1. Brightwork is a consultant focused on (waste)water treatment, water reuse, sludge and energy management of (waste)water treatment plants

2. Process for aerobic treatment of waste water

3. Waste water treatment using activated sludge processes

4. Waste treatment by ion exchange produces a reusable water.

5. Avoid release to an individual waste water treatment plant.

6. The cost of one waste water treatment plant was abnormally high.

7. Waste-water treatment device and method using dielectric barrier discharge plasma

8. The methods of chemical and physical treatment and biological treatment on tannery waste water are summarized.

9. Waste water after suitable treatment can be used for agriculture and aquaculture .

10. For the treatment of waste water by means of microorganisms, the available processes are aerobic and anaerobic treatment.

11. Waste treatment [transformation]

12. The Government planned to develop 500 model towns in India with facilities for solid waste management and waste water treatment.

13. The present invention relates to an apparatus for pre-treating waste activated sludge that is generated in biological treatment tanks of sewage treatment plants and waste water treatment plants, and a method for pre-treating waste activated sludge using same.

14. Brightwork advises water authorities, drinking water companies and various industries regarding all issues related to (waste)water treatment, water reuse, sludge and energy management

15. Fig 2 — Total EU waste water load per agglomeration size, compared to treatment plants capacity

16. (b) Tannery waste water after treatment shall contain less than 1 mg Chromium (III)/l.

17. [24] Germany defined the catchment area of an urban waste water treatment plant as an agglomeration.

18. A process for the thermophilic aerobic treatment of concentrated organic waste water and the related plant

19. The waste water is subsequently pumped to a biological treatment tank which converts the waste material with an anoxic and aerobic digestion process.

20. In addition, we will also fund the construction of an advanced waste water treatment plant system.

21. The treatment includes mixing the waste water with activated sludge solids in an aeration tank (15).

22. Independently operated industrial waste-water treatment plants which serve one or more activities of this annex

23. Experiment is made to recycle urban waste water through the treatment of GAC, which can considerably absorb organic matter and colority in the waste water, as well as turbid.

24. Abstract: Experiment is made to recycle urban waste water through the treatment of GAC, which can considerably absorb organic matter and colority in the waste water, as well as turbid.

25. Chemical additives for pond and aquarium maintenance, other than preparations for the treatment and purification of waste water and service water, and water softening preparations

26. Requirements for the discharge from the Ladehammeren urban waste water treatment plant in the agglomeration of Trondheim

27. Acrylamide is an industrial chemical used in waste-water treatment, paper and fabric manufacture, and chemistry labs

28. wastes from anaerobic treatment of waste

29. Aerobic biological waste water treatment using aeration, including the removal of suspended solids by, e.g., sedimentation, secondary flotation.

30. Organic substances that biodegrade under aerobic conditions are likely to be broken down in waste water treatment plants.

31. Vacuum toilet system for waste water transport and waste water collection in an aircraft

32. These products are mainly used in tanneries, in the treatment of waste water and waste gas, in the production of thiocarbolic acids, thioplasts and sulphur dyes.

33. liquor from anaerobic treatment of municipal waste

34. digestate from anaerobic treatment of municipal waste

35. Water and waste water aerating installations or apparatus

36. Temperature-sensitive absorbent, water treatment method, and water treatment apparatus

37. Combining wastewater treatment design for a hospital, briefly describe advantages of MBR device for treating waste-water of polyclinic hospitals.

38. Biomethane is a renewable natural gas produced from decaying organic matter such as waste water treatment sludge, food waste, animal manures, landfill gas, dead trees, and municipal solid waste through a process called anaerobic digestion.

39. * Exchange knowledge and explore cooperation on smart cities, including transit-oriented urban development, air pollution control, waste management, waste-to-energy, waste-water treatment, district cooling and circular economy, including through dialogue and capacity building. -

40. Waste collection, treatment and disposal activities; materials recovery

41. The invention discloses a kind of corrugated case factory waste water treatment systems, including the pretreatment unit successively penetrated through, wastewater equalization pond, the pond Anaerobism MBBR, the aerobic pond MBR and reuse pool, wherein pretreatment unit includes 3 processing units, it is ink treatment unit for waste water respectively, starch wastewater treatment unit and

42. • Exchange knowledge and explore cooperation on smart cities, including transit-oriented urban development, air pollution control, waste management, waste-to-energy, waste-water treatment, district cooling and circular economy, including through dialogue and capacity building. –

43. The Protec Bioreactor transforms waste water into purified water

44. When people seem to wonder where the waste goes off to and how do Cesspits work, then they should try and understand a little about waste water treatment process.

45. Bleaching, filtration and purification of waste water, water, gases and air currents and absorption of impurities from waste water, water, gases and air currents

46. 4. “agglomeration” means an area where the population and/or economic activities are sufficiently concentrated for urban waste water to be collected and conducted to an urban waste water treatment plant or to a final discharge point;

47. waste water sewer system, aerated pond.

48. - waste-water treatment plant ultimately capable of serving 253000 p.e., using activated sludge and extended aeration, with the following main processes:

49. Four different kinds of sludge were used: alum sludge (water treatment), waste-activated sludge, simultaneous precipitation, and anaerobically digested mixed sludge.

50. In waste water treatment the first stage, primary settlement, is aerobic in the supernatant liquid and anaerobic in the subnatant sludge.

51. Waste and sewage treatment equipment, solid waste treatment and liquefiers, agitators, dryers, absorbers, absorption collectors, crushers, reaction vessels, separators, grinding mills, dissolver, filter

52. digestate from anaerobic treatment of animal and vegetable waste

53. Austro CHEMICALS & BIOTECHNOLOGIES is a leading Industrial Waste Water Management company with engineering capabilities to undertake large Wastewater Treatment Services Projects

54. Acid sludge adsorption of dnt waste water

55. But why waste electricity pumping water uphill?

56. The Aquios Water Treatment System is a revolutionary approach to water treatment and conditioning

57. 90.00.2) — only dilution, filtering, sedimentation, settling by chemical means, treatment with activated sludge and other processes for the purification of industrial waste water;

58. 19 06 04 | digestate from anaerobic treatment of municipal waste |

59. Conduits and conduit systems for odorous and polluted waste water, waste air or fluids

60. Waste water tanks, rainwater tanks, storm water tanks, cesspools, silage effluent tanks

61. It is soluble in water and is mainly used as a coagulating agent (promoting particle collision by neutralizing charge) in the purification of drinking water and waste water treatment plants, and also in paper manufacturing.

62. Waste water leaves a home and enters the sanitary sewer, which takes it to the grit chamber, then into primary treatment tanks, aeration tanks, a secondary treatment tank, and eventually into a disinfectant tank from which the clean water flows.

63. Biomethane production using an integrated anaerobic digestion, gasification and CO 2 biomethanation process in a real waste water treatment plant: A techno-economic assessment

64. 29 The treatment effect of acidic waste water of the flue gas absorbed, neutralized by crude calcium carbonate, was studied by crystal membrane distillation.

65. Electro-absorptive water treatment apparatus

66. Upon enquiry, the Committee was informed that the planned modules comprised the following areas: security, water supply, waste water treatment, solid waste treatment, energy supply, laundry/ablutions, catering/kitchen, accommodation, workshop/maintenance, warehouse, medical, infrastructure, information and communications technology, recreation/welfare, ground fuel infrastructure, fire safety equipment, vehicles, geographical information systems and public information offices.

67. Reactor for the anaerobic cleaning of waste water

68. Will some poison gas,(Sentencedict.com) waste water or solid waste be released from your project?

69. Additives for treatment of water, heating and water installations

70. However the depredation and waste of water is serious in water diversion project.

71. In large treatment plants this is generally done by adding a concentration of microorganisms to the waste water when it comes into the aeration tank.

72. The basin (2) is, in particular, a sand trap through which the waste water flows or an aeration basin (200) of a sewage treatment plant.

73. An integrated and multi-purposes laboratory for water and wastewater treatment and acclamation, noise monitoring and control, and technology for waste transformation and resources recovery.

74. Blood waste treatment system for slaughtered animals, and method for producing high quality amino acid solution using blood waste

75. Established in 1944, Clack has been providing quality industrial water treatment products and commercial water treatment equipment

76. It stated that all water discharged into the Baltic Sea, including the Bothnian Bay and Sea, by treatment plants of urban waste water from agglomerations of more than 10 000 p.e. had to undergo removal treatment both of phosphorus and of nitrogen.

77. ‘E’ - Water supply, sewerage, waste management and remediation activities

78. A great part of the Biogas production comes from anaerobic digestion of sewage sludge at waste water treatment plants, but any other organic waste can be also used as raw material (e.g., manure, food industry wastes).

79. Process for aerobic decomposition of highly charged waste water

80. Waste water system, valve and method for grey water drainage for a commercial aircraft