Sector and Others

1. Introduction to the Project
1.1Project Background
1.1.1Product Introduction
The project product fiber jumper (also known as fiber optic connector) refers to installing connector plug on both ends of the cable to realize optical path connection; one end is fitted plug called tail fiber. Fiber jumper (Optical Fiber Patch Cord / Cable) is similar to co-axis cable, but has no mesh shield. The center is glass core for optical transmission. In a multimode fiber, the core diameter is 50μm ~ 65μm, generally with a considerable thickness of a human hair. The diameter of single-mode fiber core is 8μm ~ 10μm. The outer of core is surrounded by a layer of glass envelope with lower refractive index than the core, so that the optical fiber remains in the core. Then the outside is a thin layer of plastic jacket to protect the envelope. According to differences in transmission media, fiber jumper can be divided into common silicon-based optical fiber single-mode, multimode jumper, as well as other optic fiber jumper with plastic rubber as the transmission medium; according to the form of connection head structure, it can be divided into : FC jumper , SC jumper , ST jumper, LC jumper, MTRJ jumper, MPO jumper, MU jumper, SMA jumper , FDDI jumper , E2000 jumper , DIN4 jumper, D4 jumper and so on various forms. The common fiber jumpers can be divided into FC-FC, FC-SC, FC-LC, FC-ST, SC-SC, SC-ST and so on. Single-mode fiber (Single-mode Fiber): general fiber jumper is signaled with yellow, and connector and protective jacket is blue; the transmission distance is longer. Multimode fiber (Multi-mode Fiber): general fiber jumper is signaled with orange, some with gray, connector and protective jacket is beige or black; plastic optical fiber with relatively short transmission distance (Plastic Optical Fiber, referred to as POF) is cylindrical linear optical fiber using poly methyl methacrylate (PMMA) etc. high transparent light guide high-molecular polymer as core material, PMMA, fluorine plastic etc. polymer as the cladding material. It is a new type of optical fiber available for the last 100-1000 meters of broadband access networks (FTTX), and is quality short-distance data transmission medium.
1.1.2 Market Prospects
When installing any optical fiber system, we must consider using low-loss method to connect optical fibers or optical wires in order to achieve the connection of the optical link. The continuation of fiber link activity generally adopts active connectors. Fiber optic connector, commonly known as the union, commonly referred to as fiber optic connector, is renewable non-source component for connecting two optic fibers or cables to form continuous optical path. It has been widely used in fiber-optic transmission lines, fiber optic patch panels and fiber optic test equipment and instrument. It is currently the most used optical device. According to the latest report, it shows that sales of fiber optic connectors and all types of mechanical joint market reached $ 32.5 billion in 2015. The application on the data center accounts for more than half. The market research of ElectroniCas shows that the year 2017 will witness significant growth in the telecommunications market.
The optical connector market of data networking applications in 2015 has reached $ 1.2 billion, accounting for 51% of the total market. Telecommunications market demand is $ 669 million. Due to the construction of fiber-optic broadband network, in the future, this field will maintain an average annual growth rate of 14.5%, to reach $ 1.3 billion in 2017. The third market field of fiber optic connector is for military use, aviation and other products applied under strict conditions. In 2015, the total market amount was $ 270 million. According to the type of connector, the single-mode fiber optic connector market was $ 786 million in 2015, accounting for 33% of the total market, mainly used in telecommunications markets. Multimode connector is mainly used for short-haul markets, such as LAN, high-performance computing, data centers, accounting for 61% of the total market. Another 6% of the market belongs to the mechanical splice. Private data network applications accounted for 51% of the total market in last year, with $ 1.2 billion. In 2015, telecommunications sector created a total of $ 669 million, and Electronicast expected that this application will show annual growth of 14.5%, to reach $ 1.3 billion by 2017. Fiber-optic broadband access demand is the driving force of this growth. Applications in military / aerospace and other harsh environments have reached $ 270 million. Seen from special optical fiber types, the global single-mode optical fiber connector market has reached $ 786 million in 2015, of which telecommunications network market possesses the dominate position. It is believed that multimode connector consumption value will continue to grow. During 2013-2017, it will grow with an average annual growth rate of 17.4 %. Multimode optical fiber connector will maximize the short -distance applications, such as LANs, high performance computer data center, "big data" and storage area networks (SANs) in other applications.
1.1.3Technical Analysis
(1)Technical parameters
Item    Measurement condition    Single-mode    Multi-mode      
Optical features    Insertion loss    UPC    SM:1310nm/1550nm MM:850nm/1300nm    ≤0.2dB    ≤0.3dB      
        APC    1310nm/1550nm    ≤0.3dB          
    Return loss    UPC    SM:1310nm/1550nm MM:850nm/1300nm    ≥55 dB    ≥35 dB      
        APC    1310nm/1550nm    ≥65 dB          
Mechanical features (additional loss)    Impulse test    1.8 height,8 times    <0.1 dB    <0.1 dB      
    Vibration test    10-60Hz,1mm full amplitude    <0.1 dB    <0.1 dB      
     Plug life    Over 1000 times    <0.1 dB    <0.1 dB      
     Strength of extension    >100N    <0.1 dB    <0.1 dB      
Environment features
(additional loss)    Recycling experiment under high and low temperature    -25℃~+70℃,2 recycling    <0.2 dB    <0.2 dB      
    High-temperature experiment    +80℃,2 hours    <0.2 dB    <0.2 dB      
     Low-temperature experiment    -40℃,2 hours    <0.2 dB    <0.2 dB      
     Damp heat test    +40℃,90-95%RH,2 hours    <0.2 dB    <0.2 dB     
(2)Technical source
The project’s application technology is relatively mature, with relatively high level of automation. The project intends to use international and domestic first-class assembly production line,equipment and testing equipment.
1.1.4 Superior Conditions for Project Construction
(1)Advantage of Policy and Service Environment
The project belongs to high-performance, high-precision data communications equipment processing project, and is in line with the clause 5 of the 28th article of state "Guidance Catalogue of Industrial Structure Adjustment (2011)": Data communication network equipment manufacturing and construction, and is encouraged by the state. Therefore, this project meets the relevant industrial policies. The project's main product is optical fiber connector; seen from the project category, it belongs to high-tech industrial project, and is in line with the park’s industrial positioning. The park offers generous incentives in land, taxation, industrial support facilities. Relying on the chemical park, it will plan and construct plastic optical fiber industry demonstration zone, which has some practical feasibility. The park will make full use of the advantages in initiation, with building first-class development environment for enterprises as the goal, boldly breakthrough the shackles, change self-orientation concept in management, with developing big companies and promoting project as the core, and pursue "one-off" clarity, "one-stop "service," one-stop "settlement in service. The park focused on creating a 3,000 square meters of government hall, 18,000 square meters of headquarters base and entrepreneurship building, which provide first-class service soft environment for enterprises. For project with investment of more than 30 million yuan, the park is responsible for agency transaction, maximally saving construction time and reducing construction cost in terms of project entry, land planning, project environmental impact assessment, construction, entry of supporting facilities, completion and final acceptance etc. procedures.
(2)Advantage of Industrial Foundation
The industrial park where the project is located in is the key demonstration park of Jilin Province. Jilin Chemical Industrial Park has CNPC, Jilin Fuel Ethanol Co., Ltd., Jilin Chemical Fiber Group Company etc. large enterprise groups that occupy an important position in the same industry of China. These leading companies, in the development process for many years, have laid a good foundation for the development of chemical industry in the park. Currently, the park has nearly 240 chemical production enterprises, more than 1,000 kinds of products, covering a number of areas such as basic organic chemical raw materials, synthetic materials, fertilizers, fine chemicals, bio-chemical products, with relatively distinct characteristics. Jilin Petrochemical Company, as a leading enterprise in the park, is a large refining integrated company, with more than 60 sets of major equipments, including 16 sets of equipment with production scale ranking the top three in the country. The production capacity of ethylene-propylene rubber, acrylonitrile, and methyl acrylate methyl nine sets of equipment ranks the first in the country; the production capacity of high-density polyethylene etc. three sets of device ranks the second in the country; the production capacity of styrene-butadiene rubber etc. four sets of device ranks the third in the country. In 2009, the output value of Jilin Chemical Industrial Park is 59 billion yuan, accounting for 47.5% of the total industrial output value of in Jilin petroleum and chemical industry. The park occupies an important position in the chemical industry in Jilin Province. The chemical industry of Jilin has a long history. After decades of development, it has formed complete production system including petrochemicals, synthetic materials, fertilizers, fine chemicals and bio- chemicals, and has become the pillar industry in Jilin City. The park has preliminarily formed refining ethylene, ethylene downstream, propylene downstream, aromatics downstream, ethylene by-product utilization, fertilizer, fine chemical, bio-chemical etc. major industrial chain.
(3)Advantage of Location and Transport
Jilin Chemical Industrial Park, where the project is located in, is located in Jilin City, which is important hinterland of Chang-Ji-Tu Development and Opening-up Pilot Zone. It is also important logistics node city of the integrated transport network in Chang-Ji-Tu region, the center of the Northeast Asian region and the new Eurasian Continental Bridge, the nexus of contact of Northeast Asian countries. Through Hunchun port, it is closely connected to Russia Zarubino and North Korea Rajin port etc. port groups, as well as the eastern Mongolia and the Far East hinterland of Russian Siberia. It is the closest area of China's inland to the Sea of ​​Japan, and the overlay district of the northeast Asia economic Area, Greater Tumen economic circle, and the Northeast economic zone. Therefore, the location advantage is obvious. Jilin City has superior geographical location. It is located in central part of northeast China. It leads to North Korea and the Russian border in the east, Shenyang in the south, Changchun in the west, and Harbin in the north, all within 500 km away. It is the central city of Jilin Province; the traffic infrastructure is complete, and aviation, railways, highways etc. lead to all directions. It is one of the cities with considerable radiation in the northeast. The modern logistics development plan of Jilin Province will construct Jilin City into one of the two logistics centers.
(4)Advantage of Water and Power Resources and Infrastructure
The industrial park where the project is located in is located in the most important river system in northeast China - the Songhua River. The per capita water resource amount is 3,875 cubic meters, 5.4 times that of China 's northern cities. With favorable natural conditions, water supply, power supply, heat supply, environmental protection etc. other infrastructure are relatively perfect. In the area, there is Sanjiazi waterworks, Jilin Central Water Plant, Chemical Fiber Water Plant etc. water supply plants, with the daily water supply capacity of 620,000 tons; in the park, there is adequate supply of electricity. It has established Xinli Primary, Jinzhu Primary etc. four 220KV substations and many 66KV secondary substations. The power supply capacity is 1,483,500 kilowatts; in the aspect of heating, the central heating system is basically built in the park. The total steam capacity of Jilin Thermal Power Plant, Jilin Power Plant, Songhua River Thermal Power Plant etc. heat supply companies is 8570 t / h; the environmental protection system in the park is sound. It has Northeast China's largest chemical sewage treatment plant and more than a dozen professional production waste water and sewage treatment plants, with daily sewage treatment capacity of 715,000 tons. Meanwhile, it is implementing infrastructure and utilities improvement project in the park, comprehensively promoting the construction of Bajiazi Pipe, Railway Special Lines, Longxing heating center etc. 31 basic and public supporting works. In 2013, the park can achieve the supply “integration” of major public works, thus saving businesses running costs, and realizing low carbon, green growth.
(5)Advantage of Human Resources and Technical Strength
The project area Jilin City has relatively strong education and scientific research strength. The whole province has 45 colleges and universities, including 26 undergraduate colleges; 19 ordinary three-year (vocational) colleges; and 10 independent colleges subordinate to universities. The province has 120 natural science research institutions, including 3 belonging to Chinese Academy of Sciences, 48 belonging to provincial institutes. It has built ten national key laboratories, 15 provincial key laboratories, and 81 provincial Science and Technology Innovation Centers (including Engineering Technology Research Center). Jilin City has five colleges and secondary vocational institutes, six chemical research and design institutes. Changchun Institute of Applied Chemistry, Jilin Chemical Company Institute, PetroChina Oil Engineering Company Northeast Branch etc. scientific research institutes possess the advanced level in the research and design of China’s chemical industry. Jilin Chemical Company is a state-owned enterprise constructed by the country during the “first Five-Year” period. Over the years, it has trained a large number of high-quality professional and technical personnel and industrial workers in chemical production, which offers a wealth of human resources for the development of Jilin Chemical Industrial Park. The big and medium-sized enterprises in the park have 38,000 junior and senior professional and technical personnel, and more than 100,000 technical workers. Jilin Chemical Industrial Park is the only chemical industry gathering area in Chang-Ji-Tu Development Pilot Zone. Resources and environment carrying capacity is strong, momentum of development is fierce, and chemical industry strength is solid. The production technology strength is strong, and research and design level possesses the leading domestic level. The park currently has National Engineering Research Center of Carbon Fiber, Jilin Chemical Fiber Technology Center etc. five national enterprise technical centers and Jilin Fuel Ethanol laboratory etc. 11 provincial research institutions. The Research and Development strength is solid, and the technological innovation investment each year is more than 1.54 billion yuan.
1.2 Construction Scale and Product Scheme
1.2.1 Product Scheme
Annual production of different types of connector of 50 million pieces
1.2.2Construction Contents
The project covers 30 mu, with building area of ​​10,000 square meters. It will newly construct plant, office building, testing center etc., and establish five plastic optical fiber connector production lines with annual output of 10 million pieces.
1.3 Total Investment of Project:200 million yuan
1.3.1 Total Investment of the Project (detailed in table 1)
Table 1: Summary Table of Total Investment of Project                    
Unit: Ten Thousand Yuan
Serial No.    Name of Expense    Investment Amount    Percentage to Total Investment (%)    Remarks      
1    Construction Investment    14000    65           
2    Interest Incurred in Construction Period            Not considered temporarily      
3    Working Capital    7000    35          
    Total Investment of Project(1+2+3)    21000    100.00          
Note: the “Ten Thousand Yuan” in the table is in RMB.
1.3.2 Funds Raising
Raised by enterprise or others.
1.4 Forecast of economic benefits:annual sales revenue of 450 million yuan,profit of 55 million yuan,and profit of 30 million yuan.
1.4.1Economic Benefits (detailed in table 2)
   Table 2: List of Main Indicators for Financial Benefits Forecast
Serial No.    Name    Unit    Indicator    Remarks      
1    Operating income     10,000 yuan/a    45000     Normal year      
2    Total Profits    10,000 yuan/a    5500    Normal year      
3    Financial Internal Rate of Return of All Investment    %    23    After income tax      
4    Financial Net Present Value(Ic=10%)    10,000 yuan    8765    After income tax(operation period of 12 years)      
5    Payoff Period of All Investment (after tax)    a    5.5    Including construction period of 2 years      
6    Profit rate of investment    %    20    Normal year after income tax     
Note: the “ten thousand yuan” in the table is in RMB.
1.4.2 Social Benefits
The project construction is based on meeting the market demand. After putting into production, it can drive the development of related industries, and promote the development of optical fiber industry chain. It is conducive to the promotion of high-tech. The implementation of this project can solve the employment of 350 people, and generate considerable revenue for the local society, thus the social benefits are obvious.
1.5 Cooperation Method
Sole investment; other methods can be negotiated face to face.
1.6 What-To-Be-Invested by Foreign Party and Composition
Capital, technology.
1.7 Construction Site
Jilin Chemical Industrial Park
1.8The On-going Condition of Project
Project planning and preliminary feasibility study period
2. Introduction to Partner
2.1 Basic Conditions
Name:Demonstration Zone of Jilin chemical industrial circular economy
Address: No.6 of Hanyang South Street, Longtan District, Jilin City, Jilin Province
2.2 Overview
Jilin Chemical Industrial Park was established in October, 2008 by the provincial government in accordance with the strategic cooperation agreement signed between the provincial government and PetroChina. It has a planning area of ​​59.8 square kilometers. It enjoys the management privileges and preferential policies of provincial development zone. In Jilin Chemical Industrial Park, chemical industry base is solid, and it is an important chemical industry base in our province. At present, the park owns CNPC Jilin Petrochemical, Jilin North Chemical Company, Nebulae Trade and Industry etc. production-oriented enterprises, with a total of 172 (127 companies during production, and 45 companies with suspended production), the number of large-scale enterprises is 45. There are hundreds of chemical products, including basic organic chemicals, synthetic materials, fertilizers, fine chemicals, bio-chemical products; about over 60 kinds of them have large production scale, and occupy certain market share in the domestic and foreign market. They are mainly acrylonitrile, ethanol, ABS, styrene, ethylene, styrene, ethylene oxide. The park has basically formed refining ethylene, ethylene downstream, propylene downstream, aromatics downstream, ethylene by-product utilization, fertilizer, fine chemical, bio-chemical etc. several major product industrial chain. A relatively complete chemical industrial system has been basically formed. To the end of the 12th Five-Year period, the production value of Jilin Chemical Industrial Park will reach 150 billion yuan, and Jilin Chemical Industrial Park will truly become an international eco- chemical industry manufacturing center, a logistics base radiating the northeast with international influence, international advanced new material base and new economic growth pole of Chang-Ji-Tu Development Pilot Zone. It will drive the economic development of related industries and regions in Jilin Province of Northeast China.
2.3 Contact Methods:
Contact Person of Project Unit:Zhang Huijun
Tel:0432-63041733  15044244991
Website of Development Zone:

Contact method of city (prefecture) Economic Cooperation Bureau of the project
Contact Person: Liu Aiguo


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