catalyst Developed by SINOPEC Nanjing Research Institute of Chemical Industry Passed Review and Evaluation

On July 29,2020 the project“Development of key technology for green production of methanol synthesis catalyst”undertaken by the SINOPEC Nanjing Research Institute of Chemical Industry(NRICI)has passed the review and evaluation of scientific achievements organized by the SINOPEC Science and Technology Division.The relevant experts attending the review and eveluation meeting have proposed to speed up the development of process design package(PDP)in a bid to push on its commercial application.In China the catalyst production factories generally discharge a large amount of wastewater containing various metal salts.The 2017 version of“Standard for Discharge of Pollutants from Peroleum Refining Industry”has for the first time set limits on total nitrogen emissions,and the wastewater generated in the course of catalyst production shall be treated to comply with the emission standard.     

Current Status of Biodiesel Development and Production in China

Development of fine biomass fuels is an important content of implementing the energy construction guideline in China. It aims to promote the utilization of energy crops with high calorific value. Hence, biodiesel as one of the green energy has been developed. In recent years, although many projects of biodiesel construction are gone through domestic declaration and external publicity to give full play to resource advantage, less factories for producing with lower annual yield because of raw materials restriction in reality. Only about 60 thousand tons biodiesel was produced in 2006, according to the Ministry of Science and Technology.     

独立式不压井作业装备技术发展

简述了不压井作业装备的组成和类型,重点介绍了国外典型独立式不压井作业机的研究概况及应用。根据国内目前不压井技术和装备情况分析了发展趋势,提出了我国发展独立式不压井作业机的建议。     

海洋地震检波器深度控制锁故障检测器

海洋地震检波器深度控制锁故障检测器的研制成功,有效地解决了目前海洋地震勘探SEAL充油电缆由于检波器深度控制锁失灵而造成死道的问题,本文简要介绍了该检测器的原理及应用。