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Kingdom Industries LLC

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1 Kingdom Industries LLC
Waste Water Treatment using Soil Microorganism Treatment Method Kingdom Industries LLC

2 Cross-section Influent Effluent Soil Microorganism Treatment Method
Sewage Disposal Plant Using: Soil Microorganism Treatment Method Influent Effluent air diffuser Porous media support Capillary net Porous Soil Layer Grass Flower pot manhole Sedimentation Separator Intermittent Aeration Tank Contact Filter Sterilizing Chamber & Discharge Bed Aeration Tank

3 Distributed Procesing Options
Treatment near houses Proposal 1 1 plant Proposal 2 2 plants Proposal 3 3 plants River Railroad Disposal Plant Disposal Plant Pipeline

4 Comparison of Distributed Processing Options
■ Comparison of Working Expenses by Proposal (including Duct Cost)■ Proposal 1 1 place 3,000 people 200% Proposal 2 2 places 2,000+1,000 people 150% Proposal 3 3 places 1, ,000 people 100% The above number is an estimated percentage. High construction cost High duct work cost Large amount of groundwater inflow Excessive initial construction cost Late operation start-up Long-term work Low construction cost Low duct work cost No inflow of groundwater Appropriate initial construction cost Quick operation start-up Short-term work Large central plant Small dispersed plants

5 Comparison of Treatment Methods
Selection of Treatment Method Mechanical Method - Complex plant & machinery-Special management-Excessive maintenance and management cost-Unstable water quality Wow, it is really complex. Selection of Treatment Method Can be installed within residential area to reduce cost of Sewer line. No bad smell, germs, arsenic acid,, etc. Soil Microorganism Treatment Method Oh ! It is so simple.. Easy maintenance & management with combination of sedimentation separator and aeration tank -Unmanned operation -Security of safe water quality

6 Sludge Detention Basin
Distribution Diagram Sedimentation Separator Contact Aeration Tank Bed Intermittent Contact Filter Discharge Tank Sludge Detention Basin Internal circulation Inflow Q=10,000㎥/day BOD 200mg/1 S S 150mg/1 T-N 80mg/1 T-P 20mg/1 Taking out after dehydration (80% of water content percentage) 1/3 of sludge by other methods Discharge,Recycling Below BOD 10mg/1 Below S S 10mg/1 Below T-N 20mg/1 Below T-P 2mg/1 1 Part Q=2,500㎥/day 2 Part 4 Part 3 Part Sluge pipe line Machinery room Control room Discretion box

7 Original Water Pump Air Diffuser
Major Equipment Original Water Pump Air Diffuser

8 Cross Section of Materials
Major Equipment Cross Section of Materials Blower

9 Deordorization Fan Power Control Panel
Major Equipment Deordorization Fan Power Control Panel

10 Supporter Installation
Filling Work 農業集落排水事業 計画汚水量:75.6m3/日(日平均) 対象人員:280人 脱 水:なし 建設費:1億5千万円 Filling Work Supporter Installation

11 Filling Work Upper Material Supporter Installation
Material Filling within Contact Aeration Tank Upper Material Supporter Installation

12 2nd Aeration Tank BR Material Filling
Filling Work 2nd Aeration Tank BR Material Filling

13 Material Filling Completion
Filling Work Material Filling Completion

14 View after Construction
Completion View after Construction

15 Considerations in Selecting
Treatment Plant blends in with Scenery Facility without odor Providing park space for residents without separate facilities No Algae Bloom from discharge Recycling agricultural water to graywater with advanced wastewater treatment Management system fully automated and online Low working expense and simple machinery installation Easy management and low maintenance cost ◆ Sewage disposal plant (Q=300㎥/day) ◆ Sewage disposal plant (Q=3,200㎥/day)

16 Principle of Soil Microorganism Purification 1
Advanced sewage and wastewater treatment method using organic matter degradation ability of soil microorganisms. Using organic system of anoxicㆍoxic tank Maintaining soil microorganisms naturally found, without adding microorganisms ◆ Sewage disposal plant (Q=430,600 gal/day) ◆ Sewage disposal plant (Q=500㎥/day)

17 Principle of Soil Microorganism Purification 2
Sewage disposal plant (Q=370,000 gal/ day) Solving problems of bad odor and clogging of contact materials ,which are disadvantages of other methods Perfect treatment with minimum mechanical installation (blower) Superior removal of nitrogen and phosphorous Easy maintenance and management Recycled as agricultural water and other uses Sewage disposal plant (Q=475,500 gal/day)

18 Features of Soil Microorganism Purification 1
Eco-friendly method adsorbing and decomposing hydrogen sulfide(H2S), which causes foul odor generated in operation, by covered soil. Harmony with surrounding environment Separate warming is not needed with soil covering Bad Smell Germs Deodorantl Green Space ◀ Other Methods ▶ ◀ Method Using Natural Soil ▶

19 Features of Soil Microorganism Purification 2
Activating natural environment of soil microorganisms by planting grass on the upper part. Achieving superior function of removing nitrogen and phosphorous and adsorbing heavy metal by grass roots (over 3 ft deep) Can be recycled to gray water with good quality of discharged water Model Treatment Plant

20 Effects of Soil Microorganism Purification 1
High quality of discharge water with advanced wastewater treatment (below BOD 10ppm, TN20ppm, TN2ppm) Resident management is not needed and minimal machinery, makes for low maintenance cost. No harm to rivers, lakes and coastal waters with high removal rate of phosphorous and nitrogen without adding extra processing Sewage Disposal Plant (Q=396,000 gal/day)

21 Effects of Soil Microorganism Purification 2
Low noise with the use of eco-friendly method. Ground above plant can be used for recreation - Good adaptability to fluctuation of influent - No civil protests due to noise and bad smell Gradual and easy facility use, and short start-up period ▲ Used for recreation ▲ Construction of decorative pond using discharged water

22 Soil Microorganism Purification Treatment Plants
◀ Sewage Disposal Plant Q=37,000 gal/day Sewage Disposal Plant ▶ Q=396,000 gal/day

23 Soil Microorganism Purification Treatment Plants
◀ Sewage Disposal Plant Q=820,000 gal/day Sewage Disposal Plant▶ Q=121,000 gal/day

24 Soil Microorganism Purification Treatment Plants
◀ Sewage Disposal Plant Q=26,500 gal/day Sewage Disposal Plant▶ Q=32,000 gal/day

25 Soil Microorganism Purification Treatment Plants
◀ Sewage Disposal Plant Q=111,000 gal/day Sewage Disposal Plant▶ Q=25,000 gal/day

26 Treatment Facilities Aerial view
▲ 53,000 gal/day ▲ 106,000 gal/day ▲ 159,000 gal/day ▲ 264,000 gal/day ▲ 396,000 gal/day ▲ 528,000 gal/day

27 Selected site with soil micro organism water purification
South Korea Seoul. Gyeongki Gangwon Jeju West Kimnyeong SDP (Q=30m3/d) Pyosun SDP (Q=70m3/d) Gapado field tour at Korea-Japan Soil Purification Seminar Hamyang Nongwol SDP (Q=400m3/d) Busan Taejongdae SDP (Q=50m3/d) Busan Transport Headquarters SDP (Q=250m3/d) Introduction of this technology KBS Environment Special Daegu Ohsung A Univ. SDP (Q=300m3/d) Korea Army Academy SDP (Q=500m3/d) Pohang Marine Corps SDP (4 Districts,Q=280m3/d) Goseong Gajin SDP Yeonggwang Mulsan SDP (Q=100m3/d) Suncheon Military Apt. SDP (Q=200m3/d) Jangseong Donhwa SDP Hampyung Wolya SDP (Q=85m3/d) Gwangju Biennale Sewage Disposal Plant (Q=140m3/d) Yeongdong Sewage Disposal Plant (Q=60m3/d) Nonsan Training School Sewage Disposal Plant(Q=3,100m3/d) Sungnam Farming Products Center Wastewater Disposal Plant (Q=90m3/d) Seojong Sewage disposal plant (Q=1,800m3/d,Q=900m3/d) Kimpo-city sewage disposal plant (Q=460m3/d,6 places) Yangju-city sewage disposal Plant (Q=285m3/d,4 places) Daegu, Gyeongbuk Daejeon, Choongbuk Injae Military Corp SDP (Q=130m3/d) Gwangju Jeonnam Choongnam Jeonbuk Busan.Gyeongnam

28 Photo ▶ View of water treatment plant.

29 Photo ▶ Observing water quality of final effluent in glass tube

30 Photo ▶ Preventing dry stream of river by discharging water from sewage disposal plant

31 Photo ▶ Observing finally treated water in discharge tank
Flower Pot Manhole covers planted with flowers There is no security fence between sewage disposal plant with surrounding area

32 Photo ▶ Left – Sewage disposal plant (23,500 gal/day)
Right – Sewage disposal plant 45,500 gal/day)

33 Photo ▶ Area above treatment tanks used for ball field.

34 Photo ▶ High-class coastal villas surround the plant

35 Water Quality Analysis Table of Seojong Sewage Disposal Plant
~ Division Influent (mg/L) Effluent (mg/L) BOD COD SS T-N T-P Nov. 1 Nov. 2 Nov. 3 Nov. 4 Nov. 5 Nov. 6 Nov. 7 Nov. 8 Nov. 9 Nov. 10 Nov. 11 Nov. 12 Nov. 13 Nov. 14 Nov. 15 Nov. 16 Nov. 17 Nov. 18 Nov. 19 Nov. 20 Nov. 21 Nov. 22 152.2 77.3 162.0 49.0 5.84 3.0 14.5 6.0 18.5 2.86 Nov. 23 144.1 69.2 98.0 20.1 3.02 2.4 14.9 14.0 11.9 1.75 Nov. 24 202.0 85.6 138.0 31.5 4.13 2.6 11.4 16.1 0.24 Nov. 25 167.1 80.7 80.0 36.2 3.79 13.0 2.0 13.7 0.41 Nov. 26 217.7 97.9 108.0 37.5 4.35 0.7 8.1 0.17 Nov. 27 81.5 48.1 34.0 26.2 2.42 1.6 12.1 12.5 0.08 Nov. 28 162.5 78.5 60.0 3.60 2.1 11.5 7.2 10.3 0.74 Nov. 29 151.9 85.4 35.2 2.2 7.4 4.0 9.9 0.07 Nov. 30 202.7 113.6 122.0 47.1 4.87 1.0 6.6 9.5 0.02 Maximum Vlaue 49.9 5.8 2.9 Minimum Value 0.0 Mean 164.6 81.8 34.4 11.1 4.6 12.9

36 Water Quality Analysis Table of Seojong Sewage Disposal Plant
~ Division Influent (mg/L) Effluent (mg/L) BOD COD SS T-N T-P Dec. 1 184.0 121.8 178.0 52.9 4.95 4.2 5.9 0.9 9.4 0.02 Dec. 2 125.0 100.8 84.0 3.76 2.3 6.7 1.8 0.04 Dec. 3 128.7 94.6 78.0 26.3 3.92 8.1 1.0 7.9 Dec. 4 151.0 88.8 72.0 28.4 4.30 2.6 7.5 1.9 8.3 Dec. 5 173.5 97.7 90.0 30.5 2.92 0.8 6.5 2.0 9.0 0.05 Dec. 6 105.1 70.0 34.0 29.9 3.42 8.9 0.03 Dec. 7 186.0 94.0 27.8 3.29 5.7 1.7 0.00 Dec. 8 178.5 88.4 52.0 20.5 2.58 0.5 5.6 7.6 Dec. 9 82.2 54.6 50.0 27.4 3.18 2.5 11.6 2.9 7.1 0.20 Dec. 10 124.8 78.1 68.0 28.0 8.2 7.8 7.3 0.11 Dec. 11 130.4 74.2 54.0 21.5 3.28 0.7 8.7 5.5 0.12 Dec. 12 122.6 68.9 44.0 22.3 2.95 4.8 6.1 0.10 Dec. 13 76.2 49.3 26.0 41.0 3.81 1.3 8.5 0.18 Dec. 14 164.8 87.7 110.0 39.7 3.85 1.1 8.6 6.8 9.6 0.19 Dec. 15 222.9 120.4 112.0 35.2 3.69 9.5 6.4 10.6 Dec. 16 198.3 94.3 86.0 48.6 3.66 Dec. 17 196.6 97.2 76.0 47.7 4.58 2.1 9.2 2.4 9.7 Dec. 18 175.2 89.6 38.9 4.04 5.2 8.8 0.14 Dec. 19 192.5 95.1 98.0 41.6 3.87 10.2 7.2 10.1 Dec. 20 180.2 82.3 92.0 46.3 4.40 Dec. 21 205.7 89.2 126.0 44.6 3.59 11.3 0.07 Dec. 22 145.3 83.8 66.0 43.7 0.4 8.4 Dec. 23 195.4 112.5 122.0 39.3 3.49 7.7 8.0 Dec. 24 250.2 163.8 40.1 4.44 1.6 2.8 Dec. 25 250.8 146.4 116.0 38.0 3.94 4.0 0.08 Dec. 26 236.5 100.9 138.0 42.3 4.07 1.2 Dec. 27 169.8 60.2 102.0 45.6 4.43 6.9 Dec. 28 187.2 120.5 34.6 4.13 1.4 11.1 6.3 Dec. 29 180.6 104.0 74.0 3.19 3.52 Dec. 30 182.6 85.2 32.6 3.91 Dec. 31 199.7 144.8 31.2 4.50 5.1 Maximum Value 4.9 0.2 Minimum Value 0.0 Mean 171.1 95.5 87.5 36.5 3.8 1.5 3.5 0.1

37 Water Quality Analysis Table of Seojong Sewage Disposal Plant
~ Division Influent (mg/L) Effluent (mg/L) BOD COD SS T-N T-P Jan. 1 195.8 110.0 120.3 36.3 3.90 1.2 8.0 2.0 7.2 0.05 Jan. 2 200.5 95.3 35.0 30.2 2.95 1.4 8.2 1.5 6.7 0.06 Jan. 3 200.3 94.3 100.0 33.9 5.56 1.9 9.2 2.6 8.3 0.03 Jan. 4 124.2 83.5 68.0 37.5 3.76 2.3 7.0 1.0 9.7 0.04 Jan. 5 190.5 105.3 82.0 32.7 3.55 Jan. 6 141.9 90.5 96.0 30.5 4.05 5.3 1.3 8.1 0.02 Jan. 7 159.7 72.3 64.0 39.6 4.09 1.8 6.8 0.8 Jan. 8 128.5 75.8 50.0 29.1 3.85 6.6 7.5 Jan. 9 185.8 85.0 102.0 31.6 3.06 1.6 6.3 Jan. 10 156.0 57.6 58.0 38.8 4.69 0.3 6.5 8.9 Jan. 11 198.5 99.5 90.0 38.5 4.91 0.2 2.5 10.4 0.01 Jan. 12 153.4 117.6 72.0 42.5 3.91 0.9 10.3 1.1 9.8 Jan. 13 203.4 97.1 98.0 34.8 3.68 0.4 4.7 0.6 Jan. 14 208.8 123.7 142.0 36.2 4.39 0.5 9.6 10.2 Jan. 15 192.5 95.8 122.0 32.3 4.53 7.3 8.6 Jan. 16 185.2 113.5 140.0 34.3 4.88 9.1 Jan. 17 109.5 66.4 60.0 23.2 4.11 6.4 Jan. 18 156.4 92.3 66.0 32.1 3.14 0.7 9.0 10.6 Jan. 19 178.0 123.2 88.0 4.28 1.7 9.3 2.4 11.9 Jan. 20 227.1 80.7 30.8 3.98 9.4 Jan. 21 283.3 116.4 108.0 30.1 3.92 8.8 9.9 Jan. 22 120.0 130.0 41.7 4.22 6.0 77.3 Jan. 23 234.5 106.0 177.0 33.4 3.88 7.8 Jan. 24 75.6 76.0 34.4 3.52 7.4 Jan. 25 180.2 119.4 44.9 10.1 Jan. 26 187.0 105.2 78.0 29.5 3.18 8.5 Jan. 27 244.6 123.0 150 36.0 2.66 7.1 Jan. 28 210.0 153.6 2.38 2.2 7.9 Jan. 29 182.6 99.9 62.0 37.2 39.2 7.7 Jan. 30 200.6 89.3 104.0 38.9 Jan. 31 140.5 119.2 94.0 38.1 Maximum Vlaue 293.3 5.6 0.1 Minimum Value 0.0 Mean 100.2 93.7 35.1 3.9

38 Water Qaulity Analysis Table of Seojong Sewage Disposal Plant
~ Division Influent (mg/L) Effluent (mg/L) BOD COD SS T-N T-P Feb. 1 192.2 109.2 420.0 40.0 3.81 1.8 9.7 1.0 7.1 0.03 Feb. 2 148.4 120.1 70.0 33.4 3.42 1.4 10.4 2.2 8.1 0.04 Feb. 3 95.6 111.4 39.0 33.2 3.33 1.6 9.2 2.1 9.8 0.09 Feb. 4 208.8 148.0 90.0 30.2 2.92 8.8 8.9 0.00 Feb. 5 190.3 102.5 32.8 3.70 7.6 8.6 Feb. 6 183.5 88.5 142.0 34.7 3.22 1.2 8.7 Feb. 7 185.0 110.3 125.0 35.4 3.73 7.5 7.7 Feb. 8 98.5 92.0 30.0 2.93 0.8 6.0 0.02 Feb. 9 118.0 111.3 88.0 29.6 3.45 7.8 2.0 0.05 Feb. 10 220.5 105.2 165.0 34.4 3.11 7.2 9.1 Feb. 11 78.0 93.2 35.2 3.89 2.5 8.0 Feb. 12 120.7 61.8 77.0 32.5 3.16 6.6 2.6 11.6 Feb. 13 90.2 70.2 58.0 29.7 2.64 1.05 10.0 Feb. 14 220.4 64.6 178.0 39.8 3.29 2.4 11.1 Feb. 15 144.0 159.2 72.0 38.0 2.36 1.5 Feb. 16 188.2 74.0 5.47 7.46 Feb. 17 62.3 84.5 32.0 22.2 2.23 4.4 8.3 0.10 Feb. 18 150.8 95.2 46.0 35.1 2.81 0.6 Feb. 19 119.5 100.2 68.0 26.5 6.9 Feb. 20 133.6 80.3 69.0 23.2 1.3 3.4 9.0 Feb. 21 73.3 63.6 24.0 28.7 2.95 7.9 0.06 Feb. 22 85.4 85.9 54.0 31.6 3.24 7.3 0.08 Feb. 23 103.6 108.0 27.6 4.05 0.07 Feb. 24 Feb. 25 Feb. 26 Feb. 27 Feb. 28 Maximum Value 5.5 0.1 Minimum Value 0.0 Mean 141.7 97.4 97.9 31.9 3.3

39 Notice of Water Quality Test Results of Effluent From Boryeong-city
Sewage Disposal Plant To      Refer to attention       Title     Notice of water quality test result of effluent from sewage disposal plant          1. We pray for your eternal development.          2. We inform you the water quality test result of effluent from sewage Disposal plant constructed by your company (Date of Test Request : Oct. 11, 2006) as follows and please refer to it. Within standard 5.6 0.1 20 731-1 Opo-ri, Ohchun-myeon Hankook Jungbu Development Co.,Ltd. (Towoo Construction Co.,Ltd.) SS BOD Remark Test Result (mg/ℓ) Standard of Effluent Location Name of Business (Installation, Management) Mayor of Boryeong-city     󰃡 To : Towoo Construction Co.,Ltd Yongbong-dong, Buk-gu, Gwangju Samyang Engineering Co.,Ltd., Daegwan-dong, Boryeong-city Oksan Environmental Construction, Gumgu-ri, Okchun-eup, Okchun-gun, Choongbuk                                                                          Boryeong-city

40 “Jeollanam-do Public Health & Environment
Sewage Test Report by Jeollanam-do Public Health & Environment Research Center To       Governor of Gokseong-gun (Chief of Environmental Preservation Dept.)       Title   Sewage Test Report tGokseong 1 case)                    We issue the test result of effluent from sewage disposal plant according to Regulations of Art. 5, Operation Regulations of Jeollanam-do Public Health & Environemnt Research Center. 기준에 적합 30 0.124 14.033 3.5 12.3 송정(방류수) 판정 층대장균군 (층대장균군수 /mL) T-P (mg/L) T-N SS BOD COD 항 목 시료번호 폐기물분석과-471 ( ) 접수등록번호 참고검사 의뢰목적 환경보전과-4176 ( ) 생산등록번호 하    수 시 료 명     전라남도보건환경연구원장  󰃡 수신자                                                                전결 03/03  담당자          김행범    수질관리담당        이해훈    환경보호과장       정경모 협조자 시행 폐기물분석과-526    (( )          ) 접수  환경보전과-4631         ( )          )               우      광주광역시 서구청 2길 5 (농성1동 291-1)           / 전화       전송       / /  부분공개(5)    “Jeollanam-do Public Health & Environment Research Center

41 Water Quality Measurement Record
  We record the results of test as described above. May 23, 2007 Daeseung Environmental Engineering Co.,Ltd. 372-4 Ojung-dong, Daeduk-gu, Daejeon, Korea Representative Kim Jong Cheol    below standard value ⑧ Results  Jung Sung Woo Chief Analyst May 17-23, 2007 Period of Analysis Ascorbic acid reduction mg/ℓ 0.066 8.0 T-P UV Spectrophotometry 7.338 60.0 T-N GF/C 3.3 20.0 DD Process Test 3.2 BOD Remakr Analysis Method Analysis Value Standard Item Result of Measurement & Analysis Gwon Mi Hwa Sampler May 17, 2007 Date of sampling Sampler’s opinion   1 glass bottle ℓ, 1 plastic Sampling tool & quantity Sampling   BOD, SS, T-N, T-P Requested Item   1500ton Name of Object (Measurement Index)   Agency of Self Measurement Use of Measurement Lee Ki Im Environmental Technician Major Products Chief Representative 76-1 Jukpyung-ri, Yeonmu-euup, Nonsan-city, Choongnam, Korea Address Facility General Condition Army Training School Name (Agency) Client Water Quality Measurement Record Water Quality Measurement Record 1

42 Water Quality Measurement Record
  We record the results of test as described above. Aug. 21, 2007 Daeseung Environmental Engineering Co.,Ltd. 372-4 Ojung-dong, Daeduk-gu, Daejeon, Korea Representative Kim Jong Cheol    below standard value ⑧ Results Cho Young Sik Chief Analyst Aug , 2007 Period of Analysis Ascorbic acid reduction mg/ℓ 0.516 8.0 T-P UV Spectrophotometry 4.94 60.0 T-N GF/C 2.0 20.0 DD Process Test 4.2 BOD Remakr Analysis Method Analysis Value Standard Item Result of Measurement & Analysis Sampler May 17, 2007 Date of sampling Sampler’s opinion   1 glass bottle ℓ, 1 plastic Sampling tool & quantity Sampling   BOD, SS, T-N, T-P Requested Item   1600ton Name of Object (Measurement Index)   Agency of Self Measurement Use of Measurement Lee Ki Un Environmental Technician Major Products Chief Representative 76-1 Jukpyung-ri, Yeonmu-euup, Nonsan-city, Choongnam, Korea Address Facility General Condition Army Training School Name (Agency) Client Water Quality Measurement Record Water Quality Measurement Record 2

43 Current Intellectual Properties
Patents Division Patent No. Title Patent Registration New Technology Patent pending Internal circulation B.R technology with advanced Wastewater treatment of soil purification Registered US B2 For soil covered environmentally sewage treatment system Preparation method of porous carrier enhancing sewage and wastewater treatment efficiency Contact oxidation system with maximized removal efficiency of phosphorous and nitrogen Parallel treatment method of soil covered sewage and food wastes Soil covered contact oxidation method 155232 Soil covered natural filter of effluent

44 R&D Results / Awards Joint Development Agencies Period of Research
Contents of Development KAIST Environmental Research Center of Chonnam National University 98.12~99.11 Improvement of soil covered wastewater treatment process Jeonnam Technopark 99.08~01.07 Development of wastewater treatment system and carrier by food chain within soil ecosystem Environmental Research Center at Chonnam National University 00.01~00.12 Development of soil covered contact oxidation tank simulation program Korea Science & Engineering Foundation 00.09~01.08 Development of soil covered sequencing batch wastewater treatment process Japanese Hwachun Gongbang Research Center Gwangju Environmental Development Center 02.04~03.12 Development of microorganism carrier by soil covered contact oxidation 04.02~05.09 Alternative lake experimental research for improving water quality of Changpo lake Dept. of Environmental Engineering, Chonnam National University Gwangju Environmental Development Center 04.07~06.06 Reducing wastewater sludge using 3D microorganism carrier of high performance 05.05~06.02 Reducing sludge using felt and development of advanced wastewater treatment system Chodang University 06.05~06.10 Development of Bio-Pack soil covered sewage disposal method for N.P treatment University-Industry Cooperation Organization of Chonnam National Univ. 07.05~08.02 Design of bio fan for improving water quality of reservoir Construction Technology Award (Excellence Prize) Award of Minister of Construction and Transportation Award of Governor of Jeollanam-do Province

45 Completed Treatment Plants
Sewage Disposal Plant Yangpyeong Seojong Sewage Disposal Plant Small-scale Sewage Disposal Plant at Rural Area Nongwoljeong, Hamyang, Gyeongnam & 140 other places Parks & Temples Donghaksa Temple at Gyeryongsan National Park and 12 other places Beaches & Resorts Songho-ri beach at Haenam and 6 other places Schools & Homes Gwangju Juvenile Reformatory and 5 other places Army Sewage Disposal Plants Nonsan Training School and 42 other places Exhibition Hall Gwangju Biennale Exhibition Hall Power Plant Boryeong Thermal Power Plant & 8 other places Spa Effluent Sewage Disposal Plant Wanggung Spa & 1 other place (under design) Food Leachate Disposal Plant Namdo Fertilizer Farming Association Wastewater Disposal Plant Sungnam Farming Products Center & 3 other places

46 Soil purification for sewage disposal plant
Cases Designated as Superior Technology 1989 1995 1997 1998 2000 2001 2002 2004 2006 Ministry of Environemnt Small-scale community Area Sewage disposal System Development Jeonnam:Sewer maintenance Plan around Juam Lake Ministry of Agriculture : Study on preservation Of waterworks And sewage disposal At rural and fishing village Korea Water Resources Corporation : Water quality management Of Juam Lake Yeosu-city Service report Of project for residential Environment improvement At rural and fishing village Donghae-city : Best encironmental Model city construction in Korea Ministry of National Defense:Sewage Purification plant Korea Road Corp.Expressway Sewage purification Plant standardization Ministry of National Defense : Sewage purification facilityy Small&Medium Business Administration:selected as Venture business Ministry of National Defense:` Best technology of sewage purification facility Korea Construction Association:Good construction Development Award Small&Medium Business Administration :Selected as venture business Administration: Venture Business (new technology) Award of Minister of Construction & Transportation ISO9001:2000 Certification Administration)Venture 2008 Selected as overseas technology marketing support business in 2008 by Ministry of Knowledge Economy, Technical export agreement with China and Malaysia Soil purification for sewage disposal plant

47 Kingdom Industries LLC.
Thank you. Kingdom Industries LLC.


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