Jul.2017 – CRI Report

Research Report on China Sewage Treatment Industry, 2017-2021

admin — Fri, 17 Aug 2018 09:06:34 +0000

Description

The distribution of China’s water resources is uneven across areas and between the years. China is faced with water resource issues, and is under moderate water shortage in terms of water resources per capita though the total water resources are large. Sewage issues affect life and environment and also increased the municipal economic water scarcity. In recent years, the Chinese government has published a series of policies to promote the sewage treatment industry for China’s water pollution issues is deteriorating.

CRI estimates that China’s sewage discharge has kept growing for many years and the discharge exceeded 75 billion tons in 2016. Domestic sewage discharge accounted for over 70% of the total sewage discharge and the growth rate of industrial sewage discharge has slowed down. China’s urbanization accelerates with the development of economy.

China’s urban population reached 793 million by the end of 2016, accounting for 57.35% of the total population. Major source of municipal sewage is domestic sewage, which is characterized by large discharge but low treatment efficiency. Inadequate sewage treatment is likely to cause water pollution, causing barriers to municipal water environment construction and water supply.

Major subsectors of sewage treatment industry include design and construction, equipment manufacture, operation and services. With fewer technical barriers and lower capital turnover, the design and construction business is conducive to market development. Recent years have witnessed many enterprises accessing construction sector of sewage treatment industry with ever-increasing concerns on environmental protection. In recent years, EPC projects have decreased, and generally sewage treatment plants adopt the BOT projects, which raise the gross profit of sewage treatment business compared to that of the EPC projects.

Technology and fund together determine competitiveness in terms of relevant equipment. Well-funded companies will make high profits and get returns in technical businesses in a short period. However, small companies with poor fund need to concern the negative factors including the excessive initial investment, low output and a long period.

According to CRI, 70% of 1.3 billion Chinese population use groundwater and more than 400 of 660 Chinese cities rely on groundwater. According to relevant statistics, about 90% of China’s municipal groundwater is polluted. Unprecedented attentions are paid to sewage treatment and recycle industry with the deteriorating situation of water pollution. There is large development potential in sewage treatment industry, for the gross profit rate was high in various regions in the two years.

According to CRI, the sewage treatment rate is high, generally over 90% in developed cities including Guangdong, Jiangsu, Shandong, Zhejiang and Shanghai. The sewage discharge is determined by sewage treatment capacity and growth rate and the sewage treatment markets there are mature. These sewage treatment plants have good prospect in upgrading & reconstruction, sludge disposal and reclaimed water. Sewage treatment efficiency is generally low in China’s central and western regions, at a treatment rate less than 80%.

There is a severe supply shortage in China’s sewage treatment industry, especially in regions such as Yunnan and Inner Mongolia where growth rate of sewage discharge exceeds the treatment rate. On the whole, the key construction projects of China’s sewage treatment industry will be gradually transferred from large cities and eastern regions to central and western regions and middle and small cities.

The Chinese government has issued some policies to regulate strictly the sewage treatment industry in order to guide China’s sewage treatment market. However, China’s municipal sewage discharge keeps growing with the rapid urbanization and growing urban population. Daily municipal sewage discharge reached 140 million cubic meters while 150 million cubic meters in 2016. It is estimated that China’s domestic sewage discharge will keep growing during 2017-2021 with the ever-increasing urban population.

The Chinese government plans to raise the efficiency of collecting sewage by increasing sewage pipe network by 125,900 kilometers, which helps raise the capacity utilization ratio of sewage treatment plants. Besides, the Chinese government encourages non-state-owned investment in China’s sewage treatment industry. It is estimated that, during 2017-2021, China’s sewage treatment industry will keep developing under the influence of government policies and market demand.

Readers Can Obtain the Following Information or More Through This Report:

-Economic Environment of China’s Sewage Treatment Industry

-Government Policies to Promote Sewage Treatment Industry

-Analysis on Supply of China’s Sewage Treatment Industry

-Analysis on Demand of China’s Sewage Treatment Industry

-Analysis on Market Competition of China’s Sewage Treatment Industry

-Market Opportunities and Driving Forces of China’s Sewage Treatment Industry, 2017-2021

-Threats and Challenges Confronted by China’s Sewage Treatment Industry, 2017-2021

-Development Trend of China’s Sewage Treatment Industry, 2017-2021

Table of Contents

1 Relevant Concepts in Sewage Treatment Industry

1.1 Definition and Classification of Sewage Treatment

1.1.1 Definition of Sewage Treatment

1.1.2 Classification of Sewage Treatment

1.2 Research Methods

1.2.1 Parameters and Assumptions

1.2.2 Data Sources

1.2.3 About CRI

2 Analysis on China’s Sewage Treatment Industry, 2012-2016

2.1 Development Environment of China’s Sewage Treatment Industry

2.1.1 Economic Environment

2.1.2 Policy Environment

2.1.3 Social Environment

2.2 Analysis on Supply of China’s Sewage Treatment Industry, 2012-2016

2.3 Analysis on Demand of China’s Sewage Treatment Industry, 2012-2016

2.3.1 Major Consumers of China’s Sewage Treatment Industry

2.3.2 Market Scale of Sewage Treatment in China

3 Competition Status of China’s Sewage Treatment Industry, 2015-2017

3.1 Barriers to Entry in China’s Sewage Treatment Industry

3.1.1 Brand Barrier

3.1.2. Capital Barrier

3.1.3 Technical Barrier

3.1.4 Policy Barrier

3.1.5 Regional Barrier

3.2 Competition Structure of China’s Sewage Treatment Industry

3.2.1 Bargaining Ability of Raw Material Suppliers

3.2.2 Bargaining Ability of Consumers

3.2.3 Internal Competition of Sewage Treatment Industry

3.2.4 Potential Entrants of Sewage Treatment Industry

3.2.5 Substitutes of Sewage Treatment

4 Analysis on Major Sewage Treatment Enterprises in China, 2015-2017

4.1 Beijing Enterprises Water Group Limited

4.1.1 Enterprise Profile

4.1.2 Operation Status

4.2 Chongqing Water Group Co., Ltd.

4.2.1 Enterprise Profile

4.2.2 Operation Status

4.3 Beijing Originwater Technology Co., Ltd.

4.3.1 Enterprise Profile

4.3.2 Operation Status

4.4 Beijing Capital Co., Ltd.

4.4.1 Enterprise Profile

4.4.2 Operation Status

4.5 Chengdu Xingrong Environment Co., Ltd.

4.5.1 Enterprise Profile

4.5.2 Operation Status

4.6 Tianjin Capital Environmental Protection Group Co., Ltd.

4.6.1 Enterprise Profile

4.6.2 Operation Status

4.7 Zhongyuan Environmental Protection Co., Ltd.

4.7.1 Enterprise Profile

4.7.2 Operation Status

4.8 Chongto Environmental Group Limited

4.8.1 Enterprise Profile

4.8.2 Operation Status

4.9 Grandblue Environment Co., Ltd.

4.9.1 Enterprise Profile

4.9.2 Operation Status

4.10 Heilongjiang Interchina Water Treatment Co., Ltd.

4.10.1 Enterprise Profile

4.10.2 Operation Status

5 Analysis on Cost and Prices of China’s Sewage Treatment Industry, 2014-2017

5.1 Analysis on Cost of China’s Sewage Treatment Industry

5.2 Analysis on Prices of China’s Sewage Treatment Industry

6 Prospect of China’s Sewage Treatment, 2017-2021

6.1 Factors Influencing Development of China’s Sewage Treatment Industry, 2017-2021

6.1.1 Major Driving Forces and Market Opportunities of China’s Sewage Treatment Industry

6.1.2 Threats and Challenges Confronted by China’s Sewage Treatment Industry

6.2 Forecast on Supply of China’s Sewage Treatment Industry, 2017-2021

6.2.1 Forecast on Sewage Treatment Capacity in China, 2017-2021

6.2.2 Forecast on Product Structure of Sewage Treatment Industry in China

6.2.3 Forecast on Demand of China’s Sewage Treatment Industry, 2017-2021

Selected Charts

Chart China’s Industrial Production, 2011-2016

Chart Urban Population in China, 2006-2016

Chart Major Policies in China’s Sewage Treatment Industry

Chart Daily Sewage Capacity in Cities of China, 2012-2016

Chart Number of Municipal Sewage Treatment Plants in China, 2012-2016

Chart Municipal Sewage Treatment Capacity in China, 2012-2016

Chart Sewage Discharge in China, 2012-2016

Chart Revenue of Sewage Treatment of Beijing Enterprises Water Group Limited, 2012-2016

Chart Revenue of Sewage Treatment of Chongqing Water Group Co., Ltd., 2012-2016

Chart Revenue of Sewage Treatment of Beijing Originwater Technology Co., Ltd., 2012-2016

Chart Revenue of Sewage Treatment of Beijing Capital Co., Ltd., 2012-2016

Chart Revenue of Sewage Treatment of Chengdu Xingrong Environment Co., Ltd., 2012-2016

Chart Revenue of Sewage Treatment of Tianjin Capital Environmental Protection Co., Ltd., 2012-2016

Chart Revenue of Sewage Treatment of Zhongyuan Environment-Protection Co., Ltd., 2012-2016

Chart Revenue of Sewage Treatment of Chongto Environmental Group Limited, 2012-2016

Chart Revenue of Sewage Treatment of Grandblue Environment Co., Ltd., 2012-2016

Chart Revenue of Sewage Treatment of Heilongjiang InterChina Water Treatment Co., Ltd., 2012-2016

Chart Adjustment of On-grid Prices of Coal-burning Generator

Chart Domestic Sewage Treatment Prices in 36 Chinese Large and Middle Cities, 2014-2016

Chart Sewage Treatment Prices in Beijing, 2014-2016

Chart Forecast on Daily Sewage Treatment Capacity in China, 2017- 2021

Chart Forecast on Municipal Sewage Treatment Capacity in China, 2017-2021

Chart Forecast on Market Scale of Sewage Treatment Industry in China, 2017-2021

The post Research Report on China Sewage Treatment Industry, 2017-2021 first appeared on CRI Report.

Research Report on China Polysilicon Industry, 2017-2021

admin — Fri, 17 Aug 2018 09:06:33 +0000

Description
In 2016, production volume of polysilicon in China was 194 thousand tons, up by 17.5% YOY; production volume of silicon wafers was about 63 GW, up by 31.2% YOY; production volume of photovoltaic batteries was 53GW, up by 20.7% YOY, new installed grid-connection capacity of photovoltaics reached 34.5GW, up by 127% YOY. Production scales of all links in the industry chain all took over 50% of that of the globe and continued to be the first in the world.
According to CRI, solar grade polysilicon is the major raw material of crystal silicon photovoltaic battery pieces and the fundamental link with the highest technical barrier and the most intensive investment in the whole photovoltaic industry chain. By the end of 2016, newly installed capacity of photovoltaic power generation was 34.54 million kW, and cumulative installed capacity was 77,420,000 kW, both ranking the first in the globe.
In 2016, export value of silicon wafers, battery pieces and components was around USD 13.84 billion, down by 11.3% YOY. Export to emerging markets like India, Turkey, Chile and Pakistan significantly increased while that of occident traditional markets decline to below 30%. In 2016, photovoltaic export decline was influenced by many domestic photovoltaic enterprises’ setting up plants oversea. Chinese enterprises invested to build photovoltaic enterprises in over 20 foreign countries. By the end of 2016, production capacity of photovoltaics built oversea was over 5 GW, showing clear trend of globalized allocation of production.
According to CRI, by the end of Jun, 2017, polysilicon enterprises in normal production was 17, declining from over 80 in the end of 2011. Annual effective production capacity was about 230 thousand tons/year, which increased by 20 thousand tons / year compared to the end of 2016. GCL-Poly Energy Holdings Limited, TBEA Co., Ltd. and Daqo New Energy Corp. are leading enterprises.
It is estimated that, by the end of 2017, annual production capacity of polysilicon in China will reach 250-260 thousand tons/year. The current domestic polysilicon production capacity can satisfy demand for raw materials of near 40 GW battery pieces. Presently, over 100 thousand tons of imported polysilicon is mostly processed into photovoltaic components for export which are not directly used by domestic photovoltaic power stations.
From 2008, domestic polysilicon industry was severely impacted by imported products from the U.S. and South Korea. By the end of 2011, due to the large increase of imported polysilicon, import price kept dropping which caused that many domestic polysilicon enterprises stopped production and were in severe difficulties on a large scale. On Jun 20th, 2012, Ministry of Commerce of PRC issued a public notice announcing anti-dumping investigations. On Jan 20th, 2014, Ministry of Commerce of PRC published “Notice on Final Ruling of Anti-dumping Investigation on Imported Solar Grade Polysilicon from the U.S. and South Korea” and ruled that products from the two countries were dumped in China, which had substantive damage to domestic industry and causality existed between dumping and the damage. After that, Ministry of Commerce of PRC implemented a series of anti-dumping investigations on polysilicon, which restrained polysilicon import to some extent, and promoted the increase of domestic polysilicon production capacity and production volume.
According to CRI analysis, fast growing markets in recent years are China, the U.S. and Japan. Chinese government increased additional electrovalence from CNY 1.5 cents/kWh to CNY 1.9 cents/kWh, which filled financing gap of governmental subsidies on wind, electricity and photovoltaic projects. In addition, at the end of 2015, the U.S. government announced to extend 30% of tax credit policies on photovoltaic investment to 2019, which encouraged keeping active investments in the U.S. photovoltaic market in 2017-2019.
Due to the prediction of increasing demand for polysilicon in China photovoltaic industry in the next few years, some new investors, including East Hope Group, announced to enter the market. East Hope Group has invested to build a polysilicon project with annual production capacity of 120 thousand tons in Changjizhou, Xinjiang Province so far. When it is finished, the group will become the largest Polysilicon manufacturer in China. The project adopts the most advanced improved Siemens production process in the world and is equipped with facilities like self-owned power plants to largely reduce costs.
According to CRI, there is a large growth potential in demand for polysilicon in China. However, polysilicon industry in China is in an adjustment period facing many uncertainties like policies and market risks. Therefore, investors are supposed to analyze the market cautiously before entering.

Through this report, readers can acquire the following information or even more:
-Economy and Policy Environment Faced by China Polysilicon Industry
-Anti-dumping Measures of Chinese Government against Imported Polysilicon
-Supply and Demand of Polysilicon in China
-Polysilicon Import and Export in China, 2012-2017
-Polysilicon Market Competition in China
-Price Trend of Polysilicon in China
-Major Polysilicon Manufacturers in China and Their Operation Status, 2015-2017
-Driving Forces and Market Opportunities in China Polysilicon Industry
-Risks and Challenges Faced by Polysilicon Industry in China
-Forecast on Development of China Polysilicon Industry

The post Research Report on China Polysilicon Industry, 2017-2021 first appeared on CRI Report.