Sodium sulfide market to amass substantial returns from ore processing applications, global industry to register a valuation of USD 665 million by 2024
U.S. Sodium Sulfide Market Size, By Application, 2017 & 2024, (Kilo Tons)
Copper is an excellent heat and electricity conductor, besides having other suitable properties, making it ideal for heating systems, power transmission and various aesthetic parts of a building. The sodium sulfide market has benefited from the consistent demand for copper in construction sector throughout the world. A report suggested that the construction market is projected to grow annually at a rate of nearly 4.5% till 2020, a fact clearly supported by the vast population observed in the Asia-Pacific region. Boasting of a strong mining infrastructure and mounting investments in mineral exploration, the region could provide considerable propulsion to the sodium sulfide industry through the production of copper.
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Essentially, most of the building components made of copper have high levels of recycled content, more than 80% in many cases. The metal is considered to be important for ensuring the energy efficiency of green buildings, an up and coming trend in the construction sector worldwide. Copper is extremely suited for environmentally sound plumbing and wiring, in addition to its uses in bathroom fittings and lighting. The high-conductivity of copper has led to its utilization in advanced occupant monitoring systems and for heat transfer in water heater systems. Intrinsically, the need for improving energy efficiency in buildings will ensure elevated copper demand, driving the sodium sulfide industry growth.
Worldwide trends have shown that Europe is moving faster towards sustainable construction, suggesting broader development prospects for the copper industry. Expounding the tremendous opportunities for the consumption of the metal, it is widely used in the manufacturing sector for making parts of automobiles, electronics and many other components. As such, mining companies are looking to expand their production of copper, even though it has already been one of the most mined ores in the human history. Increased ore processing activities to meet the global requirements will also bolster other industries involved in its production, including the steadily booming sodium sulfide market.
It was estimated that globally, around 19.7 million metric tons of copper was produced from mines in 2017, with consumption of the element currently standing at nearly 23.8 million metric tons per year. The evidence of a robust increase in the demand and use of copper, and subsequent proliferation of the sodium sulfide market, can be gathered by the efforts of companies like Excelsior Mining, who are seeking the development of new mines. In 2017, the company had received permission by Arizona regulators to open the state’s first copper mine in over a decade, boosting the supply of the element in the U.S. and the state’s own mining revenues.
Speaking further, the Arizona mine has a life expectancy of almost a quarter century, signifying consistent copper supply over the coming years. Also, world’s second largest copper producer, Peru, recently launched another new copper mine worth USD 1.6 billion, that would produce 102,000 t/year of copper concentrated with operations starting in 2020. These are only some instances underscoring the extensive requirements of copper ore processing worldwide, which will eventually fuel the sodium sulfide market expansion. Citing another example to demonstrate the industry potential, a Chinese owned firm had, in August this year, started production at a new copper mine in Zambia, with its full capacity set to be reached by 2020.
All in all, continuous rise in the production copper throughout the globe, along with other ferrous and non-ferrous elements that are widely used by different industries, will accelerate the sodium sulfide market size in the imminent future. Massive consumption of the compound in paper, textile products and leather goods will also generate substantial revenue for the global sodium sulfide industry, pushing it beyond USD 665 million by 2024.
Author Name : Pankaj Singh
APAC bleaching agents market to record massive gains, global industry to procure an astounding valuation of USD 91 billion by 2025
With expansion of industries like textile, paper & pulp and wastewater treatment, it is now rather evident that bleaching agents market will register significant growth over 2018-2025 as such chemicals find extensive application in the aforementioned industries. For instance, in October 2018, textile and apparels exports in India recorded a notable 38% jump as overseas demand for Indian clothing accelerated. As the global economy has begun to recover, U.S. has led the demand for Indian clothing and compared to October of 2017 which recoded the export of Rs147.79 billion worth of apparels, in October 2018, exports stood at Rs203.53 billion.
U.S. bleaching agents market size, by application, 2014 – 2025 (USD Billion)
Considering that the Confederation of Indian Textile Industry is actively working to maintain such export revenues, it is rather overt that the Indian textile industry will receive a prominent boost from such endeavors and the bleaching agents market will in turn reap the benefits of such developments over 2018-2025.
It should be noted that Asia Pacific bleaching agents market generated quite some appreciable returns in 2017 that can be largely attributed to not only the textile industry of India but also the textile industry of China, which is incidentally the largest textile producer and exporter in the world. The rapidly growing Chinese textile industry has become one of the pillars in the country’s economic development with China’s textile exports being valued at approximately $10 billion in 2017, which is estimated to be 37.2% of the global market share. A massive and low-cost labor force as well as material supply availability has lent a competitive edge to China in the textile industry landscape. As a result, the country has come to occupy a leading position in the bleaching agents market as well as bleaching agents are one of the most essential chemicals involved in the textile industry.
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A part of the Asia Pacific bleaching agents market revenue in 2017 can also be attributed to the use of bleaching agents in the paper & pulp and chemical industries in countries like China and India. Bleaching agents like hydrogen peroxide find extensive application in digital printing and flex printing as well as in manufacturing of packaging materials. Other Asian countries like Indonesia have come to realize the potential in the paper & pulp industry and are increasing investments not only to bring in the latest technology to support the growth of the industry but also to increase competitiveness of its products in the global market.
Indonesia apparently has the raw materials and favorable subtropical climate that makes it a major competitor in the paper & pulp industry. With national industrial policies being aligned to prioritize the paper & pulp industry in Indonesia as it provides a significant contribution to the national economy, the bleaching agents industry in the country is also expected to receive a significant boost over 2018-2025.
It should be mentioned that in world increasingly concerned about the ecological effects of harsh bleaching agents, the bleaching agents market has faced some major challenges when it came to expanding operations. However, active research and development in the bleaching agents industry and innovative new agents have effectively by-passed such hurdles that stood in the way of the industry’s growth.
For instance, the pulp and paper industry has made efforts to reduce the chloro-organic and chloride discharges by substituting harmful chlorine-based chemicals with oxygen, hydrogen peroxide and ozone. Modifications at the pulping and bleaching stages in the manufacturing process have been made to reduce the toxic effect of bleaching waste water in order to adhere to stringent emission standards and environmental concerns.
The utilization of industrial waste water to manufacture products like enzymes and the utilization of enzymes in bleaching to minimize the chemical consumption of chlorine-based bleaching agents offer innovative and environmentally sensible technologies that can significantly reduce the environmental impact of the bleaching agents industry. With innovations paving the way for a profitable bleaching agents industry, it is estimated that the bleaching agents market will record a commendable growth rate in the years ahead.
Author Name : Paroma Bhattacharya
Polyacrylamide market to witness major demand from water treatment applications, Asia Pacific to be a major revenue pocket
Global polyacrylamide market is set to rise at an unprecedented pace with the global population battling the catastrophe of water scarcity and depleting water resources. Recognized as an excellent flocculent, polyacrylamide is highly used as a water absorbing polymer in the treatment of waste water released from household and industrial sectors. Polyacrylamide Market is further projected to gain strong footing with the formulation of stringent regulatory compliances pertaining toward waste water treatment. Such regulations coupled with the wide usage of this chemical in water treatment applications have left subsequent impact on the demand of polyacrylamide market, which was pegged at USD 5.5 billion in 2016. Below mentioned are most lucrative applications of polyacrylamide.
U.S. polyacrylamide market size, by application, 2013 – 2024 (USD Million)
The polluted water resources are one of the major concerns being addressed by the government and environmental bodies. Treatment and protection of water & sewage is closely linked to preservation of the environment and has received more attention from the regulatory bodies. Polyacrylamide, thus plays a very important role in the field of water treatment. Severe regulations imposed by the governments to treat the industrial waste water before releasing, has significantly contributed toward the growth of polyacrylamide market size. Estimates claims polyacrylamide industry size from water treatment applications to grow at an annual rate of 8% over 2017-2024.
Geographically, Asia Pacific is one of the major growth avenues of polyacrylamide market, driven by vigorous initiatives in this region to conserve its natural water resources coupled with increasing waste water ratio due to rapid industrialization. As per the estimates, APAC is foreseen to exhibit a CAGR of 8% over 2017-2024, primarily driven by China, India, and Malaysia. China’s total waste water discharge has increased from 41.5 billion tones in 2000 to 68.5 billion tones in 2012, a significant raise of 65% over the period. Growing urbanization trends in the region has led to a raise in domestic wastewater volumes. China’s urbanization rate has soared from 36% to 53% over 2000-2012 and is anticipated to be over 60% by 2020. Subject to this fact, China polyacrylamide market is likely to witness a lucrative roadmap over the coming seven years.
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Polyacrylamide is extensively used in the oil industry to enhance the oil recovery and is prominently used as a drilling and fracturing fluid. Driven by this wide range of application spectrum, polyacrylamide market share from petroleum application is set to record a CAGR of 8.5% over 2017-2024. A significant rise in the demand for energy has impelled the exploration, production, and recovery of oil and petroleum on a large scale. For instance, prevailing shale oil & gas resources in the US have increased the demand for polyacrylamide for drilling activities. As per estimates, North America polyacrylamide market is set to double its market value from 2016 recorded at 1 billion to USD 2 billion by 2024.
Opportunities for investors | Geographical scope
Apart from polyacrylamide’s major use in petroleum and water treatment, it also finds application in the paper-making, mining, textile, personal care, agriculture, and construction sector. Non-ionic, cationic, and anionic are the key product segments used in these applications. In Latin America and Middle East, the growth of polyacrylamide industry is relatively lower due to lack of product penetration and low application scope. However, in Asia Pacific, application of polyacrylamide is chiefly concentrated in water treatment & paper making sectors. While in Europe & North America there is a greater product demand from oil & gas and mining sectors.
In 2016, the global polyacrylamide industry share was fairly consolidated with top industry players catering to 40% of the total market demand. PetroChina Company Ltd, Mitsubishi Rayon Co Ltd., BASF, Anhui Jucheng Fine Chemicals Co. Ltd., Xitao Polymer Co Ltd., SNF Floerger Group, and Kemira, were the prominent players accumulating subsequent industry chunk. The overall polyacrylamide industry has several contributors, but in terms of production, it is predominantly represented by major players from Asia Pacific.
Considering the competitive scenario, the current trends demonstrate the engrossment of industry players in developing their product portfolios and expanding their global reach with mergers & acquisitions. Moreover, in the coming years companies are likely to focus on backward integration plans and on upgrading their current infrastructure to expand their production capacities for grabbing major industry share. For instance, a leading specialty chemical company Solenis, invested USD 5 million in its Russia manufacturing facility to upgrade its infrastructure. This has helped the unit to double its production capacity of polyacrylamide and efficiently exploit the enormous potential of this fraternity.
Polyacrylamide market faces certain hindrances, especially, due to the carcinogenic nature of acrylamide monomer. Stringent norms regarding its use in some countries may act as a major roadblock to the growth of the market. However, manufactures are vigorously focusing on research & development activities for the development of various bio-based polyacrylamides, that will meet the environmental standards. The rapid product diversification and a broad range of applications pertaining to the polyacrylamide industry well justifies its profitability landscape. According to Global Market Insights, Inc. polyacrylamide market is slated to surpass a valuation of USD 10 billion by 2024.
Author Name : Ojaswita Kutepatil
Peracetic acid market to be primarily driven by growing product consumption across the F&B sector, global industry to chronicle its name in the billion-dollar business cosmos by 2025
The increasing use of peracetic acid as a cleanser, disinfectant, antimicrobial, and sanitizer has been stimulating peracetic acid market share. End-use sectors such as f&b, bottling, and meat & poultry processing have been extensively using peracetic acid for disinfecting foodstuffs. In addition, for removing bacteria and fungi from fruits and vegetables, cleansing textile fabrics, processing papers, and treating wastewater, peracetic acid has been preferred on a large scale.
U.S. Peracetic Acid Market Size, By End-user, 2014 – 2025 (USD Million)
The increasing development of production plants related to bottling, agricultural food products, and meat processing facilities have thus been having a significant influence on the peracetic acid market size. Regulatory bodies like FDA have also been playing a major role in the enhancement of product quality by providing guidelines for numerous industries over the use of peracetic acid. Driven by a supportive regulatory landscape and a widespread application spectrum, peracetic acid market trends are likely to receive a commendable boost in the years ahead.
As of now, driven by the rapidly growing population, investments in the food processing industry have depicted a major rise, specifically in packaged food products. In accordance, regulatory organizations and other administrative bodies have implemented supportive policies to increase product adoption. This would perpetually impact peracetic acid market share, since most of the bottling plants use peracetic acid to reduce microbial contamination owing to its antiseptic nature. The product is also used in the brewing industry as a sanitizer. The shifting trends toward completely eliminating microbial contamination with aseptic packaging has turned out to be rather profitable for the bottling and beverage industry, since aseptic packaging provides a longer shelf life and minimum shipping costs.
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Aseptically packaging solutions are also preferred by high and low acid beverage producers, further increasing the demand for peracetic acid. Another additional benefit of peracetic based packaging is that there is no need to deliver the products through a refrigerated enclosure. In accordance, it would be rather overt to mention that the surging establishment of new brewing and dairy product plants will have a notable impact on peracetic acid market. For instance, a few months before, the American beverage company, Coca-Cola decided to invest USD 250 million to build a manufacturing and distribution plant in North Houston. This one-million-square-foot facility will start operating by 2020 with the production of plastic bottles and cans for water and sparkling drinks.
In this rapidly evolving business sphere, taking into account the future opportunities renowned companies have been striving to strengthen their product portfolio by adopting various strategies. Validating the aforementioned fact, few days before, German-based chemical manufacturer, Evonik has signed agreement to acquire U.S.-based PeroxyChem for USD 625 million. PeroxyChem mainly manufacturers peracetic acid and hydrogen peroxide for the specialty applications. With this acquisition, Evonik would now be able to expand its portfolio of environment friendly and high-growth specialty applications. Through such strategic business initiatives, players in the peracetic acid market have been extending their regional reach and enhancing their customer base globally.
Peracetic acid manufacturing companies have consistently been under regulatory scrutiny, however, the favorable regulatory framework has helped them establish advanced research and development facility centers. For instance, recently, EPA provided the green signal for Biosan’s newly developed product that can be used for disinfection and sanitization of laundry. This peracetic acid based product controls dangerous microorganisms like Pseudomonas aeruginosa and Staphylococcus aureus which are mainly found in the laundry pertaining to the hospitality industry. Aided by the supportive sanction from EPA, Biosan LLC has set benchmark for further development peracetic acid sanitizer.
Increasing importance for peracetic acid across industrial and commercial spheres owing to its effectiveness and cost-saving features is thus poised to boost the product demand over the years ahead. The changing approach of the companies toward enhancing their customer base with frequent mergers and acquisitions is also likely to strengthen the pace of peracetic acid industry over the years ahead. For the record, by the end of 2025, overall peracetic acid market will surpass revenue collection of USD 1.2 billion.
Author Name : Sunil Hebbalkar
Chitosan market to register a double-digit CAGR over 2018-2024, surging demand from wastewater treatment to expedite the industry expansion
In a world consumed with the concern of reducing waste and bring down greenhouse gases emission, chitosan market has gained major prominence in the last couple of decades since the compound has proven to be one of the most ecofriendly biopolymers. Recently a group of bioengineers from University of Nottingham in UK have joined a counterpart team in Nile University, Egypt to develop a substitute for conventional plastic carry bags using chitosan. The biodegradable alternative will be designed to be greener than more conventional polythene derived from fossil fuels and can also be used to extend the shelf life of foodstuffs.
U.S. chitosan market size, by end-user, 2013 – 2024 (USD Million)
Apparently, developing nations like Egypt have a major problem when it comes to disposal of plastic bags and reduction of water contamination. The use of bioplastics is not feasible in the African nation where most plants are grown for food and cotton. Chitosan, the man-made polymer derived shrimp shell, has emerged as viable solution for the production of a biopolymer nanocomposite material that can replace polyethene. The success of chitosan in Egypt can lead to British manufacturers opting for it as well which is eventually expected to lend a major boost to the chitosan market over 2018-2024.
Chitosan is already a very recognized material in waste water treatment industry as well as food packaging industry. Research has demonstrated that the biopolymer chitosan can be used as a coagulating agent for organic compounds, toxic heavy metals and for adsorption of dyes and minor concentrations of phenols in various industrial wastewaters. Absorption in waste water treatment has been attracting scientific focus as it is a high efficiency, low cost method and absorbents are easily available. Driven by industrialization and urbanization, water pollution has become a major threat on Planet Earth. Chitosan industry has forged a remarkable growth avenue for itself as it has proved to be one of the most effective compounds for the removal of heavy metals or metalloids through adsorption.
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Chitosan market has also etched out a growth path through the development of edible alternatives in food packaging. Researchers are therefore developing packaging alternatives made of chitosan as an option that has the potential to replace plastic in the food and animal feed industries. As per the Australian Marine Debris Initiative Database, plastics constitute one of the biggest pollutants in the Australian waterways, with up to 130,000 tones winding up in the ocean each year. Researchers at the National University of Singapore have succeeded in developing an ecofriendly food packaging material that is chemical additives free by fortifying natural chitosan composite film with seed extract from grapefruit. This innovative food packaging material can impede fungal growth resulting in doubling the shelf life of perishable food. As such packaging options come to achieve mainstream acceptance, chitosan market is bound to register a growth influx over the ensuing years.
The production procedure for chitin and chitosan involves use of hydrogen peroxide and high temperatures besides the use of aggressive agents, concentrated solutions of acids and sodium hydroxide. Large volumes of industrial wastewater containing acid and alkali are produced during the chemical treatment of chitin and chitosan. However, the compounds are used across a wide array of industries that include medicine, agriculture, cosmetics and food processing. Considering such applications and the relative eco friendliness of chitosan, extensive research and development is being conducted in the chitosan market to create a product that is not as harmful to the environment.
Recently a research endeavor has succeeded in obtaining low-molecular-weight, water-soluble chitin and chitosan that relies on electron-beam plasma degradation of chitosan in a specialized plasma chemical reactor. The new technique not only has the advantage of being environmentally friendly but also reduces the time needed to produce water-soluble chitosan from several days to minutes. As more investments related to chitosan find their niche in R&D programs, it is imperative that the chitosan market will register a massive growth rate over 2018-2024.
Author Name :Paroma Bhattacharya