1. Television dishes, cooling towers, skylights.

2. These conditions are frequently found in cooling towers, hot water systems and header tanks.

3. We have a monthly cooling tower water treatment with your company, the service consultant is John Norris.

4. Water in cooling towers can be contaminated with legionella bacteria: surveys found the organism in 40-70 percent of hotels and hospitals.

5. We also export cooling tower allover the world.

6. Be stable water flow through the cooling tower.

7. Cooling tower at the roof.

8. Results The legionella rate of cooling tower water are 42.86 % , others are 0.00 %.

9. These new analog cooling tower controllers bring state-of-the-art technology to the entry - level controller market.

10. Main features of countercurrent cooling tower are introduced, and its general significance is described also.

11. Cooling tower above 175 T is of module structure combination easystart up and to conserve energy.

12. For example, I inhaled air and circulating water cooling tower.

13. Completely ice machine contain: ice machine, cooling tower, water pump(), water pipes and water pipe fittings.

14. Bench of closed circuit cooling tower that is composed of boiler, exchanger, orifice flowmeter, water pump, micromanometer, heat indicator and so on is established.

15. Noise pollution of draught fan and cooling tower is very serious through the investigation and analysis.

16. Nothing breaches the flatness except some kind of smokestack or cooling tower a couple of miles to the north.

17. Water Hygiene and Ventilation - the specialised cleaning service for industrial and commercial ventilation systems, water tanks and cooling towers.

18. The power stations need much water for their boilers and cooling towers.

19. Table 1 shows how often Legionella is found in hot and cold water systems and cooling tower water.

20. How about a new development strategy which concentrates heat-hungry projects in the shadows of the nation's cooling towers.

21. Cooling water generally comes from one of three sources: the cooling tower cold water basin, the makeup water source or the chilled water loop.

22. A hydraulic computation equation for water distribution sytem of counterflow type natural draft cooling tower has been established by applying Bernoulli Equation.

23. This paper studies the influence of cross wind on the performance of natural draft dry - cooling tower by means of model experiment and numerical simulation.

24. Probe on management and no-how of claim of foreign project related through a successful claim case for Cooling Tower Contract of BASF-YPC Integrated Project invested by SINOPEC and BASF.

25. Advantages for improving use ratio of circulating water of modern packless spray cooling tower be suitable for northwest area and its transforms were put forward.

26. Starting from the special adhesive property for plastic cooling fillers used in cooling tower, this article discussed and studied the composition and main adhesion and property of damp and heat aging.

27. The effects of spray water rate and ambient condition on thermal performance of the cooling tower are analyzed.

28. The technology characteristics and engineering data of natural draft cooling tower (NDCT) with flue gas rejection developed in Germany are analyzed.

29. The scheme of demisting and water saving of the power plants cooling tower is demonstrated.

30. This paper simulates the thermal performance of natural draft wet cooling tower in an ideal circumstance.

31. On windows, a cooling tower dissemination Unit sirocco coming waves, heat is pressing, but its operation, the boring beep It also makes people feel who are unsettled.

32. The result is problems downstream in the processes which prepare the gas liquor for the cooling tower.

33. The cooling tower comprises a sprinkling pipe, a water plate, a blower, a cooling water pump, a material filling piece and a condensing coil pipe.

34. Some water is lost through evaporation in the cooling tower and in waste discharge.

35. By optimized design, RO cooling tower operating very smooth, the water and air running in silence.

36. Internal's modification of Marry 600 type cooling tower with double dimension horizontal flow drafting is introduced.

37. Cross - flow cooling tower . GYF vertical exhaust fan. Mixed flow fan.

38. Parallel connection operate mode of cooling tower is proved by counterflow integration calculation to be an effective way to depress the cooling water temperature in high humid-hot weather.

39. The affection factors caused by directly start - up of the air fan for cooling tower are analyzed.

40. The influence of cross wind on the air flow field in a natural draft dry cooling tower is studied experimentally on the basis of similarity rules.

41. I(U. S. A Cooling Tower Institute, ). Meanwhile,[] series products of Liang Chi like LRC square crosscurrent cooling tower have been praised as "reliable products" by China Cooling Institute.

42. If the water cooling tower, pump motor and water are OK.

43. We can design the special cooling tower by the customer need.

44. Fan is one of key components of mechanical ventilation cooling tower.

45. In this paper, the strength, stiffness and buckling of large FRP conducting wind channel in cooling tower are analyzed using orthotropic shell theory.

46. The evaporation loss is an important part of water loss in cooling tower and also is the maximum water consumption in thermal power plants.

47. Hot moist air with a high wet-bulb temperature is pulled back into the cooling tower, which reduces its performance capability.

48. Also, the prospects of the treatment of cooling tower in Chinese petrochemical complex are discussed.

49. Some new anti-freezing measures to protect the air inlet shutter and outer shell package of cooling tower are recommended and also the practical applications are presented.

50. The application of inverter in cooling tower fan system modification was introduced.

51. When recycled to a cooling tower, the water cools through the release of latent heat of vaporization and the exchange of sensible heat with the ambient air.

52. The natural draught cooling tower plays an important role in the operation of power plant.

53. It has also destroyed the cooling tower at its reactor at Yongbyon.

54. Evaporation loss not only brings great economic loss to thermal power plants but also pollutes the environment by forming white fog on the top of cooling tower.

55. This novel technology of natural draft cooling tower to discharge the desulfurized wet flue gas, which Has broad application prospects widely used.

56. Based on the structure features of transverse and counter flow type cooling towers, revamping for cooling tower through structure optimization was explored.

57. The damage cause of reduction gear of cooling tower fan is analyzed, some countermeasures are adopted.