초록 ▼

□ (2세부) 노후산업단지 활성화를 위한 유형별 조성 모델 및 기법 개발
∘ (2-1) 노후산업단지 경쟁력 강화를 위한 유형별 조성 모델 개발
- 노후산업단지 쇠퇴실태조사 및 유형화
- 노후산업단지 수준진단 평가지표 및 평가체계
- 노후산업단지 사업화모델 및 실증
∘ (2-2) 노후산업단지 활성화를 위한 공간조성 기법 개발
- 노후산업단지 활성화를 위한 유형별 맞춤형 공간조성 모델
- 노후산업단지 재생사업 개발이익 재투자
- 노후산업단지 민간참여개발 활성

□ (2세부) 노후산업단지 활성화를 위한 유형별 조성 모델 및 기법 개발
∘ (2-1) 노후산업단지 경쟁력 강화를 위한 유형별 조성 모델 개발
- 노후산업단지 쇠퇴실태조사 및 유형화
- 노후산업단지 수준진단 평가지표 및 평가체계
- 노후산업단지 사업화모델 및 실증
∘ (2-2) 노후산업단지 활성화를 위한 공간조성 기법 개발
- 노후산업단지 활성화를 위한 유형별 맞춤형 공간조성 모델
- 노후산업단지 재생사업 개발이익 재투자
- 노후산업단지 민간참여개발 활성화 지원기법
- 노후산업단지 토지이용 고도화 정책 프로그램
∘ (2-3) 노후산업단지 도로 인프라 효율성 및 환경성능 향상 기술 개발
- 노후산업단지 도로성능향상 Multi-modal 설계 가이드라인
- 교통체계안전시스템(HW, SW)
- 노후산업단지 공장건축물 환경성능 향상지침
∘ (2-4) 노후산업단지 사업화 방안 및 개발기술 테스트베드 실증
- 노후산업단지 실증 기술․기법 현장적용

(출처 : 요약서 4p)

Abstract ▼

The purpose and content of the study
▪ Despite changes in industrial structure and industrial conditions, the current classification of industrial complexe is limited in accommodating diverse needs, requiring research on the actual decline and actualization of the old industrial complex in Korea

The purpose and content of the study
▪ Despite changes in industrial structure and industrial conditions, the current classification of industrial complexe is limited in accommodating diverse needs, requiring research on the actual decline and actualization of the old industrial complex in Korea for effective action.

▪ Also, it is necess ary to utilize local resources held by existing old industrial complex to enhance the industrial competitiveness of the region, and to diversify principle agent for actual demand development of the industrial complex and foreign workers who make up the main workforce of the industrial complex.

▪ Plus, the development of safety design and environmental performance improvement techniques for old industrial complex is needed at a time when thchnology on logistics, transportation operation and safety issues of old industrial complex is insufficient and existing management technologies are aging and solutions are needed.

▪ Thus, 2 in detail research is Development and Empirical Support of Types of Construction Models for the Revitalization of old Industrial complex and consists of four detailed tasks: Development of decline and activation diagnosis support technique for battered industrial complex, Development of space technique for battered industrial complex activation, Development of improving tehnique the environmental performance and safety design for battered industrial complex, Demonstration of the Development Technology Test Bed and the Commercialization of Deteriorated industrial complex.

Result in research & development
□ Develop a composition model for different types to increase competitiveness in old industrial complex.
▪ Decline status survey and classification of old industrial complex
- Produce of Five decreasing influence factors and analysis of factors by using decline diagnosis indicators built for 94 old industrial complexes as of 2014
- Establish four types of regeneration businesses that incorporate economic factors factors into the physical factors of the industrial complex, including the factors affecting the decline, and suggest the direction of readjustment according to the implementation of each type of regeneration business.
▪ Level diagnosis evaluation indicators and evaluation system of old industral complex
- Produce of the need for evaluation system based on the diagnosis of old industrial complex and the use of evaluation results through prior research review and monitoring of government pilot projects
- Establishing a list of assessent items and evaluation indicators through the establishment and analysis of DB related to measurement and acquisition of industrial complex evaluation.
▪ Commercialization model and demonstration of old industrial complex
- Produce of an Approach to Renewal Planning by analyzing Competitive Development Projects in 2016 and proposal for improving Public Administration and Finance through Analysis of the Relationship with Industrial Location Act.
- Improve the major changes in each stage of the regeneration project and prepare measures to simplify administrative procedures.
- Set up the location standard by type and development type including vitalization area, composite land and review of procedures by type for efficient regeneration project.
- Review the project implementation plans for each of the five types of regeneration projects by project details and owners, and draw suggestions for the regeneration project through an empirical analysis.
- A proposal for Improving legal system for revitalizing private sector’s participation in regeneration projects.
- Produce of modification model by type of the industrial complex regeneration simulation application and appropriateness review(Research to be carried out)

□ Develop a space composition technique for revitalization old industrial complex
▪ A Customized space composition model for the revitailization of old Industrial complex by type
- Produce the type of project through the analysis of the rehabilitation planning of the 23 deteriorated industrial complexes project pilot areas, Based on this, develop the final 3 types of space model and detailed strategies for the space composition of the old industrial complex.
▪ Reinvestment in profits from the development of old industrial complex
- Analysis of the re-investment current system for development benefit of regeneration projects in old industrial complex and produce improve plan of the Development Gains Reinvestment System reflecting the differences in the construction of new industrial complex and the rehabilitation of deteriorated industrial complex projects.
▪ Activation support techniques for private participation development in old Industrial complex
- Develop housing cities fund, supporting regeneration for industrial complex fund and guidelines for fund application, through the survey of demand for regenerative project types and fund products to the 23 regenerative project districts (Securing a budget of 50.4 billion in 2019 and launching fund products).
- Information session for regeneration for industrial complex fund by each district and zonation of remodeling for digging out a fund actual demand.
▪ Land use enhancement policy program of old industrial complex
- Develop a construction technique for improving the land use and suggest a direction of policies to support descript industrial complex regeneration through the industry structure change by ministry, Smart factory and smart industrial complex, the analysis of policies to support the revitalization of industrial complex.

□ Develop a technique for improving the effectiveness and environmental performance of the road infrastructure at old industrial complex.
▪ Multi-Modal Design Guideline for Improving Road Performance in old Industrial Complex
- It is planned to be developed as a flexible road maintenance design guideline to reflect the design by considering cars(passenger cars, trucks, etc.), pedestrians and cyclists during the regeneration project of old industrial complex.
▪ Traffic safety system (HW, SW)
- Development of traffic safety system in the old industrial complex. The system that can detect traffic volume, velocity, illegal parking, unexpected situations, traffic accidents and etc. has been developed for to improve the road and traffic environment in the old industrial complex and the efficiency of road management. And Traffic safety system in the old industrial complex has been advanced through the verification and improvement of the performance of HW and SW of the old industrial safety system developed by this research, through a pilot construction and operation of the old industrial parks located in Seongnam city and Siheung city.

▪ Guidelines for Improving environmental performance of factory buildings in the old industrial complex
- Through enhancing the environmental performance(Public transportation services, cultural/medical/sales/education communities, sustainable environment, ecological environment), It was to be developed as the Guidelines that can improve working environment and safety of the industrial complex.

□ Provide a plan for commercialization of old industrial complex and testbed demonstration.
▪ Apply the proved traffic technology on the spot(Support applying traffic safety system on the spot)
- Support selection of a most suitable place for successful demonstration and commercialization of traffic safety system being under development to support regeneration projects of the old industrial complex.
▪ Suggest improvement of the legal system of the old industrial complex
- Propose efficient government support plan for regeneration project of the old industrial parks and Formulate a plan, by suggesting that unreasonable regulations and not feasible standards under the previously established old industrial complex regeneration (execution) plan should be readjusted.
▪ Continuously support for consulting Jinju city Sang-pyeong industrial complex (support for competition of composite land
- Prepare for the competition guideline and evaluation standards to be referred to when planning composite land.

Utilization plan of R&D (Expected effect)
□ Develop a composition model for different types to increase competitiveness in old industrial complex
▪ Can be used in conjunction with Industrial location Supply and Demand plan established by MOLIT and strategy to foster industry.
▪ Use for readjustment of industrial location-realated legislations by presenting improvement measures based on the results from empirical research.
▪ Enhance and institutionalize the feasibility of research results by demonstrating the commercialization and technique development through field testing and applying each type for activating old industrial complex.

□ Develop a space composition technique for revitalization old industrial complex
▪ Used as a means of package-typed support policy that is related to industrial regeneration fund projects, re-investment developing profits and industrial complex regeneration special account to give vitality to the tenant companies and create-maintain jobs.

▪ Can be contributed to strengthening the competitiveness of domestic industrial complex by developing a space formation model of old industrial complex and can be applied to policies for revitalizing manufacturing and convergent activation between manufacturing and service industry.

▪ Research Results can be utilized for regeneration projects by organizing industrial complex regeneration package that can be applied by type/by step in the old industrial complex regeneration project.

▪ Be to be used as a base of policy for revitalizing industrial crisis region and activating networks between industrial complex by the renaissance of manufacturing in the U.K., structural upgrading of the Ministry of Industry and Energy, reorganization on mini-clusters to platform clusters, Upgrading land use of MOLIT and inter-ministerial cooperation.

□ Develop a technique for improving the effectiveness and environmental performance of the road infrastructure at old industrial complex
▪ Build intelligent transportation system that reflects the characteristics of old industrial complex, and conduct pilot projects and seek commercialization by establishing a test bed.
▪ Also, The traffic safety system enables regular monitoring, which enables systematic operation of transportation and securing traffic safety when building a new industrial complex.
▪ Can be used in conjunction with information services of industrial complex operated by MOTIE.

□ Provide a plan for commercialization of old industrial complex and testbed demonstration
▪ Apply practical application technology to the field : Develop and Spread commercialized models for successful completion by executing empirical test beds that can be applied to the actual pilot project zones, for the purpose of putting proven technology into practical use and institutionalizing old industrial complex forming model.
▪ 「Regeneration standard plan(suggestion) for old industrial complex」 : Research Inter-ministerial Collaboration and the measures, Delay in business due to the lack of understanding of the system that is poorly executed because it is institutionalized in reflection of the results from the 2nd-generation research institute(Gachon Univ., Kanagwon National Univ. and KICT) and the lack of experience, Provide criteria to contribute to efficient business implementation by improving understanding of the system at the front line.
▪ Utilization of 「housing cities fund」 (Support of Kangwon Univ) : Be expected to be helpful to the work of stakeholder related to business by preparing criteria for the remodeling project and remodeling the detailed procedures and standards for the repair of individual factories.

(출처 : SUMMARY 8p)

목차 Contents

• 표지 ... 1
• 제 출 문 ... 2
• 보고서 요약서 ... 4
• 요약문 ... 5
• SUMMARY ... 8
• 목차 ... 13
• 표목차 ... 16
• 그림목차 ... 24
• 제1장 연구개발과제의 개요 ... 32
• 1.1 연구개발의 개요 ... 32
• 가. 연구배경 및 목적 ... 32
• 나. 세세부 과제별 연구배경 및 목적 ... 33
• 다. 연구개발 대상의 국내외 현황 ... 43
• 1.2 선행연구와의 차별성 ... 68
• 1.3 연구개발계획 변경사항 ... 70
• 가. 연차별 연구개발계획 변경사항 ... 70
• 1.4 연구개발의 목표 및 내용 ... 86
• 가. 연구개발의 목표 ... 86
• 나. 연구개발의 내용 및 범위 ... 88
• 1.5 연구개발 수행방법 ... 93
• 가. 추진전략 ... 93
• 나. 연구수행방법 ... 96
• 다. 연구개발 추진체계 ... 103
• 라. 연구개발 추진일정 ... 105
• 제2장 연구개발 수행내용 및 결과 ... 108
• 2.1 노후산업단지 경쟁력 강화를 위한 유형별 조성 모델 개발 ... 108
• 가. 노후산업단지 쇠퇴실태 조사 및 유형화 ... 108
• 나. 노후산업단지 수준진단 평가지표 및 평가체계 ... 147
• 다. 노후산업단지 사업화모델 및 실증 기초연구 ... 161
• 라. 노후산업단지 사업화모델 및 실증 ... 186
• 2.2 노후산업단지 활성화를 위한 공간조성 기법 개발 ... 242
• 가. 노후산업단지 활성화를 위한 유형별 맞춤형 공간조성 모델 ... 242
• 나. 노후산업단지 재생사업 개발이익 재투자 ... 291
• 다. 노후산업단지 민간참여개발 활성화 지원 기법 ... 309
• 라. 노후산업단지 토지이용 고도화 정책 프로그램 ... 354
• 2.3 노후산업단지 도로 인프라 효율성 향상 기술 개발 ... 372
• 가. 노후산업단지 도로성능향상 Multi-modal 설계 가이드라인 ... 372
• 나. 교통체계안전시스템(HW, SW) ... 428
• 다. 노후산업단지 공장건축물 환경성능 향상지침 ... 487
• 2.4 노후산업단지 사업화 방안 및 개발기술 테스트베드 실증 ... 503
• 가. 노후산업단지 재생계획 평가기준(안) ... 503
• 나. 노후산업단지 국고지원계획 평가 기준(안) ... 506
• 다. 진주상평일반산업단지 노후산단재생사업 컨설팅 지원 ... 509
• 라. 노후산단 교통체계안전시스템 현장적용 실증지구 선정지원 ... 513
• 마. 노후산업단지 재생사업 법·제도 제안 ... 515
• 바. 산단 재생사업 계획수립 기준(안)의 방재부문 추가 제안 ... 516
• 사. 노후산단 재생사업 추진 매뉴얼 ... 520
• 제3장 목표달성도 및 관련분야 기여도 ... 522
• 3.1 연구개발 수행내용 및 결과 ... 522
• 3.2 연구개발성과 및 실적 ... 527
• 가. 연차별 연구개발성과 및 목표달성도 ... 527
• 나. 양적성과목표 및 실적 ... 541
• 제4장 연구개발성과의 활용계획 ... 542
• 4.1 연구과제의 연계성 및 연구내용 ... 542
• 가. 연구기관 간 과제의 연계성 ... 542
• 나. 노후산업단지 유형화 ... 544
• 4.2 연구개발 결과의 활용방안 ... 546
• 4.3 기대성과 및 파급효과 ... 548
• 4.4 연구의 한계 및 추진계획 ... 550
• 가. 연구의 한계 ... 550
• 나. 향후 추진계획 ... 552
• 제5장 연구개발과정에서 수집한 해외과학기술정보 ... 554
• 5.1 일본의 산업입지 및 산업용지 정책의 변천과 최근의 공장 재활용 사례 ... 554
• 가. 산업입지 및 산업용지 정책의 변천 ... 554
• 나. 최근의 공장 재활용 사례 ... 594
• 5.2 유럽의 산업단지 재생의 정책변화와 정비사례 ... 601
• 가. 영국의 노후 산업단지 재생을 위한 정책과 정비사례 ... 601
• 나. 독일 루르(Ruhr) 공업지대 및 폐광지역 재생을 위한 IBA Emscher Park 프로젝트 ... 619
• 다. 프랑스의 노후 산업단지 재생사례 ... 627
• 라. 결론 및 시사점 ... 633
• 제6장 참고문헌 ... 636
• 끝페이지 ... 647