回收器

The roundness concentration tank,consisting of main body、condensator、gas-liquid separatorliquid receiving barrel ,serves to concentrate、distil the material liquidreclaim orgqnic menstruum in the pharmacy、foodstuffchemistry.

球形浓缩罐主要由浓缩罐主体、冷凝器、汽液分离器、受液桶四个部分组成，可用于制药、仪器、化工等行业对料液的浓缩、蒸馏及有机溶媒的回收等工艺。

Our factory produces the petrochemical industry equipment mainly, such as the tower equipment, reflecting the cauldron (electricity heating , steam heating type ), fermented pot; GXZ membrane evaporimeter , crystallization pan of rotating etc., spray desiccator, heat exchanger wait for; Pharmacy , Chinese patent drugs production line , oral liquid production line ; Response pan kind like multi-functional to draw pot, outside circulate evaporimeter , high-efficient person who concentrate , is it precipitate pot , alcohol retrieve tower , vacuum drying cabinet , mixer , disinfect , etc. to freeze.

本厂主要生产石油化工类设备，如塔类设备，反应釜、发酵罐；GXZ旋转式薄膜蒸发器、结晶锅、喷雾干燥机，换热器等；制药、中成药生产线、口服液生产线；反应锅类如多功能提取罐，外循环蒸发器、高效浓缩器、冷冻沉淀罐、酒精回收塔、真空干燥箱、混合机、杀菌等。

The circular concentration can, consisting of four parts of can body, condenser, gas-liquid separator and liquid receiving barrel, is available to concentrate and distill the material liquid in such industries as pharmacy, food and chemistry and recycle the organic menstruum.

球形浓缩罐主要由浓缩罐主体、冷凝器、汽液分离器、受液桶四个部分组成，可用于制药、食品、化工等行业对料液的浓缩、蒸馏及有机溶媒的回收工艺。

For the sake of using LDG better, increasing LDG reclaimable capacity every ton steel, decreasing comsumption in the first energy sources, openning up LDG users ceaselessly, we decide to replace COG by LDG as the fuel of steel jar baking apparatus and introduce HTAC technology in the alteration of economizing energy sources.

为了更好的使用转炉煤气，提高转炉煤气的吨钢回收能力，减少一次能源的消耗，不断开发转炉煤气用户，用转炉煤气取代焦炉煤气作为钢包烘烤器燃料，并且采用高温空气燃烧技术对钢包烘烤器进行了节能技术改造。

The principles and application of the heat medium water air preheater for the delayed coker heater are presented.

介绍了水热媒空气预热器的基本原理和应用情况，其在延迟焦化加热炉上工业应用的结果表明，该类型空气预热器能够适应加热炉负荷和燃料性质的变化，余热回收效率高、节能效果好，使加热炉热效率提高了7。

The recent processes in the domestic sulphonation units are introduced which concern heat energy recovery, utilizing SO3 from sulfuric acid unit and replacing ESP with fiber precipitator.

介绍了近年来国内磺化装置在热能回收、采用硫酸装置吸收SO_3气体、用布林克多芯纤维除雾器取代静电除雾器处理磺化尾气诸方面所作的努力和工艺流程，对建设资源节约、环境友好型的新装置及老装置改造有借鉴作用。

Further, the reactor includes a secondary edge reflector having a specular surface positioned beside the heating array for recovering misdirected thermal radiation directed generally to a side of the heating array and away from the susceptor.

此外还包括二次边缘反射器，它有一个位在加热行列旁边的镜面可用来回收一般导向加热行列的一侧并离开衬托器的误导的热辐射。

Thereinto, the analog receiver, the main body of the UATS preprocessor, conditions the output signals of the receiving transducer, which are amplified and filtered.And the driving circuit implements the low-pass filtering of the D/A converters output signals and offers the result to the power amplifier circuit as its input.In addition, the fathoming circuit acquires the depth information of the underwater electronic equipment cabin to ensure a relatively convenient way to adjust and recover the underwater parts of the system.

其中，模拟接收机完成对接收换能器输出信号的放大、滤波等调理工作，是水声靶标系统预处理机的主体部分；驱动电路实现对D/A转换器输出信号的低通滤波，用以产生功率放大电路的输入信号；测深电路用来获取水下电子舱的深度信息，便于系统水下部分的调整和回收。

This project installs cyclone separator behind the carbueter of vaporization section in residue-type chemical fertilizer ammonia plant and revamps the carbueter structure so that the ash flows with cooling water to the separator instead of remaining in the carbueter.

渣油型化肥厂合成氨气化工段的气化炉后加置旋液分离器，改造气化炉结构，使灰渣不滞留于气化炉中，随激冷水流到旋液分离器中，将激冷水中全部能堵塞后序流程设备的灰渣沉淀，定期排放到屯渣槽中，干净的不含有堵塞设备的灰渣的碳黑水送往碳黑回收工段。

Automotive catalytic convertors and the PGM recovery issue Since the mid-1970s, the demand for PGM use in automotive catalytic converters has become the dominant market for platinum and rhodium.

汽车催化转化器和铂族金属回收问题自1970年代中期以来，铂族金属的需求使用车用催化器已成为主导市场的铂铑。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。