将上述技术集成，形成一套新的高温凝结水回收系统。
All of these technology above make the new new high-temperature condensate recovery system.
高温冷凝水回收装置是密封式冷凝水回收系统的关键设备。
High temperature condensate return facility is the key equipment in a closed condensate return system.
考虑安装雨水和径流收集系统和一个灰水回收系统水的草坪和花园。
Consider installing a rain water and run off collection system and a gray water recycling system to water lawns and gardens.
过冷度小，背压率高。在加热设备和凝结水回收系统工程上使用，更显其优越性能。
Low undercooling degree, the rate high back press. On the heating equipments with condensed water and the recovery system engineering, even show its ascendant function.
在介绍凝结水回收系统的回收方式和目前国内外常用的回收设备的基础上，对如何选择回收系统和设备作了详细的讨论。
Detailed discussion on the selection of recovery system and equipments are presented based on introduction to condensed water recovery methods and some common recovery equipments used worldwide.
本文在分析研究了蒸汽冷凝水回收系统的各种形式和设备之后，针对印染企业的蒸汽冷凝水回收系统进行了热经济性分析。
Based on the analysis of the forms and facilities of the SCWR system, the status of SCWR was investigated in the industry of printing and dyeing.
指出蒸气凝结水回收的重要性的同时对炼油厂蒸气凝结水回收系统中存在的诸如水击、非凝结性气体不能排除、气阻及疏水阀的选型安装等问题的解决办法进行了探讨。
The solution of problems such as water hammer, hard to dispose the noncondensables, air lock and selection of steam trap were discussed to save energy, protect environment and lower the cost.
最后，经过回收的水又流回了冲水系统。
更加智能的电力系统、更加有效的污水回收和水供给系统，以及能源设施。
Smart systems that deliver only the power needed or recycle sewage for water and energy.
得克萨斯小城大斯普林是最新的一个经过长时间考虑之后决定冒险一试的城市。这座小城宣布明年底开始每天将200万加仑回收水增加到饮用供水系统。
The small Texas city of Big Spring is the latest to take the plunge, announcing that late next year it will begin adding 2 million gallons of recycled water daily to the drinking supply.
探讨了蒸汽管道的敷设和补偿，蒸汽系统的排气和疏水，凝结水的回收。
Installation and compensation of steam pipeline, vent and condensate drain-off of steam system, recovery of condensate are discussed.
此外，高效变制冷剂流量机械系统、现场雨水收集、中水回收也被纳入建筑设计。
Additionally, efficient Variable Refrigerant Flow (VRF) mechanical systems, onsite rainwater collection, and gray water use was also incorporated into the design of the building.
通过对液位控制和补水系统进行改造，配合余热利用和冷凝水回收，达到节能目的。
With the renovation of liquid level control and water supplement system, combined with steam heat recovery and condensed water reutilization, energy consumption in hotel is reduced.
尤其对于以加湿来提高效率的湿化燃气轮机循环，潜热及水回收更能提高系统的可行性和经济性。
Especially for humid gas turbine cycle, the latent heat and water recovery can improve the system economy.
高压自紧密封水加热器是用于小氮肥厂合成系统余热回收的一种新型设备。
The water heater with self-tight sealing under high pressure is a new type of equipment used for waste heat recovery from the synthesis system in the small nitrogenous fertilizer plants.
作者系统地分析了直接回收滤池反冲洗水对絮凝、沉淀和过滤工艺的影响；
The effects of direct filter backwash water recovery on the flocculation, sedimentation and filtration processes are studied.
通过节能分析和成本核算，说明了在蒸汽系统中冷凝水回收的效益是十分可观的。
Through the cost analysis, emphasis condensate water recovery system in steam can save energy, make the great economy value.
由于热容大，污水及其处理后的水可以成为城区的一个热源，因此，人们非常希望在污水系统规划中回收和再利用这些热能。
Sewage and treated water can be a heat source in urban area due to large heat capacity, thus recovery and reuse of its energy is one of the most desirable plans for the sewerage system.
针对表面处理行业高污染的特点，充分考虑了水的处理和回收利用，此系统工程具有以下优点。
To the feature of high pollution for surface treatment industry, and consider water treatment and recycle, this project has following advantages.
能量回收装置是反渗透海水淡化系统的关键设备之一，对降低系统运行能耗和造水成本至关重要。
Energy recovery device, as one of the most important facilities of SWRO desalination system, is of great importance for reductions of the power consumption and the product cost.
反渗透技术是海水淡化技术的重要组成部分，其中水的回收率设计问题是反渗透系统设计的重要方面。
The reverse osmosis technology is one important part of the seawater desalination technology, and the determination of recovery rate is an important aspect of reverse osmosis system design.
通过设置热回收水系统，对发动机的缸套冷却水热量和排气热量进行了回收，这两部分热量是系统热泵运行的重要组成部分。
In the experiment, a secondary water recovery system is set to reclaim waste heat from engine jacket coolant and exhaust, which is a very important part of GEHP.
一系列典型的被动能源利用、水回收方法以及地热系统共同打造了这栋可持续性的建筑。
A series of pedagogical legible passive energy and water harvesting methods as well as a geothermal system provide a sustainable structure.
利用自动疏水系统，将蒸汽冷凝水回收至锅炉，提高废水利用率、降低能源小红。
Make use of the automatic drainage system, to reclaim the steam condensate to the boiler, improve the wastewater utilization rate and reduce energy consumption.
滤液回收水以及旋流器分离下来超尺寸的物流也进入磨机系统，研碎的石灰石和回收水一起混合成新鲜浆液。
Reclaim water and oversize slurry particles from the classifiers are also fed into the ball mill. In the mill, the crushed limestone and reclaim water mix together to form fresh limestone slurry.
除了超纯水系统之外，我们同样致力于回收水以及回用水技术，目的是为了节约用水和降低对环境的影响。
Besides Ultra Pure water systems, we equally focus on Reclaim and Reuse water treatment technology in order to save water and lower the environmental impact.
欧洲风格设计，结构紧凑美观，全封闭冷回收系统，冷却效果好，省时、省电、省水。
Structure design of Europeav style, compact and beautiful. Full closed refrigeration and reclaiming system with a good cooling effect, saving time, electricity and water.
对凝结水及乏汽回收系统改造进行阐述，在改造过程中对原系统存在的问题进行分析，并提出相应的改造措施。
Demonstrates the revamp to condensate and dead steam recovery system. Problems existed in the original system were analyzed during the revamp, and relative revamping measures were proposed.
采取冷却系统节水、冷凝水回收利用、污水净化回用等措施，可有效节约化学工业用水。
To propose some effective ways of water saving in chemical industry, e. g. saving water by cooling system, condensed-water recovery, waste water treatment etc.
利用自动疏水系统，将蒸汽冷凝水回收至锅炉，降低能源消耗、节省水源。
Make use of the automatic drainage system, to reclaim the steam condensate to the boiler, reduce energy consumption and save water.
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