國內發(fā)展概況：近年來，我國在泵行業(yè)得到了迅速的發(fā)展，但是我國大多數(shù)泵制造企業(yè)規(guī)模不大，產品更新不夠快，質量不夠高，在許多方面和國外泵還有較大的差距。目前工業(yè)泵普通產品供大于求，高水平、高質量的特殊產品供不應求，還需從國外進口，產品的水平與用戶要求差距較大。產業(yè)結構和產品結構不合理的現(xiàn)象尤為明顯，產品達到當代世界先進水平極少，大部分僅達到80年代末90年代初的水平，不能適應市場需求結構的變化。一方面產品積壓嚴重，另一方面市場急需的產品試制太慢或短缺，沖不出傳統(tǒng)產品的格局。與國外的動態(tài)差距并沒有縮小，形勢不容樂觀。在泵站設計時，只能選用性能差不多的有限幾種定型產品，這樣不但降低了泵站效率，而且還留下很多不安全隱患。我國大多數(shù)水泵制造企業(yè)規(guī)模不大，缺乏高精度加工、檢測等工藝設備。新工藝、新材料、新技術（包括CAD\CAM等）未能得到普遍的推廣和應用。 國外發(fā)展概況：國外泵的發(fā)展速度較快，技術也更為先進。國外大型水泵生產企業(yè)制造出來的泵，一般具有轉速高、體積小、重量輕等優(yōu)點，其流量是我國同口徑水泵流量的1.5~2倍。尤其是荷蘭、日本、美國、原蘇聯(lián)等國家，水泵的性能指標明顯優(yōu)于國內。荷蘭較注重科研的投入，其科研力量很強，設施較為完善，對水泵及其進出水流道均有比較系統(tǒng)的研究。國外尤其是工業(yè)水平較為發(fā)達的國家，他們在水泵的設計和制造方面和對水泵研究的重視程度，的確值得我們學習和借鑒，但并不是說他們在水泵設計和制造領域是盡善盡美的，也同樣需要在泵的揚程和流量等重要參數(shù)上作出一步突破，這就需要在水泵機械結構改進上投入力量。隨著科學技術的發(fā)展，國內外泵行業(yè)向大型化、高速化、高強度、高壓力、高可靠性、長壽命、系統(tǒng)控制和機、電儀一體化等高科技方向發(fā)展，其中，壽命、可靠性及自動化己成為選擇泵時的主要考慮因素。

Overview of domestic development: In recent years, China has achieved rapid development in the pump industry, but most of the pump manufacturing companies in China are small, their products are not updated fast enough, and the quality is not high enough. In many respects, there is still a big gap with foreign pumps. At present, the supply of general industrial pumps exceeds demand, and high-level, high-quality special products are in short supply, and they need to be imported from abroad. There is a large gap between the level of products and the requirements of users. The phenomenon of irrational industrial structure and product structure is particularly obvious. Products have reached the advanced level of the contemporary world very few, and most of them only reached the level of the late 1980s and early 1990s, which cannot adapt to the changes in market demand structure. On the one hand, the product backlog is serious, and on the other hand, the trial production of products urgently needed by the market is too slow or in short supply to break the pattern of traditional products. The dynamic gap with foreign countries has not narrowed, and the situation is not optimistic. In the design of the pumping station, only a limited number of finalized products with similar performance can be selected, which not only reduces the efficiency of the pumping station, but also leaves many unsafe hidden dangers. Most of the water pump manufacturing enterprises in China are small in scale and lack high-precision processing, testing and other process equipment. New processes, new materials, and new technologies (including CAD\CAM, etc.) have not been widely promoted and applied. Overview of foreign development: The development of foreign pumps is faster and the technology is more advanced. Pumps manufactured by large foreign pump manufacturers generally have the advantages of high speed, small size, and light weight, and their flow is 1.5 to 2 times that of our country's water pumps of the same caliber. Especially in the Netherlands, Japan, the United States, the former Soviet Union and other countries, the performance indicators of water pumps are significantly better than those of domestic ones. The Netherlands pays more attention to investment in scientific research, its scientific research strength is very strong, the facilities are relatively complete, and the water pump and its inlet and outlet channels are relatively systematically studied. Foreign countries, especially those with relatively advanced industrial level, are indeed worthy of our learning and reference in the design and manufacture of water pumps and their emphasis on water pump research, but it does not mean that they are perfect in the field of water pump design and manufacturing. It is also the same. It is necessary to make a breakthrough in important parameters such as the pump head and flow rate, which requires investment in the improvement of the pump mechanical structure. With the development of science and technology, the domestic and foreign pump industry is developing towards large-scale, high-speed, high-strength, high-pressure, high-reliability, long-life, system control and integration of mechanical and electrical instruments. Among them, life, Reliability and automation have become the main considerations when choosing a pump.