At present, the main development business is the new technology research and development, production and sales of packaging film for photovoltaic modules. It has carried out in-depth cooperation with Changzhou University, Dow Chemical and other well-known enterprises and colleges, and has been committed to the research and development and production of new high-performance photovoltaic packaging films. The total construction area of the production workshop is 4,886 square meters. After the project is completed, the production capacity of the polymer material film with an annual output of 17 million square meters will be formed. The project has been issued by the Zhangjiagang Development and Reform Bureau of Suzhou City, the enterprise investment project filing notification. Suzhou Xinxu New Materials Co., Ltd. will be equipped with 120 employees after its establishment. Annual working hours are 300 hours in two shifts. 2. Project construction content and product plan Please refer to the project specific product plan and production scale

The following table Details of the project product scheme are as follows:

Product name: polymer material film

Production scale (10,000 square meters/a): 1700

Annual operating hours (h): 4800

3. Public and auxiliary projects and their support

(1) Water supply: There is no process water in the production process of this project, and the main water is domestic water, relying on the water supply pipe network in the plant.

(2) Drainage: "rain and sewage diversion" has been implemented in the drainage of the plant area. After the rainwater is collected by the rainwater pipe network, it is discharged into the municipal rainwater pipe network. Domestic sewage relies on the urban sewage pipe network of Suzhou Almaden Co., Ltd., and takes over into Suzhou Longcheng Sewage Treatment Co., Ltd. and finally enters Suzhou Jiangbian Sewage Treatment Plant for centralized treatment. Equipment cooling circulating water and purified water wastewater are connected to the rainwater pipe network as clean water.

(3) Power supply: The power consumption of the project is about 650,000 kWh/year, all of which are supplied through the power supply pipe network in the plant area, which can meet the requirements.

(4) Greening: The greening area in the factory is about 500m2

(5) Storage and transportation: The raw and auxiliary materials and products of the project are transported in and out of the factory by vehicles; the transportation of materials in the factory is carried out by forklifts and manual handling.

Details of the public and auxiliary projects of the project are as follows: The project uses a total of 2 production workshops (1# workshop on the first floor and 2# workshop on the second floor), with a total construction area of ​​4886m. The office area is located at the corner of the stairs on the mezzanine of the workshop, covering The area of ​​storage and transportation engineering is about 80. The 1# workshop and the 2# workshop are set up to store raw materials and finished products respectively, covering an area of ​​about 400. Water supply for public works The project uses 5314.3t/a of water, mainly for employees' domestic water, cooling circulating water and purification For water use, relying on the local water supply pipe network, the urban water supply company supplies 2880t/a of domestic sewage, which is taken over into the urban sewage pipe network, connected to Suzhou Longcheng Sewage Treatment Co., Ltd., and finally sent to Suzhou Jiangbian Sewage Treatment Plant for centralized treatment. 360t/a of equipment cooling circulating water and 214.3t/a of purified water waste water are connected to the rainwater pipe network as clean water 574.3t/a. Power supply Relying on the power supply pipe network in the factory. The electricity consumption of this project is about 650,000 kWh/year. The greening relies on the existing greening in the factory area, with an area of ​​about 500m2. The waste gas treatment of the environmental protection project 1# and 2# workshops are produced in the melt extrusion, granulation and high temperature mixing of particles. Exhaust gas is treated by a set of "suction hood + activated carbon adsorption + 8000m fan + 15m exhaust pipe (1#)", and then the solid waste is discharged in an organized manner. Domestic garbage and waste oily rags and gloves are collected and processed by the sanitation department; unqualified products (film scraps) are recycled in the factory; waste activated carbon (HW49, 900-041-49) is entrusted to a qualified unit for disposal. The wastewater treatment plant implements "rain and sewage diversion", and the rainwater is collected by the rainwater pipe network in the factory and then discharged into the municipal government Rainwater pipe network; domestic sewage relies on the sewage pipe network in the plant area, and takes over into Suzhou Longcheng Sewage Treatment Co., Ltd. and finally enters Suzhou Jiangbian Sewage Treatment Plant for centralized treatment. Equipment cooling circulating water and purified water wastewater are connected to the rainwater pipe network as clean water. Noise processing All are low-noise equipment. Original pollution situation and main environmental problems related to this project: This project is a new project and has no original pollution situation. The proposed land leases the idle workshop in the factory area, which is empty before the construction of the project, and has no original pollution and major environmental problems. The natural environment and social environment where the construction project is located The natural environment (topography, landform, geology, climate, meteorology, hydrology, vegetation, biodiversity, etc.): Terrain: plain, flat, 4.2-4.7m above sea level (Yellow Sea Elevation System) . Geomorphology and geology: The proposed site is a hard soil foundation, and the bearing capacity of the foundation is generally 15-17T/m, which belongs to the sixth-degree area of ​​the basic seismic intensity. Climate: North subtropical humid monsoon climate, mild and humid, with four distinct seasons. Meteorology: The annual average temperature is 15.4; the annual average wind speed is 2.9m/s; the annual average pressure is 1016.3hpa; the annual average precipitation is 1071.4mm; the annual dominant wind direction is ESE, and the winter dominant wind direction is NNE. Hydrology: The Suzhou section of the Yangtze River starts from the new Liuxu at the junction of Danyang City, and starts from the old Taohua Port at the junction with Jiangyin, with a length of 16.35km along the river bank. Among them: Jiajiang River in Shizizhou (Xinliuwei to Desheng River) is 8.25 km long, and Jiajiang River in Lu’anzhou (Desheng River Mouth to Laotaohuagang) is 4.18 km long and 500 m wide. According to the statistics of Datong Hydrological Station above the tidal zone of the Yangtze River, Dingtang Port, which is about 464 meters northeast of the factory where the project is located, is a tributary of the canal. The normal flow flows from north to south into the Beijing-Hangzhou Grand Canal. The Tang River is supported by the downstream water level, and the Dingtang Port sometimes has stagnation and reverse flow. Brief introduction of social environment (social and economic structure, education, culture, cultural relics protection, etc.): The project is located in Suzhou Almaden Co., Ltd. (Zhongchang District), Zhangjiagang Economic Development Zone, Suzhou City, with Qinglong East Road on the north side and Suzhou Almaden Co., Ltd. (North Factory), Tongxin River on the south, Suzhou Almaden Co., Ltd. (South Factory) across the river, Huayang South Road on the west, and Delong Wood Industry Co., Ltd. on the east.

1.Overview of Zhangjiagang City Zhangjiagang City is the main urban area of ​​Suzhou, with Suzhou Economic Development Zone in the east, Zhonglou District in the west, Wujin District in the south, and Xinbei District in the north. It is named after the Zhangjiagang Zen Temple, which has a history of more than 1,300 years. The whole area covers an area of ​​153.93 square kilometers. It has jurisdiction over 1 provincial-level development zone - Zhangjiagang Economic Development Zone in Suzhou, Jiangsu, and 1 road - Diaozhuang Street, Qinglong Street, Chashan Street, Hongmei Street, Zhangjiagang City Street, Lanling Street, The resident population is about 690,000. As the central area of ​​Suzhou, Zhangjiagang City is the center of transportation, commerce, finance, high-end buildings, education, medical care, cultural creativity, tourism and food. It has the most scarce prime location resources in Suzhou. In 2016, the GDP of Zhangjiagang City was 68 billion yuan, the investment in fixed assets of the whole society was 38.2 billion yuan, the added value of the service industry accounted for 70% of the regional GDP, the public budget revenue was 4.61 billion yuan, and the total retail sales of consumer goods reached 47.5 billion yuan. Yuan. Zhangjiagang City has initially formed a new planning framework of "three cities and six districts", with the upgrading of the old city and the construction of the new city fully launched. Accumulatively completed the expropriation and relocation of more than 7 million square meters, freeing up nearly 6,000 mu of development space, adding 5.8 million square meters of commercial housing and 1.8 million square meters of resettlement housing. A number of urban commercial complexes such as China Resources Mixc City and Jiuzhou New World are being launched. building. Municipal-level infrastructure construction and old city renovation investment increased year by year, accumulatively renovated 112 old communities, 25 river channels, and added 369 hectares of park green space. Twenty-six primary and secondary arterial roads, including the East Elevated Highway and Zhongwu Avenue, were completed and opened to traffic. The Suzhou comprehensive transportation hub was put into operation. The brand service of "two centers and one agency" has been promoted in depth, with a total of 330 million yuan in various support funds and an unplanned target of 2,200 mu of construction land. The administrative accountability mechanism has been established in an all-round way, the efficiency of the agency has been continuously improved, and the construction of a service-oriented government has achieved remarkable results. Consciously accepted the supervision of the National People's Congress, the Chinese People's Political Consultative Conference and various democratic parties, and handled a total of 445 proposals made by deputies to the municipal and district people's congresses and by members of the Chinese People's Political Consultative Conference. The trade union, the Communist Youth League, the Women's Federation, the Association for Science and Technology, the Disabled Persons' Federation, and the Federation of Industry and Commerce are strongly supported to carry out activities in accordance with their respective charters, and the atmosphere of the whole region's solidarity and common development has been further formed. Zhangjiagang City, Suzhou City has a strong cultural atmosphere, a collection of scenic spots and historical sites, and rich tourism resources. Taking Zhangjiagang City Temple, Wenbi Pagoda, Hongmei Pavilion and Dongpo Park as the main body, with the ancient canal, scenic belt, central square and former residences of celebrities as the backing, it has formed a clever blend of ancient buildings and ancient canals, modern prosperity and traditional civilization. The unique cultural and historical landscape of Zhangjiagang City complements each other. Zhangjiagang City, Suzhou City has an important geographical location and obvious location advantages. Suzhou Railway Station, Long-distance Bus Station, Canal Port Terminal, Civil Aviation Building and other transportation hubs are located in the jurisdiction. Beijing-Shanghai Railway, National Highway 312, Beijing-Hangzhou Grand Canal pass through it, and Shanghai-Nanjing Expressway and the Yangtze River Waterway Suzhou Port are within easy reach. Aviation: 15 kilometers away from Suzhou Airport, 180 kilometers away from Shanghai Hongqiao International Airport, 200 kilometers away from Shanghai Pudong International Airport, and 120 kilometers away from Nanjing Lukou International Airport. Railway: Beijing-Shanghai Railway Suzhou Station is located in the territory. Highway: It is 2 kilometers away from the entrance and exit of Shanghai-Nanjing Expressway, and National Highway 312 passes through it. Waterway: 7 km from Golden Port.

2.Zhangjiagang Economic Development Zone Planning Suzhou Zhangjiagang Economic Development Zone is a provincial development zone approved by the National Development and Reform Commission and the Jiangsu Provincial People's Government in 2006. The two provincial-level development zones in Suzhou Southeast Economic Development Zone were merged and integrated. On August 20, 2008, it obtained the "Approval from the Environmental Protection Department of Jiangsu Province on the Environmental Impact Report of Zhangjiagang Economic Development Zone in Suzhou, Jiangsu". The development zone is located in the two streets of Qinglong and Diaozhuang in the east of Suzhou urban area. According to the geographical location of the original southeast economic development zone and the original export-oriented agricultural comprehensive development zone, it is divided into two areas, north and south. The north area is north to the northern boundary of Qinglong Street. , south to Wanqi Road, east to the east of Qinglong Street, west to Hengtang River, a total of 15.15km, the total planned area of ​​the development zone is 25.7km Clothing, machinery manufacturing and other industries, while taking advantage of the Shanghai-Nanjing Expressway Qingyang Interchange in the north and the traffic advantages of Qingyang Road, Cailing Port, Donggang and 312 National Road in the south, develop a professional business market. From the development plan of the area, Qinglong slice focuses on the development of electric power equipment and modern textile industry, while Diaozhuang slice mainly focuses on textile, clothing and machinery manufacturing, and develops the production materials market based on the large-scale professional market. Overall layout: On the basis of more than 10 years of development in the original Suzhou Export-oriented Agricultural Comprehensive Development Zone and Suzhou Southeast Development Zone, Zhangjiagang Economic Development Zone has gradually formed a leading industry featuring electric power equipment and modern textiles, and it is planned to build on this basis. Electric power equipment park, modern textile park, textile electromechanical park and modern logistics park, at the same time rely on Qinglong and Diaozhuang streets, supporting the construction of Qinglong living area, Ziyun residential area and Diaozhuang residential area. The electric power equipment park in the north of Qinglong Plate takes the high-tech industry as the forerunner, and highlights the development of electronic industry, special transformers, power switches and other industries. The textile electromechanical park in the Diaozhuang sector takes the traditional pillar industries such as textile, clothing, and machinery manufacturing as the leader, expands the advantages of industrial agglomeration, and actively cultivates new economic growth points; the modern logistics park takes advantage of the transportation advantages of water transportation and road transportation to metal Relying on professional markets such as city, ceramic city and clothing city, develop characteristic production means market and developed logistics industry. In addition, the development zone, while developing an industrial agglomeration industrial park, relies on the streets to promote the construction of residential communities supporting industries, accelerate the process of urbanization, improve public facilities, and improve the quality of life of residents. The project is located in the Qinglong section of Zhangjiagang Economic Development Zone, and is mainly engaged in the production of polymer material film, which is in line with the industrial positioning and land layout requirements of the plan. Infrastructure: Power supply: There are 220KV Suzhou Substation (2*120MVA) and 110KV Diaozhuang Substation near the project. The power supply facilities of this project rely on the original project. Water supply: The domestic water sources in the area are all connected to the urban water plant. Qinglong Pian has a Qinglong Industrial Water Plant, the water source is Dingtang Port, and the current water supply scale is 30,000 m3/d. The main water supply pipes in the area have been basically implemented along with the construction of the main roads, and the small diameter water distribution pipes are gradually realizing circulation. According to the industrial layout and nature, it is planned to expand the Qinglong Industrial Water Plant to meet the industrial water demand. Heat supply: There are currently three central heating facilities in the district, namely the First Thermal Power Plant, the Southeast Thermal Power Plant and the Guangyuan Thermal Power Plant. According to the planning and calculation, the existing facilities can basically meet the long-term heat load demand. First Thermal Power, Southeast Thermal Power and Guangyuan Thermal Power have formed a grid-connected heating pattern to balance the district heating demand during peak consumption. Under normal circumstances, the heating scope of the three power plants is as follows: First Thermal Power: the east boundary of Diaozhuang Street to the west of Daming Road; Southeast Thermal Power: the west of Daming Road, Diaozhuang Street to the east boundary of the street; Guangyuan Thermal Power: Qinglong Piece of Development Zone . The maximum steam supply capacity of Qinglong's Guangyuan Thermoelectricity can reach 410t/h. At present, the actual external steam supply is 150-369t/h, with an average of about 183t/h, and there is still a surplus of heating capacity. This project does not require heating. Sewage treatment facilities: There is a Longcheng Industrial Sewage Pretreatment Plant in Qinglong piece of the district. The maximum treatment capacity of the first phase is /d. It was put into operation at the end of 2003. /d, the tail water is discharged into the urban sewage main pipe of Qingyang Road, and then discharged to the Suzhou Jiangbian Sewage Treatment Plant. In 2007, the Environmental Protection Department of Jiangsu Province and the Quality and Technical Supervision Bureau of Jiangsu Province jointly issued the "Limits of Discharge Standards for Major Water Pollutants in Urban Sewage Plants and Key Industries in Taihu Lake Area", which came into effect in 2008. Suzhou Longcheng Sewage Treatment Plant has completed the design and transformation of the sewage treatment process and facilities in the plant to ensure that the tail water discharge meets the new Taihu Lake Basin standard; Longcheng WWTP will fully recycle the tail water of the WWTP since 2009, and the recycling rate should not be less than 25%. The municipal, greening, landscape and other water in the development zone will be given priority to use reclaimed water. See attached drawings for the infrastructure plan of Zhangjiagang Economic Development Zone in Suzhou. According to the "Suzhou City Ambient Air Quality Functional Zone Division Regulations (Provisional)", the ambient air in the area where the project is located implements the "Ambient Air Quality Standard" (GB3095-1996) secondary standard. According to the "Suzhou City Surface Water (Environmental) Functional Zoning", the Yangtze River implements the "Surface Water Environmental Quality Standard" (GB3838-2002) medium water quality standard, and Dingtang Port implements the standard medium water quality standard. According to the "Approval of the Environmental Impact Report on Zhangjiagang Economic Development Zone, Suzhou, Jiangsu", the project is located in an industrial concentration area, and the acoustic environment implements the "Acoustic Environment Quality Standard" (GB3096-2008) Category 3 standard. Class 4a standards are enforced within meters. 10 Applicable standards for evaluation 1. Water environment quality standard The water environment quality of the Yangtze River implements the standards in Table 1 of "Surface Water Environmental Quality Standards" (GB3838-2002), and the standard values ​​are shown in the following table: Surface water environmental quality standard unit: mg/L Item pH Chemical Oxygen Demand NH TP Petroleum 150.5 0.1 0.05 2. Atmospheric environmental quality standard The ambient air in the proposed project site shall implement the secondary standard in Table 1 of the Ambient Air Quality Standard (GB3095-2012); see the following table for details: Environment Air quality evaluation standard unit: mg/m Pollutant environmental quality standard standard source concentration limit SO "Ambient Air Quality Standard" (GB3095-2012) Table 1 in the second standard hourly average: 0.50 daily average: 0.15 hourly average: 0.20 days Average: 0.08 PM 10-day average: 0.15 non-methane total hydrocarbons "Detailed Explanation of Comprehensive Emission Standards for Air Pollutants" 2.0 3. Noise Environmental Standards －2008) in Category 3 standards, namely: 65dB (A) in daytime, 55dB (A) at night, and Category 4a standards are implemented within 20 meters of the north factory border near the red line of Qinglong Road, namely: 70dB (A) in daytime, 55dB(A) at night. 11 1. Wastewater The waste water discharged from this project shall comply with the grade standard in Table 1 of "Water Quality Standard for Sewage Discharged into Urban Sewers" (GB/T 31962-2015), and will be taken over into Suzhou Longcheng Sewage Treatment Co., Ltd. and finally into Suzhou Jiangbian Sewage Treatment Plant Centralized treatment; the discharge of Suzhou Riverside Sewage Treatment Plant shall be implemented in accordance with the "Water Pollutant Discharge Limits for Urban Sewage Treatment Plants and Key Industrial Industries in Taihu Lake Area" (DB32/1072-2007). mg/L Pollutant name Suzhou Longcheng Sewage Treatment Co., Ltd. takes over the standard city Jiangbian treatment plant tail water discharge concentration limit COD 500 50 SS 400 10 0.52. Exhaust gas The total amount of dust and non-methane discharged during the production process of this project Hydrocarbons are subject to the relevant air pollutant emission limits in Table 4 of the Synthetic Resin Industry Pollutant Emission Standard (GB31572-2015), as shown in the following table: The Synthetic Resin Industry Pollutant Emission Standard (GB31572-2015) Emission concentration mg/m Maximum permissible emission rate kg/h Unorganized emission monitoring concentration limit mg/m Executive standard exhaust pipe height m Level 2 dust 30 1.0 "Synthetic Resin Industrial Pollutant Emission Standard" (GB31572-2015) Table 9 Non-methane 4.0 "Synthetic Resin Industrial Pollutant Emission Standard" (GB31572-2015) Table 4 Non-methane total hydrocarbon emissions per unit product 0.5 (kg/t product) Category 3 standard in Environmental Noise Emission Standard for Enterprise Plant Boundary (GB12348-2008), and Category 4a standard is implemented within 20 meters from the side of the red line of Qinglong Road in the north factory boundary. The standard values ​​are shown in the table below. "Environmental Noise Emission Standard for Industrial Enterprise Boundary" (GB12348-2008) Unit: dB(A) Noise functional zone daytime and nighttime regional standard value 65 55 East, south and west factory boundary 4a standard value 70 55 Total pollutants Volume control index table unit: t/a type of pollutant name production volume reduction volume discharge volume finally discharged into the external environment waste water volume 2880 28802880 chemical oxygen demand 1.152 1.1520.144 SS 0.864 0.8640.0288 NH3-N 0.1008 0.10080.0144 TP 0.01152 0.011520.00144 Waste gas VOCs 2.14 1.926 0.214 0.214 General solid waste 25.7 25.7 Hazardous solid waste 10.29 10.29 Notice of the Administrative Measures for the Review of Regional Balance Plans for Total Pollutant Emissions (Su Huanban [2011] No. 71): “The chemical oxygen demand and NH indicators of construction projects in the Taihu Lake Basin must be in accordance with the provincial regulations on the paid use and trading of pollutant discharge rights. Go through the purchase procedures." The notice came into effect on November 17, 2011. Enterprises should go to the local environmental protection department as soon as possible to handle the chemical oxygen demand and the final discharge of NH into the external environment, which are 0.144t/a and 0.0144t/a respectively. (2) Approach to the balance of air pollutants: According to the "Implementation Rules for the Review and Management of the Total Emissions of Major Pollutants of Construction Projects in Suzhou" (Changzheng Banfa [2015] No. 104), and According to the Notice of Organic Matter Access Review (Su Huan Ban [2014] No. 148), “For projects that emit smoke, dust, and volatile organic compounds in new, renovated, and expanded projects, the reduction of 1.5 times the reduction of the current source or the closure of projects shall be implemented. Therefore, the total amount of VOCs in this project needs to be reduced and replaced. After completion, the VOCs emission of the whole plant is 0.214t/a. (3) Solid waste balance approach: All industrial solid wastes of our company are properly treated and disposed to achieve zero discharge of industrial solid wastes, and there is no need to apply for the total amount. 13 Environmental Quality Status Environmental quality status and main environmental problems in the area where the construction project is located (ambient air, surface water, groundwater, acoustic environment, radiation environment, ecological environment, etc.) Treatment Co., Ltd. finally entered the Suzhou Jiangbian Sewage Treatment Plant for centralized treatment, and the tail water was discharged into the Yangtze River. The current status of the Yangtze River water environment was cited in the "Suzhou Hequan Pharmaceutical Co., Ltd. New Drug Production and R&D Center Project Environmental Impact Report" in Suzhou Sutest Environment Testing Co., Ltd. tested data on the water quality of the Yangtze River from 16th to 18th February, 2016. For the test data, see [(2016) Su Ce (Huan) Zi No. (0207)]. Surface water environmental quality status monitoring results Unit: mg/L River name Section monitoring item pH Chemical oxygen demand TP 500m upstream of the discharge of the sewage treatment plant along the Yangtze River (W1) Concentration range 7.79~7.88 13.3~14.7 0.216~0.302 0.067~0.082 Pollution index 0.56~0.6 0.89~0.98 0.432~0.604 0.67~0.82 Exceeding rate % Taohuagang Inlet (W2) Concentration range 7.83~7.89 13.5~14.9 0.208~0.283 0.073~0.082 Pollution index 0.56~0.59 0.9~0.26.99 0.00 Exceeding rate % Ligang Water Plant water intake (W3) Concentration range 7.89~7.94 10.5~13.9 0.208~0.299 0.09~0.095 Pollution index 0.53~0.56 0.7~0.93 0.416~0.598 0.9~0.95 It can be seen from the table that the monitoring factors of each monitoring section of the Yangtze River are in line with the water-like standard in the "Environmental Quality Standard for Surface Water" (GB3838-2002). 2. Ambient air quality status quo The ambient air quality of the proposed site of the project is quoted from Jiangyin Qiuhao Testing Co., Ltd. from October 19, 2016 to October 25, 2016. The location of the base village (about 1600 from the southeast side of the project, the actual measurement results of PM10, according to the monitoring report issued by it [(2016) JYQHT-BG-09 (Comprehensive) Word No. (3339)], SO, PM10 near the project site The results of the concentration value are as follows: The unit of monitoring results of the current situation of ambient air quality: mg/m The concentration range of SO PM10 of the project is 0.016～0.032 0.018～0.05 0.08～0.106 The hourly average value is 0.024 0.03 0.088 The hourly average concentration of SO and the daily average concentration of PM 10 both meet the second-level standard in Table 1 of "Ambient Air Quality 14 Standard" (GB3095-2012). The actual measurement was carried out from 19th to 20th of August 2018 (see the attached picture for the monitoring points). According to the "Testing Report" (2018) Kejian (Huan) Zi No. (C-018) issued by it, the current situation of environmental noise in the project construction site is as follows Table: Statistical table of noise monitoring results of each plant boundary Unit: dB(A) Standard value of monitoring point number Daytime standard value compliance situation Nighttime standard value compliance situation 1# (East