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Kafe 바로가기주관연구기관 | 인천대학교 University Of Incheon |
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연구책임자 | 염경택 |
참여연구자 | 최진탁 , 최석준 |
보고서유형 | 최종보고서 |
발행국가 | 대한민국 |
언어 | 한국어 |
발행년월 | 2017-02 |
과제시작연도 | 2016 |
주관부처 | 국토교통부 Ministry of Land, Infrastructure, and Transport |
등록번호 | TRKO201700017792 |
과제고유번호 | 1615008407 |
사업명 | 물관리연구 |
DB 구축일자 | 2018-03-10 |
키워드 | 다중수원 Blending 이동식 수처리시설.지능형 수운영 시스템.워터그리드 플랫폼.테스트베드.스마트워터 그리드.다중수원.물수급 평가.공급가능량.통합운영시스템.기후변화.AMI 시스템.스마트워터미터.다항목수질측정기.물복지 App.시뮬레이터.Mobile Wate Treatment System.Intelligence Water Management.Water Platform.Test Bed.Smart Water Grid.Multiple Water Sources.Water Balance Assessment.Available Water Supply Quantity.Integrated Integrated System.Climate Change.AMI system.Smart Water Meters.Multiple water quality instrument.Water welfare App.Simulator. |
DOI | https://doi.org/10.23000/TRKO201700017792 |
1세부 : 신도시 수자원 연계활용을 위한 지능형 수자원확보 기술 개발
- 다중수원 활용 Water Blending 이동식 수처리 조합공정 기술 개발
- 이동식 수처리 조합공정 운영을 위한 의사결정지원기술 개발
- 지능형 SWG 수운영 스케줄링 기법(경제적 선택취수 포함) 및 프로그램 개발
- 전산모델을 이용한 수처리공정설계 프로그램 개발
- Demo Plant 평가 방법론 및 운영기법 개발
- 스마트워터그리드 조합기술의 성능평가 기준 및 지침 개발
- 스마트워터그리드 테스트베드 구축 기본구상 및
1세부 : 신도시 수자원 연계활용을 위한 지능형 수자원확보 기술 개발
- 다중수원 활용 Water Blending 이동식 수처리 조합공정 기술 개발
- 이동식 수처리 조합공정 운영을 위한 의사결정지원기술 개발
- 지능형 SWG 수운영 스케줄링 기법(경제적 선택취수 포함) 및 프로그램 개발
- 전산모델을 이용한 수처리공정설계 프로그램 개발
- Demo Plant 평가 방법론 및 운영기법 개발
- 스마트워터그리드 조합기술의 성능평가 기준 및 지침 개발
- 스마트워터그리드 테스트베드 구축 기본구상 및 표준설계(안) 제작
- 스마트워터그리드 컴포넌트의 통합화 및 실용화 기술 개발
2세부 : 수자원 최적 활용을 위한 지능형 유역물관리 플랫폼 개발
- 지역의 물부족 위험 평가시스템 및 기후변화에 따른 물수급 영향평가 기법 개발
- 시나리오 기반 통합 모델링 프레임워크 구축 및 구성 모듈 적용
- SWG 물정보 통합관리기술 및 지능형 물수급 정보 통합관리기술 개발
- 비상시 SWG 공급체계 전환을 통한 물안보 달성 시나리오 개발
- SWG 프로그램의 통합연계운영을 위한 통합 데이터베이스 구축
3세부: Smart Water 그리드 맞춤형 ICT 기반 물정보 관리기술 개발
- 물생산․수송․소비과정의 실시간 데이터 획득을 위한 AMI 네트워크 및 시제품 개발
- 물정보 관리 및 데이터 처리를 위한 소트웨어 플랫폼(S-AauaGrid/S-AquaAMI) 개발
- 시장 확대 및 기술발전을 위한 물정보 및 센서 표준 기술, 표준 오픈 소프트웨어 인터페이스 및 프로토콜 표준화 기술 개발
- 초음파 스마트워터미터 및 유량/수압/누수유무 측정용 상수관망 계측기 개발
- 수질측정을 위한 광학식 센서를 개발하고 다기능 수질 센서 개발
- SWG 운영상 비상 상황 대처 및 대국민 양방향 서비스를 위한 스마트폰 어플 개발
(출처: 보고서 요약서 5p)
제1세부과제: 신도시 수자원 연계활용을 위한 지능형 수자원확보 기술 개발
○ Part 1-1: Development of water treatment combination system with Micro grid at new city and water loop connection technologies for sequential utilization of water sources
- Development of water treatment process containing optimal water blending and t
제1세부과제: 신도시 수자원 연계활용을 위한 지능형 수자원확보 기술 개발
○ Part 1-1: Development of water treatment combination system with Micro grid at new city and water loop connection technologies for sequential utilization of water sources
- Development of water treatment process containing optimal water blending and treatment of multi-water source
- Development of design and operation manual about water treatment process contained optimal water blending and treatment of multi-water source
- Development of decision making support program for operation of water treatment combination system
- Development of corrosion control technologies under LI connection water loop for utilization of multi-water source
- Patent application 22 and registration 10, Publication of domestic and international papers 25, Academic presentations at domestic and international 30, Program development 12, Design of pilot and demonstration plant 16, Product and contract of technologies 6
○ Part 1-2: Development of New Water Multi-Water Loop System for Optimum Utilization and Distribution of Water Resources
- Evaluation and verification of applicability of multi-source economic choice water intake program (Daechung water treatment process)
- Development of multiple water source water loop operation program and verification of demonstration plant application
- Development of Intelligent Water Operation Decision Program using System Dynamics
- Multiple water source water loop design/operation manual
- 7 patent applications and 4 registration, 10 domestic and overseas papers, 15 domestic and international conferences 5 program development
○ Part 1-3: Development and stabilization of Micro Water Grid Pilot Platform
- Development of micro water grid design technology
- Development of micro water grid sensor application technology
- Development of Micro Water Grid Performance Evaluation Technology
- Micro Water Grid Pilot Demonstration Facility Design
- 5 patents, 6 domestic and international papers, 20 domestic and international conferences
○ Part 1-4: Applied design technology for elemental technology by SWG scale for building test bed
- Establish SWG element technology standardization system
- Development of SWG combination technology performance evaluation standards and guidelines Create SWG Test-Bed design guidelines
- Basic design (plan) of SWG Test-Bed (Saemangeum complex urban area, Yeongjong-do, Incheon)
- 2 patent applications, 4 domestic and international papers, 15 domestic and international conferences
제2세부과제: 수자원 최적 활용을 위한 지능형 유역물관리 플랫폼 개발
○ Development of risk assessment system of for local water shortage (1-5 years, 2-1)
■ Water supply evaluation Demo plant
- Reflecting the actual situation of the local (demo plant) water supply assessment and water shortage predicted more than 80% simulated suitability
■ Development of Integrated modeling Flow Control Component.
- Development of additional analysis module for one-click connection through the input and output information modeling techniques
- Type Flow Control allows easy modeling of different types of water sources through optimization
- Test-bed rivers, lagoon, reservoirs, etc., link analysis of the test
■ Development of SWG emergency supply system conversions through achieving water security scenario.
- Configuration of SWG supply system for water supply problem scenarios
- Application of various decision-making matters derivation and programs for scenario management.
- Detailed introduction management plans and techniques
■ Quantitative Performance.
- Papers published: (General Journals Articles) 18, SCI(E): 4, S/W Registration:
2, Conference: 87, Human resources: 10, Public Relation (Promotion): 10
■ SWG data link by structured DB for forming DB efficiently
■ Stabilized DB built by using standardised language, code and attributes
■ By setting up integrated data base, each program's link are strengthened and better efficiency of data usage
○ Development of intelligent water supply and demand integrated management technology (4th years, 2-3A).
■ Quantitative performance
- S/W: 2, Prototype registration: 1, Academic presentation: 4
■ Qualitative performance
- Ensuring safety and ensuring versatility of intergration platform
- Business support in usually or emergency for based on the scenario
○ Development of intelligent water supply and demand integrated management technology (5th years, 2-3A).
■ Quantitative performance
- Published Papers : 2, Academic presentation : 3
■ Qualitative performance
- Review and Improve the Applicability of intergrated platform
- review and improvement of applicability of demo-plant using integrated management support program for each scenario
- Builds an integrated operations center
제3세부과제: Smart Water 그리드 맞춤형 ICT 기반 물정보 관리기술 개발
Part 3-1: ICT-based AMI network deployment and Water Information Service Development
- AMI (ED / OHD / EDM / NC / Multi-RTU) prototype 5 types
- Prototype test report and certificate of broadcasting communication equipment material (5 types)
- Wireless remote meter reading system K mark authentication
- AM Studio development for AMI installation and maintenance
- Utility development for KCC certification
- Development of cancer decryption security authentication module
- Server SW development for security authentication
- Development of accounting program
- S-AquaGrid SW development (flow rate / water pressure / water quality)
- S-AquaAMI SW development (remote meter reading)
- Good Software Certification (2 types)
- Patent application and registration 5
- Publication of domestic and international papers 12
- Academic presentations at domestic and international
- SW registration 8
Part 3-2: Development of High-precision sensors and multi-function measuring instrument systems for water resources monitoring
○ Development of an ultrasonic water meter with high precision of water flow measurement
- Acquires the Government-approval by Korea Testing Certification
- Passed the experiments testified by Waterworks headquarters Incheon Metropolitan city
- Certified under the Clauses 2, Article 58-2 of Radio Waves Act. testified by National Radio Research Agency
○ Development of a measurement system of water pipe networks embedded with water leakage monitoring sensors
- Certified under the Clauses 2, Article 58-2 of Radio Waves Act. testified by National Radio Research Agency
- Field Application of K-Water Ko-Ryung test-bed
- Field Application of Youngjong-do 112 Block attached to the AMI node
○ Development of 4 optical sensors for soluble substances in water (DO, pH, turbidity, temperature)
- Acquires the Government-approval by Korea Testing Certification
- verified by KS 5813, KS3071, KS0100-12, KS 7027, and KS17011
- Development multi-function water quality measurement system including 7 distinct water quality sensors
- publication of 20 technical papers and more than 10 international proceeding papers
- 5 test reports approved by Korea Testing Laboratory
- 8 prototype products
- 8 domestic patent applications including 3 registrations
Part 3-3: Development of Integrated Water-Information Service for Smart Water Grid
- Development of GIS based Smart Water Grid Simulator
- Development of Water Diary App based on real-time water meter
- Development of Water Care App based on real-time water quality
- Development of Water Community App for contents share between producer and comsumer
- Development of Water Tainment App for water leisure activity
- Patent application and registration 5
- Publication of domestic and international papers 8
- Academic presentations at domestic and international 19
- SW registration 5
(출처: Summary 13p)
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