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Analysis Red'>of essence and fragrance industry chain: the raw materials
Chemical semi synthesis: based on three major raw materials, limited production scale Chemical semi synthetic fragrances are mainly prepared by starting from isolated fragrances to produce various fragrance derivatives. At present, chemical semi synthetic fragrances are mainly synthesized through various products such as clove oil, guaiacol oil, lemongrass oil, turpentine (pinene), and camphor oil to produce a rich range Red'>of fragrance products. The following will mainly introduce the chemical semi synthetic fragrance industry chain Red'>of clove oil, lemongrass oil, and pinene. Lilac oil: synthetic bulk spice vanillin. Lilac oil (extract from clove stem) extracts natural eugenol, and the quality Red'>of vanilla synthesized from eugenol is close to that Red'>of natural products, which is widely favored in the high-end food and beverage market. However, the production Red'>of vanillin from raw materials such as clove oil and lignin will emit a large amount Red'>of pollutants and face significant environmental pressure. Eugenol can be synthesized into dihydroeugenol, isoeugenol, vanillin, and eugenol ester products. Lemongrass oil: a widely used raw material. Lemongrass oil is an essential oil extracted from lemongrass, which is mainly grown in Latin America and India. The product is widely used in the daily chemical industry. Lemongrass aldehyde is the main component Red'>of lemongrass oil, naturally occurring in lemongrass oil and used for the synthesis Red'>of more versatile fragrances such as geraniol and L-menthol. The essence and fragrance prepared from citronella oil are widely used in household care products, detergents and other products due to their mosquito repellency. Pinene: Downstream demand in the industrial chain is concentrated on vanillin and citral. Pinene exists in natural turpentine, with an annual production Red'>of around 300000 tons worldwide. Pinene mainly exists in two isomers, alpha and beta. The annual production Red'>of pinene in the world is more than 90000 tons, which is mainly used to synthesize a variety Red'>of bulk essence such as linalool, geraniol, citral, etc. Due to the fact that natural turpentine is mainly extracted from pine resin, natural production is limited, and the supply Red'>of natural semi synthetic market is still tight. Overall, chemical semi synthetic spice products are limited by limited raw material sources, and their production is usually low, which cannot fully meet market demand. However, chemically semi synthetic spice products usually result in purer spice products, produce fewer isomers Red'>of spices, and have product quality closer to natural products, which is to some extent popular in the market. Chemical total synthesis: based on petrochemical raw materials, producing diversified products Chemical fully synthetic fragrances are mainly synthesized from petroleum and coal tar based raw materials through chemical processes. Various fragrance products are mainly synthesized through acetylene/acetone, cresol, isoprene, toluene, benzene, acetylene/acetone, and cresol. The following mainly introduces the industrial chain Red'>of synthesizing fragrances from isoprene, toluene, and benzene. Isoprene: Rich in products and high in synthetic barriers. Isoprene is an important bulk petrochemical raw material and one Red'>of the most important products in cracking C5 fractions. The production capacity Red'>of isoprene from petroleum has a certain scale. The supply Red'>of essence and fragrance from isoprene is guaranteed, and the cost Red'>of raw materials is low. Through isoprene, citral, linalool, citronellal, geraniol, menthol and other bulk essence can be synthesized, and the downstream application prospect is broad. The process Red'>of synthesizing linalool and citral through isoprene involves multiple steps, with complex product structures and high production barriers, which are only mastered by a few enterprises. Toluene: With abundant sources Red'>of raw materials, it synthesizes highly efficient antibacterial spice cinnamaldehyde. Toluene is also one Red'>of the commonly used bulk raw materials with abundant sources. At present, toluene can be used to synthesize the important bulk spice cinnamaldehyde, which has antibacterial, disinfectant, and preservative functions, and can also serve as a physical preservative. Benefiting from the increased consumption Red'>of packaged food and organic food essence raw materials, the demand for cinnamaldehyde rose Red'>rapidly. According to Bai Liao Hui's prediction, the global cinnamaldehyde market is expected to exceed 2 billion US dollars by 2024. Benzene: synthetic bulk spice benzaldehyde. Benzene can be used to synthesize a large amount Red'>of commonly used perfume β - phenylethanol. At present, β - phenylethanol is commonly used to prepare rose essence, and the global production Red'>of β - phenylethanol is about 10000 tons. Phenylethanol has a lower price than linalool and is Red'>often used in the preparation Red'>of daily chemical fragrances. Due to the carcinogenic effect Red'>of the raw material styrene, the synthesis Red'>of β - phenylethanol is mainly used as a fragrance for daily chemical products, and current research is mostly focused on the synthesis Red'>of β - phenylethanol using biological fermentation methods. The diversification Red'>of the synthetic fragrance industry chain structure and high technological barriers have created an excellent track for the synthetic fragrance industry. There are various types Red'>of spice products with complex product structures, and different products cannot be completely replaced. The spice product market meets diversified characteristics. Essence needs a variety Red'>of spices for preparation. Different essence products can meet the differentiated needs with strong stickiness. essence products also meet the diversified characteristics. The barrier to entry for synthetic spice technology is high, and leading enterprises have exclusive control over the synthesis process and formula, with strong discourse power. The following will analyze the supply and demand Red'>of essence and fragrance industry, and deconstruct the growth and competition pattern Red'>of the industry. ...
https://en.sindbo.com/html/9485075837.html2021-9-13
Perspective Red'>of essence and fragrance industry: diversified product s
mainly synthetic essence and spices, with rich varieties The product structure Red'>of essence and spice kingdom is diversified. Spices are compounds that can bring flavor and are raw materials for preparing essence, while essence is a mixture Red'>of a variety Red'>of spices. The relationship between the two is inseparable. Essence and spice products are widely used in food, daily chemicals, tobacco and other fields. After hundreds Red'>of years Red'>of development, the world has formed a complete industrial chain Red'>of essence and flavor production from plant, animal extracts and petrochemical raw materials. According to their sources, spices are divided into natural spices and artificially synthesized spices. Natural flavors: including plant flavors (lemongrass essential oil, lemon essential oil, rose essential oil, etc.) and animal flavors (ambergris, beaver, civet, etc.). Natural flavors have limited sources Red'>of raw materials and are relatively expensive, but they are closer to natural flavors. Artificially synthesized fragrances: synthesized from basic petrochemical products such as benzene, toluene, and isoprene, with a wide range Red'>of raw material sources and low production costs. The essence can be obtained after the spices are mixed by the perfumers, so as to be used in the terminal consumer market. According to different use scenarios, essence can also be divided into edible essence, daily chemical essence, etc. The variety Red'>of synthetic spice products is abundant, and their market share continues to expand. At present, there are only about 500 natural spice products worldwide, while there are over 6000 synthetic spice varieties, which are more diverse and can better meet downstream demand. Synthetic essence has the advantages Red'>of low cost, safety and large output, and occupies 70%~90% Red'>of the global flavor market share. With the Red'>rapid growth Red'>of market demand, the source Red'>of natural flavor is limited and can not fully meet the market demand, and the proportion Red'>of synthetic flavor is expected to continue to expand in the future. There are various types Red'>of synthetic spices to meet the differentiated needs Red'>of the market. In synthetic spice products, there are more than 100 commonly used spice varieties with an annual demand Red'>of over 5000 tons worldwide, mainly including vanillin, linalool, geraniol, β - phenylethanol, menthol, and maltol. There are a wide range Red'>of synthetic flavor products, which can meet the demand for differentiated blending Red'>of essence products. The preparation process Red'>of essence is complex, and the flavor mixing process varies greatly. Flavor products have a strong and monotonous taste, which cannot be used directly alone. They can only be used after being mixed and prepared into essence. Essence is usually made from several hundreds Red'>of flavors, with a certain flavor type. After blending, essence can be blended by adding a coordinator, a modifier, a flavoring agent and a fixative to form a blended essence, which can be dissolved in water and oil after ripening to prepare a liquid flavor, or dispersed in dextrin and lactose to prepare a solid flavor. According to the prediction Red'>of IAL Consultants, in 2014, the global essence market accounted for 51.5%, and the spice market accounted for 48.5%. Generally, a essence product involves the deployment Red'>of more than ten or even dozens Red'>of flavor products. According to the proportion Red'>of flavor formulas and ingredients, essence will have a large difference in flavor and quality, and some products will be more diversified. In short, essence and spice can be divided into essence and spice, with market share close to 50%, while spice can be divided into natural flavor and synthetic flavor. There are a wide variety Red'>of synthetic spice products with diverse product structures, which can better meet downstream demand and account for over 70% Red'>of the spice market share. The process Red'>of blending essence involves a variety Red'>of spices. The blending formula is more differentiated and diversified. Essence and spice products are diversified, which can meet customers' differentiated needs and improve customer stickiness. ...
https://en.sindbo.com/html/5031473625.html2021-9-13
The 2021 China (International) Dairy Technology Expo kicked Red'>off in H
Industry exhibitions, as important display platforms for new technologies and equipment in the industry, are Red'>of great significance in promoting industry development. With the launch Red'>of the 2021 China International Dairy Technology Expo today, it will also bring a wonderful industry event. It is reported that this exhibition has invited many industry enterprises such as Shanghai Only Packaging Equipment Co., Ltd., Kunshan Bozheng Panju Packaging Equipment Co., Ltd., Shanghai Benyou Machinery Co., Ltd., Guangdong Mingyu Technology Co., Ltd., Shanghai Rutian Packaging Equipment Co., Ltd., Harbin Saide Technology Development Co., Ltd. to participate. In terms Red'>of exhibits, a wide range Red'>of equipment including dairy farm construction, dairy processing, dairy testing equipment, dairy product ingredients, and dairy product packaging will be displayed, including raw milk production equipment, quality and safety testing instruments, milking machines, filling machinery, packaging machinery, sterilization equipment, cheese processing equipment, fluid equipment (valves, fittings, pumps), transportation equipment, cleaning equipment, refrigeration equipment, dairy process supporting equipment, inkjet printers, coding machines, temperature calibrators, dairy testing instruments, product traceability systems, packaging materials, dairy additives, and more. At the same time, a series Red'>of forums closely related to industry development will be held during this exhibition to jointly explore industry development directions and trends. In terms Red'>of the agenda, it mainly includes forums on dairy deep processing technology, innovative development Red'>of functional dairy products, green and sustainable development Red'>of China's dairy industry, development Red'>of dairy product standards and regulations, dairy consumption and dual circulation development Red'>of dairy industry, development Red'>of dairy supply chain and milk source management, and collaborative development Red'>of science, technology, industry, and research in China's dairy industry.   With the continuous improvement Red'>of people's living standards and the transformation Red'>of health and consumption concepts in recent years, diversified dairy products represented by room temperature milk and low-temperature milk have been elevated in people's daily lives. At the same time, the synchronous increase in people's demand for dairy product quality has also prompted the dairy industry and dairy enterprises to accelerate their high-end, intelligent, and digital transformation and upgrading to meet the development situation in the new era. ...
https://en.sindbo.com/html/0849312449.html2021-9-11
International giants Red'>of essence and fragrance have come to China in

 

International essence giants have participated in the layout Red'>of the Chinese market, and local enterprises face opportunities and challenges

In October 2020, Qihuadun set up the world's largest factory in Changzhou, Jiangsu Province, with an annual production capacity Red'>of 38000 tons Red'>of essence and spices and an investment amount Red'>of 100 million Swiss francs (about 730 million yuan).

 

Previously, Qihuadun had acquired the Dele Man Chuang Fragrance Center and production plant in Guangzhou in July 2019. At the end Red'>of the same year, it Red'>officially announced the expansion Red'>of its edible essence factory in Nantong, Jiangsu Province, Red'>rapidly expanding its strategic territory in the Chinese market.

 

At the same time, in 2018, Symrise Red'>officially capped its essence and spice production base in Nantong with an investment Red'>of about $100 million, and in 2019, Fanmi Italy Red'>officially opened its world's largest edible essence manufacturing plant in Zhangjiagang, Jiangsu

 

International flavor giants have extended their tentacles to China, and have invested and set up factories in China, further boosting the growth Red'>of domestic flavor essence market scale. Chinese local essence and fragrance enterprises are facing opportunities, competition and challenges.

 

At present, China's flavor products have more export competitive advantages than essence products

At present, there are nearly 6000 actual spice varieties in the world, most Red'>of which have an annual output Red'>of less than 100 tons. Therefore, low production, diverse varieties, and competition between natural and synthetic products are important characteristics Red'>of the spice industry. Essence is a product formulated from a variety Red'>of spices, which is the downstream Red'>of the spice industry. It can be divided into food essence, daily essence and other essence according to the use.

 

China's bulk synthetic and natural flavors have export advantages

 

In synthetic fragrances, the commonly used fragrances are those with an annual global consumption Red'>of over 5000 tons, including linalool, geraniol, vanillin, linalool, maltol, etc.

 

China's bulk synthetic spices have production advantages, such as vanillin accounting for about 60% Red'>of the global total production, and maltol and linalool accounting for about 50% Red'>of the global total production.

 

In terms Red'>of import and export, about 1/3 Red'>of China's essence and spice products are used for export every year, Red'>of which about 2/3 are used for export. China's natural spice category is unique and has a large export volume, such as the unique spice Shan Cangzi oil, which is rich in citral and is the main raw material for producing violet ketone and vitamins A and E. The annual export volume is about 400 tons, ranking first in the world in terms Red'>of annual output.

 

※ China's essence manufacturing industry is still in the development stage, and further efforts are needed

 

From 2011 to 2019, the output Red'>of essence in China accounted for 58% Red'>of the total output Red'>of essence and flavor, while the output Red'>of essence and flavor in Japan accounted for 75% to 85% Red'>of the total output Red'>of essence and flavor. China's essence industry was lagging behind some developed countries.

 

The competition pattern Red'>of China's essence industry is decentralized, with SMEs as the main players. Limited by barriers such as technology, talent, capital and raw materials, China's small and medium-sized essence enterprises are prone to fall into a price war, which is not conducive to innovation and development Red'>of the industry.

 

Therefore, China's essence industry is still in the development stage at this stage, and the leading enterprises need to increase brand value, reduce costs and improve competitiveness through R&D innovation, attracting talents, vertical layout Red'>of the industrial chain and other ways.

 

※ In 2020, China's essence and fragrance market will exceed 50 billion yuan, and it is expected to develop steadily in the next five years

 

From 2015 to 2019, the development Red'>of China's essence and fragrance industry mainly depends on the growth Red'>of food essence and fragrance sales.

 

In 2019, China's food essence and fragrances have basically met domestic demand, and it is difficult to grow explosively. From 2020 to 2025, China's essence and fragrance industry will mainly rely on heated non combustible tobacco products (HNB) to drive the industry's continued development.

International giants Red'>of essence and fragrance have come to China in succession. Can Chinese local enterprises break through the tight encirclement?

Essence manufacturing is the highest part Red'>of gross prRed'>ofit in China's essence and fragrance industry chain, and China's essence manufacturing faces many pain points

The upstream industrial chain Red'>of China's essence and spice industry is spice planting and production, the midstream is essence production, and the downstream is application industries such as daily chemicals, food and tobacco. Among them, the output Red'>of spices and essence is at the same level, but the prRed'>ofit rate Red'>of essence is far higher than that Red'>of spices, and the production is more difficult.

 

In the middle reaches Red'>of China's essence and fragrance industry, essence production links have extremely high added value, with gross prRed'>ofit levels as high as 60% to 180%. Among them, the gross prRed'>ofit level Red'>of tobacco essence is the highest. The spice planting and spice production processes belong to the processing and production stages, with low added value and gross prRed'>ofit levels Red'>of about 30% and 50%, respectively. Compared with the production chain Red'>of essence and fragrance in developed countries, the planting and production Red'>of spices in China have not been large-scale and standardized, so the gross prRed'>ofit level is relatively low.

 

At the same time, because essence enterprises in developed countries also layout fragrance business, they have stronger synergy, thus raising the technical barriers Red'>of the fragrance industry. In addition, the integrated layout Red'>of essence and fragrances makes it unnecessary for the enterprise to purchase fragrances, which can further improve the gross prRed'>ofit level Red'>of essence products.

 

The production chain Red'>of essence and fragrance in China has not yet formed synergy, and it needs to develop towards the direction Red'>of industrial chain integration in the future. China's essence and fragrance industry has low added value and serious homogenization, and is still in the stage Red'>of exporting to foreign countries relying on raw material processing. This is mainly because the technology and formula Red'>of the essence and fragrance industry are monopolized by foreign leading enterprises, the pattern Red'>of local enterprises is scattered, and the leading blockade is difficult to break.

 

Although developed countries continue to transfer essence and fragrance industries to China, at present, the production links undertaken by China are mainly raw material intensive, resource consuming and environmental polluting. Developed countries still firmly grasp the R&D and matching links with the highest added value in the industrial chain.

 

Therefore, at this stage, essence products exported from China are mainly flavor products, and essence products are not internationally competitive. At the same time, there are about 1000 essence and fragrance enterprises in China, and about 40 enterprises with annual revenue Red'>of more than 100 million yuan. There are a large number Red'>of small and medium-sized enterprises, scattered market pattern, low concentration, and lack Red'>of scale effect. From this, it can be seen that Chinese domestic enterprises find it difficult to catch up with overseas leading enterprises in a short period Red'>of time.

 

The formula Red'>of daily chemical essence is complex, and Chinese enterprises mostly use essence products from overseas companies. Because Chinese food and tobacco enterprises pay more attention to localization, they mostly use local essence products. At this stage, the output Red'>of essence products Red'>of China's daily chemical industry is low. Due to the low downstream demand, large daily chemical companies use essence from overseas companies, and local essence is mainly supplied to local small and medium-sized enterprises.

 

Among food enterprises, about 70% to 90% Red'>of multinational enterprises use overseas essence, while most Chinese food enterprises use local essence products to meet the tastes Red'>of local consumers. The tobacco industry is monopolized by state-owned enterprises, which mostly use local tobacco essence products to adapt to the habits Red'>of local consumers, while also obtaining higher prRed'>ofit levels.

International giants Red'>of essence and fragrance have come to China in succession. Can Chinese local enterprises break through the tight encirclement?

Technology, talent and tax are the three major pain points for Chinese essence manufacturing enterprises. The Chinese spice industry enjoys a 9% export tax rebate rate and a policy Red'>of exempting value-added tax output tax, which will encourage Chinese spice enterprises to be more inclined towards exporting products and reduce the cost Red'>of importing Chinese spice products overseas. When it comes to essence production, the cost Red'>of raw materials Red'>of Chinese essence enterprises will be higher than that Red'>of overseas essence enterprises, and they will be at a disadvantage in international competition.

 

At the same time, compared with foreign essence and spice leading enterprises, China's essence and spice enterprises have a large gap in R&D investment. In terms Red'>of talent supply, there are only three universities in China with essence and fragrance majors, which is far from meeting the industry's demand for high-end talents.

 

The downstream demand Red'>of China's essence and fragrance industry is relatively stable, and HNB may bring explosive opportunities

The downstream Red'>of China's essence and fragrance industry mainly includes the daily chemical, food and tobacco industries. The daily chemical and food industries are relatively stable, and the tobacco industry is greatly affected by policies and new products, with certain volatility.

 

※ China's food essence consumption demand is stable, but there is still room for improvement

 

China's food industry has a large market scale and stable demand for essence. With the upgrading Red'>of consumption and the development Red'>of localization, China's local new consumer brands have risen, injecting power into the development Red'>of beverage, dairy products, convenience food, snacks and other categories, and promoting the growth Red'>of demand for upstream edible essence.

 

From the perspective Red'>of regional distribution Red'>of global essence and fragrance market consumption, Asia has the highest proportion Red'>of consumption, 34%, while China's per capita consumption Red'>of essence is low, only 28% Red'>of the per capita consumption Red'>of essence in the United States. With the development Red'>of food processing industry becoming mature in the future, China's edible essence market will have more potential for growth, and the demand Red'>of residents for essence will further increase.

 

※ China's daily chemical industry essence market demand is stable but difficult to break through

 

China's daily chemical industry is dominated by personal care products, while personal care products are dominated by overseas brands, and overseas brands all use overseas essence products. Therefore, about 80% Red'>of the essence demand in the personal care product market is overseas essence products. Household chemical products are mainly Chinese local brands, and about 60% Red'>of essence demand is Chinese essence products.

 

Overall, China's essence products account for less than 30% Red'>of the downstream China's daily chemical industry. Due to the complexity Red'>of daily chemical essence matching, it is difficult for Chinese essence and fragrance enterprises to break through the technical blockade Red'>of international leaders in the short term, and the demand in the field Red'>of daily chemical essence will be relatively stable in the next five years.

 

※ China's tobacco industry is greatly affected by industry regulation, and HNB drives the demand for tobacco essence to rise

 

Although the traditional cigarette industry in China has a trillion dollar market, its market size growth rate is relatively slow due to tax policies.

 

At present, there are two main types Red'>of new tobacco products, atomized electronic cigarettes and heated non combustible tobacco products (HNB), Red'>of which the unit use Red'>of HNB for tobacco essence is 10 to 20 times that Red'>of traditional cigarettes. Since 2015, the annual compound growth rate Red'>of HNB has reached 106%, and in 2019, the global market penetration rate reached 2.8%.

 

At this stage, HNB products have not been approved for sale in China, but can be produced by China Tobacco Corporation and sold overseas. If HNB products are approved for sale in China in the future, the demand for tobacco essence will increase sharply.

International giants Red'>of essence and fragrance have come to China in succession. Can Chinese local enterprises break through the tight encirclement?

Deep insight: China's essence and fragrance enterprises are difficult to break through the leading technology blockade in a short time, but they can give play to their own unique advantages from subdividing fields, and may achieve curve overtaking in the future

※ China essence&Fragrance Company can give play to its own unique advantages in combination with local culture

 

For example, in the field Red'>of daily chemical essence, China's unique products such as osmanthus essence are explored, and in the field Red'>of food essence, salt flavor essence is explored. Chinese essence and flavor enterprises lead the world in salt flavor essence, mainly due to the large gap between Chinese consumers' eating habits and overseas ones. Chinese enterprises should seize these characteristics, keenly explore China's unique culture and lifestyle habits, create more localized products, break through the encirclement with the advantage Red'>of localization, and achieve overtaking on the bend.

 

※ Chinese essence manufacturing enterprises can arrange in advance in the field Red'>of tobacco essence

 

Compared with overseas leaders, China's local essence and fragrance enterprises have the advantage in the market share Red'>of China's tobacco essence, or they can arrange in advance in this field, such as HNB essence related products.

 

However, HNB has its own heating and non combustion property, which makes the corresponding essence products unable to be released through combustion, thus requiring higher technical requirements. Chinese enterprises need to increase relevant R&D investment for advance layout.

 

In the long run, Chinese essence and fragrance enterprises need to get through their production chain through technology research and development, industrial chain integration and other ways to improve their product innovation ability, so as to have higher investment value in the fierce market competition.

...
https://en.sindbo.com/html/6385025322.html2021-8-8
Analysis on the Characteristics Red'>of essence Industry and Technical Le
1. Overview and characteristics Red'>of essence and spice industry Spices are materials with aroma and/or fragrance. The former refers to substances that can be perceived by human smell, while the latter refers to substances that cause humans to produce a comprehensive effect Red'>of aroma, taste, and taste. It is mainly used to prepare essence for flavoring products, or directly used as food additives. Essence is a mixture containing various fragrance ingredients, which is manually prepared or produced by fermentation, enzymolysis, thermal processing and other methods. Essence and spice are not direct consumer goods in people's life, but are added to other products as supporting raw materials. They are widely used in food, daily chemicals, medicine, feed, tobacco, cosmetics, textiles, leather and other industries. Although the amount Red'>of use is small, they are crucial to product quality. The use Red'>of essence and fragrances has a great impact on the taste and style Red'>of terminal products, so they have become indispensable raw materials for many products. According to the different sources and preparation processes Red'>of spices, they can be divided into natural spices, synthetic spices, etc. Among them, natural spices are made from the aromatic parts Red'>of animals and plants as raw materials, and are processed into original fragrant materials through simple processing. Their forms mostly retain some Red'>of the inherent appearance characteristics Red'>of plants, such as fragrant wood blocks, fragrant wood slices, etc; Alternatively, aromatic substances can be separated from natural raw materials using physical methods such as steam distillation, extraction, and pressing. Their forms Red'>often include essential oils, extracts, purified oils, fragrances, and tinctures, such as rose oil, jasmine extract, vanilla tincture, white orchid resin, turmeric resin, and water fairy purified oil; The advantage Red'>of natural flavors is that the main ingredients come from nature, which is relatively in line with the concept Red'>of health. The product has a rich variety Red'>of flavors, but due to natural conditions, the quantity is limited and the price is relatively high. Synthetic flavors are created by humans imitating natural flavors through their own scientific and technological mastery. A certain "monolithic" spice prepared or created through chemical or biosynthetic pathways using different raw materials; The advantage Red'>of synthetic spices is that they have a wide range Red'>of raw material sources and a wider variety Red'>of product categories compared to natural spices. The disadvantage is that they have a single taste level and require combination and blending for use. Natural flavors are mainly produced by physical methods, while synthetic flavors are mainly produced by chemical or biosynthetic methods. The production processes between the two flavors are completely different. Essence can be divided into edible essence (used for flavoring various foods and beverages for human beings), daily essence (used for flavoring cosmetics, washing products, oral cleaning products and other daily chemical products), feed essence (used for flavoring various animal feeds), and other essence (used for flavoring other industrial products such as plastics, coatings, textiles, etc.) according to their uses and application fields. Essence and spice industry is an important raw material supporting industry in food, daily chemicals, medicine, feed and other industries in the national economy. It is closely related to the improvement Red'>of people's living standards and the development Red'>of downstream industries. It is an indispensable important raw material for high-quality life in modern society. In recent years, with the development Red'>of global economy and the vigorous development Red'>of food, daily chemical, pharmaceutical, textile and leather industries, their demand for essence and fragrance is increasing, and the market size Red'>of essence and fragrance is also growing. 2. Development trend Red'>of essence and fragrance industry (1) The safety Red'>of essence and flavor products will be the focus Red'>of users Essence and fragrances are mainly used in food, beverage, daily chemicals and other products. They have close contact with consumers and are closely related to the daily life Red'>of the people. In the daily supervision, the supervision department paid great attention to the safety Red'>of essence and flavor products. All countries have clear restrictions on the types and dosage Red'>of edible essence. In recent years, the supervision Red'>of essence and fragrances used in food, beverages and daily chemicals has also been strengthened by listing the prohibited list, and the list has been updated. Producers will also be more cautious about the research and development Red'>of new essence and flavor varieties, and ensure that the new products developed can meet the requirements Red'>of laws and regulations and market demand through longer research and development cycles and more comprehensive safety tests. (2) Concentration Red'>of essence and spice industry will gradually increase Limited by technology and talents, the concentration Red'>of essence and fragrance industry in China is relatively low. After years Red'>of Red'>rapid development, China's essence and fragrance industry has emerged a number Red'>of prRed'>ofessional essence and fragrance production enterprises. Some key enterprises have developed Red'>rapidly and actively participated in global market competition. Enterprises with certain influence in the industry are accelerating their growth and expansion through joint ventures, mergers and acquisitions, restructuring, or the assistance Red'>of the capital market. The increase in industry concentration will become the future development trend Red'>of the domestic market. (3) Emerging markets have become the driving force for industry development Due to the unsynchronized development Red'>of the global economy, the essence and spice markets in different regions are also different. In regions such as Western Europe and North America that have taken the lead in development, the food and daily chemical industries have entered a highly developed stage, with a wide variety Red'>of products and high per capita consumption, but insufficient growth momentum. Although Asia, Africa, Eastern Europe and other regions started late, their economies developed Red'>rapidly. With the increase Red'>of population and per capita income, the demand for food and daily chemical products grew day by day, driving the development Red'>of essence and fragrance industry. Therefore, emerging markets have become the main driving force for the development Red'>of the global essence and spice market. In addition, consumers in different regions have different tastes for essence and spice products due to environmental, cultural and historical reasons. The local essence and spice manufacturers in emerging markets can rely on their knowledge Red'>of local consumers' taste preferences to launch more popular formulas, which may seize the development opportunity and change the market pattern Red'>of essence and spice to a certain extent. (4) The market competition is becoming increasingly fierce The essence and fragrance industry is highly open and the market competition is fierce. Internationally renowned essence and fragrance manufacturers can Red'>often lead the formulation Red'>of industry standards and the development direction Red'>of new products by virtue Red'>of their long-standing brand advantages, strong technical accumulation, advanced production equipment, good product quality and standardized business philosophy. At the same time, domestic enterprises are accelerating their participation in international market competition and cooperation by leveraging their accumulated production experience, talent reserves, and domestic cost advantages in recent years. At present, a group Red'>of local enterprises with international influence have emerged in China. Through continuous investment and pursuit Red'>of production technology and product quality, their brand awareness in the international market has gradually formed, and their influence is increasing day by day. The increasingly fierce competition pattern Red'>of the global essence and spice market will be. 3. Industry technical level and characteristics With the economic globalization, the continuous growth Red'>of the domestic economy and the gradual improvement Red'>of living standards, the global essence and fragrance layout has also undergone prRed'>ofound changes. The demand for essence and fragrance industry in developing countries has gradually increased, and the potential for Asian market growth has significantly increased. At present, the markets Red'>of western Europe, the United States, Japan and other developed countries are approaching saturation, and the sales focus Red'>of essence and spices is gradually shifting to developing countries. The world's top ten essence and fragrance enterprises have built factories in China with their accumulated production technology and process, rich marketing management experience and support from R&D centers. In recent years, the essence and fragrance industry in China has made great progress, and a number Red'>of prRed'>ofessional production enterprises have emerged. The production and R&D level has improved accordingly, and the gap with the counterparts in developed countries is gradually narrowing. In the spice industry, this trend is more pronounced; Some advantageous enterprises have achieved international advanced levels in terms Red'>of process, technology, production equipment, analysis and testing equipment, product quality, and raw material selection and matching through technological transformation and process optimization Red'>of traditional spice products, forming batch quantification and large-scale production. The extraction methods Red'>of natural flavors generally include traditional extraction techniques such as steam distillation, extraction, pressing, adsorption, new extraction techniques such as water diffusion, supercritical CO2 extraction, microcapsule two-phase extraction, molecular distillation, etc. The specific method used depends on the properties Red'>of the raw materials and the purpose Red'>of the flavors. The production Red'>of synthetic spices is not limited by natural conditions, resulting in stable product quality. Moreover, many spice products have unique aromas that do not exist in nature, leading to Red'>rapid development. With the progress Red'>of modern science and technology, many advanced analytical and testing technologies have been applied in the essence and flavor industry, such as the application Red'>of precision analytical methods and structural analysis technologies such as mass spectrometry, chromatography-mass spectrometry, nuclear magnetic resonance, infrared absorption spectroscopy, atomic spectroscopy, X-ray diffraction, etc., which have analyzed the chemical structures Red'>of aroma components in many natural flavors, providing a basis for the synthesis Red'>of these aroma substances. The advancement Red'>of organic synthesis technology and the development Red'>of the petrochemical industry have provided broader prospects for the development Red'>of spice synthesis. Currently, with the gradual scarcity Red'>of natural spice resources, a large number Red'>of spice products have been synthesized using petrochemical products as raw materials. Synthetic spices based on petrochemical and coal chemical raw materials have become an important symbol Red'>of the development Red'>of the spice industry due to their advantages Red'>of pure aroma, low price, and large-scale production. Fine chemical industry belongs to a technology intensive industry, and the industry's technological characteristics are primarily characterized by high requirements for technology intensity. Taking the essence and fragrance industry as an example, it involves the extraction technology Red'>of natural flavor, the preparation path and production process Red'>of synthetic flavor, and the flavoring technology, stabilization technology, extraction technology, etc. in the process Red'>of essence blending. The core competitiveness Red'>of technology is reflected in the chemical reaction process, the selection Red'>of core catalysts, and process control. Companies using different technologies have great differences in production efficiency and product quality. At the same time, the fine chemical industry is a highly comprehensive industry that requires the integration Red'>of advanced technologies from different disciplines and industries to develop new products, with high requirements for comprehensive technology. 4. Industry barriers (1) Strict supplier certification system At present, the global essence and fragrance industry market is mainly concentrated in the hands Red'>of a few well-known multinational companies. Whether they can obtain production orders from multinational companies and enter their global supplier system becomes the key factor for domestic manufacturers to achieve long-term development. Essence and flavor products are widely used in daily chemical products and food, which can have a direct impact on the health Red'>of consumers. Therefore, downstream manufacturers have established strict standards for the selection Red'>of suppliers. Suppliers need to possess industry-leading technology, stable quality, sufficient production capacity, and pass industry recognized production and quality management systems. In addition, well-known downstream manufacturers will conduct systematic assessments Red'>of suppliers to evaluate their supply guarantee capabilities in all aspects, which generally takes a long time. After going through negotiations, small batch experiments, and long-term testing to ensure that the product always has stable quality, on-site inspections are conducted until it has the ability to supply in large quantities and complete after-sales service, before it can Red'>officially enter the supplier list Red'>of downstream manufacturers. Once a stable supply relationship is formed between both parties, customers will not easily switch suppliers. Therefore, a strict supplier certification system has formed a high market barrier for new entrants. (2) Technical barriers Essence and fragrance products belong to special fine chemical products, whose key indicators are product quality and aroma, while aroma is difficult to be standardized with quantitative indicators. Different formulations, raw materials, processes, etc. will lead to differences in product quality and aroma, thus affecting the quality Red'>of downstream essence products. Through years Red'>of technological accumulation and exploration, companies that entered the industry earlier have basically mastered suitable process routes, formed their own product characteristics and quality, and established relatively stable supply relationships with downstream customers. New entrants need to master these technologies, which not only face difficulties in process, technology, and talent, but also face obstacles in short-term recognition from downstream customers, thus forming technical barriers to entering the industry. (3) Qualification barriers China implements a strict production license system for edible essence and spices. The production enterprises Red'>of edible essence and flavor shall obtain the food production license according to the national provisions on the management Red'>of production license Red'>of food and food additive products. The REACH regulatory system implemented by the EU for chemical supervision has become an obstacle to the export Red'>of spice products to the EU market due to high registration and maintenance costs, complex procedures, and strict requirements. (4) Environmental barriers With the increasing attention Red'>of society to environmental protection and the strengthening Red'>of government inspection on environmental protection, cleaner production and energy conservation and emission reduction have become the future development trend Red'>of essence and fragrance industry in China. The treatment technology Red'>of "three wastes" will become increasingly important in production process design and process route selection. To meet the requirements Red'>of national environmental protection and energy conservation and emission reduction, the investment and operation Red'>of environmental protection facilities will pose another obstacle for new entrants in the industry. (5) Brand barriers In order to meet the quality requirements Red'>of downstream enterprises, essence production enterprises will cooperate with upstream and downstream enterprises in product research and development and trial production, and determine the long-term supply and demand relationship on this basis. Therefore, in order to maintain the unique aroma and taste Red'>of products for a long time and maintain the stability Red'>of product taste, essence and spice, daily chemicals, food and beverage manufacturers usually do not easily change the upstream essence suppliers to form a fixed brand effect. ...
https://en.sindbo.com/html/0319521837.html2021-7-29
List Red'>of spice concept listed companies, what are the spice listed co
      The spice concept listed companies include: Fengle Seed Industry 000713: The main products Red'>of the seed industry include hybrid rice seeds, hybrid corn seeds, conventional rice seeds, wheat seeds, and melon and vegetable seeds; The main products Red'>of the agricultural chemical industry include dryland herbicides, insecticides, etc; The main products Red'>of the spice industry are natural menthol and peppermint oil. Aipu Stock 603020: In the whole industrial chain involving the fragrance essence industry, its upstream covers many fields such as agriculture, forestry, animal husbandry, chemical industry, etc., involving planting, breeding, agricultural science and technology, harvesting and processing and other resource based basic links. The development Red'>of the fragrance essence industry can also greatly drive the development Red'>of the "agriculture, rural areas and farmers" economy and the agricultural economy and technology level in the central and western regions; Its downstream covers many fields Red'>of consumer goods industry, which is closely related to the expansion Red'>of consumption and the improvement Red'>of people's living standards. The technical level Red'>of flavor essence products plays a vital role in the healthy and orderly development Red'>of downstream industries. Qingsong Stock 300132: The synthetic camphor series products mainly include synthetic camphor, isoborneol, isoborneol acetate, camphene, dipentene, sodium acetate, etc; The Borneol series products mainly include Borneol, fennel oil, etc; Essence mainly include myrcene, ambergone and benzyl acetate. The data is for reference only and does not constitute investment advice. Any actions taken based on it are at your own risk. ...
https://en.sindbo.com/html/4501933322.html2021-7-1
In response to the "Proposal for Building a Standardized and Orderly
In order to ensure the safety Red'>of public cosmetics consumption and promote the sustainable and healthy development Red'>of the cosmetics online sales market, under the guidance Red'>of the National Medical Products Administration, the association has issued a "Proposal for Building a Standardized and Orderly Cosmetics Online Sales Market" to 9 mainstream cosmetics e-commerce platforms, including Alibaba, JD.com, Jumei Youpin, Vipshop, NetEase Yanxuan, Kaola Haigou, Pinduoduo, Xiaohongshu, and Suning.com. The proposal has received positive responses from major e-commerce platforms and signed commitment letters, promising to strictly fulfill the legal responsibilities Red'>of e-commerce platform management, consciously resist the use Red'>of the internet to produce and sell illegal cosmetics, and push cosmetics consumption prompts in appropriate positions on the cosmetics product display page every May to remind consumers to pay attention to the risks Red'>of cosmetics consumption. In May 2021, according to the National Medical Products Administration's plan for the 2021 National Cosmetics Safety Science Popularization Week, mainstream e-commerce platforms released cosmetics safety consumption tips as one Red'>of the activities Red'>of the National Cosmetics Safety Science Popularization Week. Alibaba, JD.com, Jumei Youpin, Vipshop, NetEase Yanxuan, Kaola Haigou, Pinduoduo, Xiaohongshu, and Suning.com, nine mainstream cosmetics e-commerce platforms, have already pushed the 2021 cosmetics consumption safety tips on their respective platforms: "The National Medical Products Administration reminds you that cosmetics cannot claim medical effects or have therapeutic effects. Products claiming to treat skin diseases such as eczema in children do not belong to cosmetics ...
https://en.sindbo.com/html/874603354.html2021-5-20
Focusing on carbon peak and carbon neutrality, the environmental pro
The goal Red'>of striving to peak carbon emissions before 2030 and achieve carbon neutrality before 2060 provides direction for China to achieve green and low-carbon development. At the 2021 Environmental Entrepreneurs Media Conference recently held by the Environmental Chamber Red'>of Commerce Red'>of the All China Federation Red'>of Industry and Commerce, several industry insiders stated that this year marks the beginning Red'>of the 14th Five Year Plan, and the comprehensive construction Red'>of a socialist modernized country has embarked on a new journey. With the goals Red'>of carbon peak and carbon neutrality, the development Red'>of the environmental protection industry has ushered in an opportunity period. When it comes to the impact Red'>of carbon neutrality on enterprises, Li Junfeng, the first director Red'>of the National Center for Climate Change Strategy Research and International Cooperation and the director Red'>of the Renewable Energy Committee Red'>of the China Energy Research Association, pointed out that the proposal Red'>of carbon neutrality targets is Red'>of epoch-making significance. Currently, 40% Red'>of the world's economies are striving towards carbon neutrality. From this perspective, we must join and adapt to this big trend, so that the entire industrial process and route will be smooth, "said Li Junfeng. Zhao Lijun, President Red'>of the Environmental Chamber Red'>of Commerce and Chairman Red'>of Botian Environment, stated that in the next 5 to 10 years, China's existing shortcomings in urban black and odorous water bodies, garbage disposal, and industrial and mining enterprise pollution will be accelerated, and traditional environmental governance work will be completed around 2030. In this process, the market behavior Red'>of environmental pollution control mainly based on investment and construction will gradually withdraw, and the environmental industry will shift towards a stock era mainly focused on operation and maintenance services, quality improvement and efficiency enhancement, "said Zhao Lijun. Looking ahead, industry insiders are generally optimistic that the environmental protection industry will usher in a period Red'>of development opportunities, and it is expected that the boundaries Red'>of the industry will further blur, and the integration Red'>of environmental protection and energy will become a trend. Zhao Lijun believes that as we enter a new stage Red'>of development, implement new development concepts, and build a new development pattern, the environmental protection industry will also usher in a new important window period. At the same time, he expects that with the continuous expansion Red'>of the ecological environment field, the industrial boundaries will further blur, and the environmental protection industry will also usher in more opportunities. The traditional environmental industry will gradually shift from incremental to stock market, and the characteristics Red'>of modern service industry will be further highlighted. The industry will shift towards three core drivers: core technology, core products, and core service capabilities. "Under the goal Red'>of carbon peaking and carbon neutrality, the environmental protection industry will usher in three transformations, from end to source control, from single factor control to coordinated control in the past, and from conventional pollutant control to special pollutant control in the environmental protection industry." Luo Jianhua, vice chairman and chief environmental policy expert Red'>of the Environmental Chamber Red'>of Commerce, said that based on the new trends in these three aspects, environmental protection enterprises can contribute to low-carbon undertakings in the circular economy, low-carbon operation Red'>of environmental protection facilities, and development Red'>of non fossil energy, which is both an opportunity and a challenge. Li Qilin, Executive Chairman Red'>of the Environmental Chamber Red'>of Commerce and President Red'>of Fresh Environment, stated that the existing business Red'>of the traditional energy industry will be affected in the short term, and the proportion Red'>of new energy will continue to increase. Traditional environmental business will also have continuous operational services in addition to engineering services. In the long run, there is still a relatively large space in the existing market. ...
https://en.sindbo.com/html/3781563437.html2021-3-11
Production capacity warning: The ratio Red'>of epoxy propane production c
By 2025, the production capacity/demand ratio Red'>of epichlorohydrin will reach 176%, resulting in overcapacity. The production capacity/demand ratios Red'>of polypropylene and acrylonitrile are 106% and 118% respectively. Among them, polypropylene will face structural overcapacity and declining operating rates due to the large import volume Red'>of high-end varieties, and acrylonitrile will also face the pressure Red'>of declining operating rates. 1. Acrylic China has abundant sources Red'>of propylene. In 2020, steam cracking, catalytic cracking, methanol to olefin, and propane dehydrogenation facilities were all built and put into operation. The annual increase in propylene production capacity was 7.76 million tons/year, and the total production capacity reached 47.03 million tons/year, an increase Red'>of 20% compared to 2019. The average annual growth rate Red'>of production capacity from 2016 to 2020 was 9.5%; In 2020, the utilization rate Red'>of propylene production capacity in China was 77%. Between 2020 and 2025, China will add 20 million tons/year Red'>of propylene production capacity, with an average annual growth rate Red'>of 6.7% from 2020 to 2025. In 2020, China's demand for propylene was 38.59 million tons, with a self-sufficiency rate Red'>of 94%. It is expected that the average annual growth rate Red'>of propylene demand in China will be 8.3% from 2020 to 2025; In 2025, the production capacity/demand and total supply/demand will be 113% and 117% respectively. 2. Polypropylene In 2020, China's polypropylene production capacity increased by 3.7 million tons per year, with a total capacity Red'>of 28.16 million tons per year, an increase Red'>of 15% compared to 2019; In 2020, the utilization rate Red'>of polypropylene production capacity in China was 91%. Between 2020 and 2025, China will increase its polypropylene production capacity by 17.69 million tons per year, with an average annual growth rate Red'>of 10.2%. In 2020, China's demand for polypropylene was 31.59 million tons, with a self-sufficiency rate Red'>of 81%. It is expected that the average annual growth rate Red'>of polypropylene demand in China will be 6.4% from 2020 to 2025; By 2025, the production capacity/demand and total supply/demand will be 106% and 120% respectively. 3. Epoxy propane In 2020, China had no new production capacity for epoxy propane, with a total capacity Red'>of 3.21 million tons per year; In 2020, the utilization rate Red'>of epoxy propane production capacity in China was 80%. Between 2020 and 2025, China will add 4.62 million tons/year Red'>of epoxy propane production capacity, with an average annual growth rate Red'>of 19.5% from 2020 to 2025. In 2020, China's demand for epichlorohydrin was 3.08 million tons, with a self-sufficiency rate Red'>of 83%. It is expected that the average annual growth rate Red'>of epoxy propane demand in China will be 7.7% from 2020 to 2025; In 2025, the production capacity/demand and total supply/demand will be 176% and 187% respectively. 4. Acetone In 2020, China added 370000 tons/year Red'>of acetone production capacity, with a total capacity Red'>of 1.96 million tons/year, an increase Red'>of 23% compared to 2019; In 2020, the utilization rate Red'>of acetone production capacity in China was 75%. Between 2020 and 2025, China will add 500000 tons/year Red'>of acetone production capacity, with an average annual growth rate Red'>of 4.7% from 2020 to 2025. In 2020, China's demand for acetone was 2.2 million tons, with a self-sufficiency rate Red'>of 67%. It is expected that the average annual growth rate Red'>of acetone demand in China will be 12.8% from 2020 to 2025; By 2025, the production capacity/demand and total supply/demand will be 61% and 79% respectively. 5. Bisphenol A In 2020, the total production capacity Red'>of bisphenol A in China was 1.79 million tons per year, with a capacity utilization rate Red'>of 88%. Between 2020 and 2025, China will add 1.98 million tons/year Red'>of bisphenol A production capacity, with an average annual growth rate Red'>of 16.1%. In 2020, China's demand for bisphenol A was 2.13 million tons, with a self-sufficiency rate Red'>of 73%. It is expected that the average annual growth rate Red'>of bisphenol A demand in China will be 11.3% from 2020 to 2025; By 2025, the production capacity/demand and total supply/demand will be 104% and 119% respectively. 6. Polycarbonate In 2020, China added 280000 tons/year Red'>of polycarbonate production capacity, with a total capacity Red'>of 1.94 million tons/year, an increase Red'>of 17% compared to 2019; In 2020, the utilization rate Red'>of polycarbonate production capacity in China was 49%. Between 2020 and 2025, China will add 1.79 million tons/year Red'>of polycarbonate production capacity, with an average annual growth rate Red'>of 13.9%. In 2020, China's demand for polycarbonate was 2.34 million tons, with a self-sufficiency rate Red'>of 41%. It is expected that the average annual growth rate Red'>of polycarbonate demand in China will be 9.3% from 2020 to 2025; In 2025, the production capacity/demand and total supply/demand will be 102% and 137% respectively. 7. Epoxy resin In 2020, the total production capacity Red'>of epoxy resin in China reached 2.21 million tons per year, with a capacity utilization rate Red'>of 55%. Between 2020 and 2025, China will add 300000 tons/year Red'>of epoxy resin production capacity, with an average annual growth rate Red'>of 2.6% from 2020 to 2025. In 2020, China's demand for epoxy resin was 1.56 million tons, with a self-sufficiency rate Red'>of 78%. It is expected that the average annual growth rate Red'>of epoxy resin demand in China will be 4.0% from 2020 to 2025; In 2025, the production capacity/demand and total supply/demand will be 132% and 149% respectively. 8. Acrylic acid In 2020, China's acrylic acid production capacity was 3.36 million tons per year, with a capacity utilization rate Red'>of 79%. Between 2020 and 2025, China will add 1.04 million tons/year Red'>of acrylic acid production capacity, with an average annual growth rate Red'>of 5.5% from 2020 to 2025. In 2020, China's demand for acrylic acid was 2.66 million tons, with a self-sufficiency rate Red'>of 100%. It is expected that the average annual growth rate Red'>of acrylic acid demand in China will be 7.9% from 2020 to 2025; By 2025, both production capacity/demand and total supply/demand will be 113%. 9. N-butanol In 2020, China's n-butanol production capacity was 2.59 million tons per year, with a capacity utilization rate Red'>of 72%. Between 2020 and 2025, China will add 530000 tons/year Red'>of n-butanol production capacity, with an average annual growth rate Red'>of 3.8% from 2020 to 2025. In 2020, China's demand for n-butanol was 2.15 million tons, with a self-sufficiency rate Red'>of 87%. Expected annual growth rate Red'>of n-butanol demand in China from 2020 to 2025 is 8.0%; By 2025, the production capacity/demand and total supply/demand will be 99% and 108% respectively. 10. Isooctanol In 2020, China's isooctanol production capacity was 2.38 million tons per year, with a capacity utilization rate Red'>of 87%. Between 2020 and 2025, China will add 210000 tons/year Red'>of isooctanol production capacity, with an average annual growth rate Red'>of 1.7% from 2020 to 2025. In 2020, China's demand for isooctanol was 2.35 million tons, with a self-sufficiency rate Red'>of 88%. It is expected that the average annual growth rate Red'>of demand for isooctanol in China will be 6.8% from 2020 to 2025; In 2025, the production capacity/demand and total supply/demand will be 79% and 87% respectively. 11. Acrylonitrile In 2020, China added 260000 tons/year Red'>of acrylonitrile production capacity, with a total capacity Red'>of 2.6 million tons/year, an increase Red'>of 11% compared to 2019; In 2020, the utilization rate Red'>of acrylonitrile production capacity in China was 86%. Between 2020 and 2025, China will add 980000 tons/year Red'>of acrylonitrile production capacity, with an average annual growth rate Red'>of 6.6%. In 2020, China's demand for acrylonitrile was 2.47 million tons, with a self-sufficiency rate Red'>of 90%. It is expected that the average annual growth rate Red'>of acrylonitrile demand in China will be 4.2% from 2020 to 2025; By 2025, the production capacity/demand and total supply/demand will be 118% and 125% respectively. Supply and demand balance Red'>of major products in the propylene industry chain in 2020 and 2025 2020及2025年丙烯产业链主要产品产能/需求比例 ...
https://en.sindbo.com/html/2916874429.html2021-2-8
Two green design product standards for titanium dioxide and iron oxi
  According to the Announcement Red'>of the China Petroleum and Chemical Industry Federation on the Approval and Release Red'>of Six Group Standards, including the Technical Specification for Green Design Product Evaluation Red'>of Furniture Adhesives (No. 02 Red'>of 2021), the "Technical Specification for Green Design Product Evaluation Red'>of Titanium Dioxide" (T/CPCIF 0088-2021, T/CNCIA 02008-2021) and "Technical Specification for Green Design Product Evaluation Red'>of Iron Oxide Pigments" (T/CPCIF 0089-2021, T/CNCIA 02009-2021) drafted by the China Coatings Industry Association were Red'>officially released on February 3, 2021, and implemented on May 3, 2021.   On June 30, 2016, the Ministry Red'>of Industry and Information Technology formulated the "Industrial Green Development Plan (2016-2020)", proposing to establish a standard system for industrial green design products, carry out green design pilot demonstrations, formulate green product evaluation standards, and strive to create 100 green demonstration parks and 1000 green demonstration factories by 2020, promote and popularize 10000 types Red'>of green products, and preliminarily form green supply and industrial chains in major industries. On December 25, 2016, the General Office Red'>of the State Council issued the "Implementation Plan for the Extended Producer Responsibility System" (Ting Zi [2016] No. 99), proposing a full lifecycle system. In accordance with the requirements Red'>of the State Council and the deployment Red'>of "Green Manufacturing 2025", the Ministry Red'>of Industry and Information Technology will deeply implement the concept Red'>of green development, build a green manufacturing system, promote the formation Red'>of green production methods, actively promote green design Red'>of industrial products, improve product competitiveness, enhance the quality and efficiency Red'>of supply, and carry out green design pilot demonstrations and formulate green product evaluation standards during the 13th Five Year Plan period.   Under the unified deployment Red'>of the Ministry Red'>of Industry and Information Technology and the guidance Red'>of the China Petroleum and Chemical Industry Federation, the China Coatings Industry Association has carried out the creation Red'>of a green manufacturing system for the coatings industry during the 13th Five Year Plan period. A series Red'>of green design product evaluation standards have been developed, including water-based building coatings, water-based wood coatings, cathodic electrophoretic coatings, metal oxide mixed phase pigments, titanium dioxide, and iron oxide pigments. More than 50 types Red'>of coatings and pigment products from Jiabao Chemical Group Co., Ltd.,Xiangjiang Coating Technology Co., Ltd., and Hunan Jufa Technology Co., Ltd. have been selected for the list Red'>of green design products by the Ministry Red'>of Industry and Information Technology, playing a good demonstration and driving role. At the same time, the China Coatings Industry Association has released the "Evaluation Requirements for Green Coating Parks" during the 13th Five Year Plan period, and the evaluation standards for green factories in industries such as coatings, titanium dioxide, and iron oxide pigments are also about to be released. This has laid a solid foundation for the green development Red'>of the coatings and pigments industry during the 14th Five Year Plan period. Attachment: Drafting units for two standards Technical Specification for Green Design Product Evaluation - Titanium Dioxide Main drafting units: Longmang Baillian Group Co., Ltd., Shandong Daoen Titanium Industry Co., Ltd., Pangang Group Vanadium Titanium Resources Co., Ltd., Shandong Dongjia Group Co., Ltd., CITIC Titanium Industry Co., Ltd., China Chemical Environmental Protection Association, China Coatings Industry Association Participating drafting units: Guangxi Jinmao Titanium Industry Co., Ltd., Qianjiang Fangyuan Titanium Dioxide Co., Ltd., Shandong Lubei Enterprise Group Co., Ltd., Xuzhou Titanium Dioxide Chemical Co., Ltd., Guangxi Blue Star Dahua Chemical Co., Ltd., Anhui Jinxing Titanium Dioxide (Group) Co., Ltd Technical Specification for Evaluation Red'>of Green Design Products - Iron Oxide Pigments Jiangsu Yuxing Industry and Trade Co., Ltd., Yixing Huayi Yipin Coloring Technology Co., Ltd., Hunan Sanhuan Pigments Co., Ltd., Anhui Tongling Ruilai Technology Co., Ltd., Zhejiang Huayuan Pigments Co., Ltd., Huzhou Youcai New Materials Co., Ltd., Langsheng (Ningbo) Pigments Co., Ltd., Jiangsu Shitong Coloring New Materials Co., Ltd., China Chemical Environmental Protection Association, China Coatings Industry Association...
https://en.sindbo.com/html/7510892835.html2021-2-8
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