Emergency Shower & Eyewash Stations Market Demand, Growth Drivers and Strategic Outlook 2030

 

• Emergency shower & eyewash stations are essential equipment installed in laboratories and industries where workers are likely to come in contact with hazardous substances and chemicals. The first few seconds after exposure to hazardous substances are crucial, and delay in treatment may lead to serious injuries. Hence, emergency shower and eyewash stations are installed in such environments.
• Various types of stations available in the market cater to requirements of every industry. The increasing health concerns of workers and stringent government laws are expected to drive the emergency shower & eyewash stations market during the forecast period.

Key Drivers and Opportunities of the Global Emergency Shower & Eyewash Stations Market

• Accidental exposure to hazardous substances can occur despite good engineering controls, equipment, and safety precautions. It is important to look beyond PPE to safeguard the employees. Emergency shower and eyewash stations help in providing on-spot decontamination. It helps in flushing away the hazardous substance that can cause injury. The increasing safety concerns of employees is expected to drive the emergency shower & eyewash stations market during the forecast period.

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• The other driving factor of the market is the growing number of end-use industries. Development of end-use industries coupled with government regulations pertaining to the safety of employees is expected to generate demand for more emergency stations around the world.
• Manufacturers in this industry have made improvements in emergency stations by improving its coverage, durability, and efficiency. The new emergency shower designs come with fluid dynamics technology while eyewash stations are incorporated with ceramic disc technology. Improvement in the product coupled with its easy availability and service capabilities are likely to open doors for new business opportunities in the market during the forecast period.

Europe to Hold Major Share of the Global Emergency Shower & Eyewash Stations Market

• In terms of geography, the global emergency shower & eyewash stations market can be divided into North America, Europe, Asia Pacific, Middle East & Africa, and South America.

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• Europe is expected to garner the highest share in the global emergency shower & eyewash stations market due to its blooming chemical industry. The market in Europe is projected to be followed by markets in North America and Asia Pacific during the forecast period.

Key Players Operating in the Global Market

Major players operating in the global emergency shower & eyewash stations market include:

• ACMAS Technologies Pvt. Ltd.
• Bradley Corporation
• Carlos Arboles, S.A.
• Cole-Parmer Instrument Company, LLC.
• Encon Safety Products
• Guardian Equipment
• Haws Corporation
• Honeywell International Inc.

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Submarine Combat System Market Set to Witness an Uptick during 2020 – 2027

The submarines have to face challenging situations while they are carrying out operations, they should be able to carry out their tasks with utmost precision. Rising challenges such as locating enemies, tracking, and defeating them in sea and land are increasing demand for the sophisticated submarine combat system. This leads to expansion of the global submarine combat system market during the forecast period.

The naval force should be equipped with latest technology such as satellite based navigation, ISTAR (intelligence surveillance, target acquisition, and reconnaissance) combat system to carry out their underground operations.

Transparency Market Research (TMR) report sheds some precise and relevant insights on share, size, and trends of the global submarine combat system market.

Global Submarine Combat System Market: Notable Developments

The recent development of the in the global submarine combat system market are:

• In March 2019, the Indian received INS Vikrant also known as IAC-1 for its combat management system. This was developed with collaboration of Tata Power Strategic Engineering and Weapon and Electronic System Engineering Establishment and MARS in Russia.

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• In June 2019, Saab, the pioneer in submarine combat system provider signed an agreement with the United States government for its AT4 and Carl Gustaf Ammunition. The objective of the agreement was to allow military and naval forces to buy their ammunition and AT4 weapon.

Some of the companies that operate in the global submarine combat system include Thales Group, Lockheed Martin, Saab, Northrop Grumman, Atlas Elektronik, and BAE Systems PLC. Manufacturing companies are focusing on integrating latest technologies with customized product lines, aiding the growth of the global submarine combat system market.

Global Submarine Combat System Market: Drivers and Restraints

Some of the drivers that are expected to surge the global submarine combat system market are:

Technological Advancements to Boost Submarine Combat System Market

Fast paced technological advancement and modernization in naval fleets are getting popular and providing growth opportunities in the global submarine combat system market. Increasing advancement in electronics and telecommunication system, need for twenty-four hours’ surveillance, infrared system to check upon radar gun signals are paving the way for expansion of the global submarine combat system over the forecast period.

Moreover, advent of artificial intelligence and internet of things (IoT) are expected to provide support to submarine combat system.

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High Cost to Restrain Growth

High cost of installation of advanced combat systems and renewing the old combat system may hamper the growth of the global submarine combat system market during the forecast period.

Nevertheless, the rising research and development to introduce innovative products at a lower price is projected to provide ample of growth opportunities to the global submarine combat system market in the upcoming years.

Additionally, cruise missiles are also expected to provide growth opportunities in the submarine combat system market due to its precision and ability to carry a large load.

Global Submarine Combat System Market: Geographical Analysis

On the basis of geography, North America is expected to register a higher growth in the global submarine combat systems market in the near future. The growth in this region is mainly due to ease of strategic collaborations with original equipment manufacturing systems to cater to challenging situations.

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Previously, it was Europe that held the global submarine combat system market, due to high involvement of original equipment manufacturing systems to carry out joint ventures and partnerships for innovative product development for submarine combat system.

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Smart Utilities Management Market Competitive perspective and Forecast, 2021 to 2026

The development in the customer model occurring through the ascent in decentralized power age frameworks, for example, Waste-to-Power, increases the developing significance of smartening a nation’s capacity network framework and Rooftop Solar PV advances.

The coming of smart urban communities and smart frameworks is likewise demonstrating as a noteworthy driver for smart utility management reception. Moreover, advancement in battery innovation is permitting littler gadgets with longer working occasions. Reconciliation of cloud advancements is likewise expected to give chances to develop here.

This report on driving smart utilities management market commences with a detailed executive summary followed by a market overview section. This section lends crucial understanding on diverse macro and microeconomic factors that steer growth in driving smart utilities management market. The report also sheds light on various market drivers, restraints, threats, and challenges that impact growth in driving space on the smart utilities management market. Additionally, the report shades insights over some major companies through their financial data, company overview, products and services, key developments market competition, strategy analysis, SWOT Analysis, industry competition structure analysis, and others.

Global Smart Utilities Management Market: Companies Mentioned 

Some of the players operating in the global smart utilities management market are Atos SE, IBM Corporation, Honeywell International Inc., Cisco Systems Inc., ABB Ltd, and Siemens AG.  These players are continuously innovating and expending on upgrading their product in order to offer the increasing demand for the products.

• In 2019, Trimble (TRMB) one of the leading company announced that new insertion flowmeter, which is a comprehensive digital water management solution that monitors flow and pressure to reduce non-revenue water (NRW) and implicated in the drinking water systems. Both the companies are launching together the Internet of Things (IoT)-based solution includes the new flowmeter and benefit of advanced monitoring software for water monitoring.

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Global Smart Utilities Management Market: Drivers and Restraints

A greater part of the utilities is presently focusing on setting up AMI foundation for gathering managerial necessities, green power activities, and extra business benefits.

Enormous volumes of information are being gathered, with AMI meters being conveyed, yet utility suppliers have not begun understanding the advantages of got information and other AMI capacities to remotely perform exchanges, aside from simply tolerating the month to month charging read.

Expanding interests in smart framework frameworks around the globe are one of the essential variables driving the development of these frameworks. Governments around the globe are pushing for the organization of AMI, so as to robotize the current activities and push mechanical development. With smart lattice frameworks offering high proficiency and aiding in cost sparing, the interest for the smart network is developing, subsequently directly affecting the development of smart meters.

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The Ministry of Power in India propelled the India Smart Grid Week (ISGW) since 2015 and it is considered as one of the main five universal occasions on smart lattices and smart urban communities. With the starting of 100 smart cities extends by the administration of India, water and city gas dispersion utilities will likewise need to outfit themselves with the most recent advancements for improved operational effectiveness and fruitful incorporation into the smart city frameworks.

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Stormwater Treatment Systems Market to Witness Steady Expansion During 2020-2025

Stormwater originates during ice melts and precipitation events. It can run off or be held on the surface eventually getting evaporated or soak into the soil (called infiltration). Stormwater treatment means the removal of toxins and pollutants from the water. Running stormwater is a major source of pollution. The increased flow of stormwater can encourage weed incursion, stream erosion and also impact natural flow regimes. In certain developed areas, the polluted water runoff from roads which is again accelerated by storm water, can be a cause of water pollution when this water joins the main water bodies like lakes and oceans, which will have adverse effects on the flora and fauna and also on the lives of human beings living near the water bodies.

Studies show that main reason for water pollution is especially due to growing industrialisation. Chemical companies release harmful chemicals in liquid as well as gaseous form. When these gases mix with stormwater, they get carried away and join the polluted running water which contaminates other water bodies. Another stormwater effect is urban flooding. In the U.S it is found very often that homes are not purchased on account of house degradation due to urban floods. Hence stormwater management is essential and its treatment is one of the main aspects that needs to be considered. This triggers the need for efficient stormwater treatment techniques.

A number of treating systems are available but each system has its own pros and cons and therefore it is obligatory to use the technique/system as per the ingredients of the polluted water such as the pollutant present in large quantities, the landscape which is experiencing the runoff and other local site characteristics such as regulations and permissions.

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Generally, three stages are established in stormwater treatment namely, the primary stage (basic level that removes gross pollutants and helps in superficial cleaning), the secondary stage (removes and sediments fine particles and the attached pollutants) and the tertiary stage (removes ultrafine and colloidal particulates, heavy metals and other dissolved nutrients). Stormwater treatment systems such as sand filters, hydrodynamic separators, gross pollutant traps, sediment basins, litter baskets, grass swales, infiltration and bio-infiltration systems, trash racks, net guards and slit arrestors find their applications in:

• Stormwater detention
• Water quality protection
• Stormwater infiltration
• Oil spill control
• Industrial stormwater (filtration for industrial sites, stormwater treatment on sites using hydrodynamic separators, oil and water separation techniques and rail collector pans for oil collection)
• Green infrastructure (bio retention pre-treatment, bio retention and subsurface infiltration, bio filtration and rain water harvesting)

The global stormwater treatment systems market is anticipated to experience a steady growth in the forecasted period, owing to the rise of modern techniques, government aids and easy handling of machinery, which have facilitated the use of stormwater treatment systems worldwide proliferating the global market.

Global Stormwater Treatment Systems Market: Growth Propellers

Continuous water runoffs not only erode the soil but also reduce the life value of structures, contributing to water pollution and eventually creating a threat to human living. An awareness of the dynamic nature of the environment and its effects have prompted scientists to come up with solutions to treat and filter stormwater. This has accelerated the adoption of stormwater treatment systems thereby impacting the global market. Moreover, this adoption can be backed up by the fact that no “one” measure is always able to remove all the pollutants from the water and hence a “fit-for-purpose” treatment approach should be adopted, which is possible with the help of stormwater treatment systems and their improvisation. This has had an impact on the global market and is likely to have a continued influence owing to the developments in science and technology.

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Emergence of the concept of sustainable water treatment techniques have propelled the growth of the global stormwater treatment systems market. Industrial and economic development along with speedy urbanisation especially in emerging countries is encouraging the need for efficient stormwater treatment solutions and systems, thereby contributing to the growth of the global stormwater treatment systems market. The rising demand for water disinfection coupled with growing technological advancements such as UV disinfection is also impacting the global market.

Global Stormwater Treatment Systems Market: Growth Suppressors

The major aspect restraining market growth is the cost factor involved in the installation of stormwater treatment systems and their maintenance. Also, underdeveloped regions face problems in adoption of the technology.

Global Stormwater Treatment Systems Market: Key Regions

The U.S market is expected to show better growth opportunities in the global stormwater treatment systems market owing to technological developments and better funding. Eastern Europe is also set for good growth.

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Water Automation and Instrumentation Market to Witness Steady Expansion by 2021

Automation and instrumentation is the base of the most sophisticated and advanced control systems deployed in today’s industry. It is the key to accurate, fast and easy manufacturing processes in industries. Automation and instrumentation refers to automatic operating machines with minimal human intervention by using several control techniques. Water automation and instrumentation is used to manage and control water flow inwards or outwards of the manufacturing plant. The key idea behind deployment of water automation and instrumentation is to minimize and enhance the treatment of the waste water flowing out of the manufacturing plants.

It helps in optimizing the water usage and maintaining the record regarding the requirement and consumption of water. Fresh water is a finite as well as important natural resource and needs to be protected in order to ensure efficient sustainable water management. Due to rising scarcity of fresh water and pollution of existing water resources, water automation and instrumentation systems becomes an essential part of different manufacturing companies.

Water is the most indispensable resource required for any industrial process ranging from metal processing to food and chemicals industries. Thus, water automation and instrumentation is expected to be widely deployed across different industries in the world owing to the rising awareness regarding water management. Due to stringent environmental regulations to establish control over water as well as soil pollution, it becomes mandatory for manufacturers to install water automation and instrumentation system. This is expected to boost the demand for water automation and instrumentation system in near future.

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Furthermore, introduction of advanced smart water management systems is another factor contributing to the growth of water automation and instrumentation market. The increasing wages of labors employed for water management processes is major challenge faced by manufacturers. This can be overcome by installing water automation and instrumentation systems as it offers low cost of operation. However, high initial cost for installation of these systems may hinder the growth of water automation and instrumentation market.

The water automation and instrumentation market is segmented based on process stages, equipment, technology, end-use industry and geographic regions. Based on type of process stages, the market is segmented as collection, distribution and treatment. The equipment used for water automation and instrumentation include pressure and temperature transmitter, level transmitter, electromagnetic flow meters, liquid and gas analyzers, leakage detection systems, sludge density measurement and high and low alternating/direct current (AC/DC) drives.

Based on technology used for control process, water automation and instrumentation market is further segmented as distribution control system (DCS), supervisory control and data acquisition (SCADA), programmable logic controller (PLC), identity and access management (IAM) and others. The end-use industries in water automation and instrumentation market are chemical and pharmaceuticals, metal fabrication, original equipment manufacturers (OEM), automotive and aerospace, food and beverages, oil and gas, and other industrial and commercial water management industries. Further, water automation and instrumentation is geographically segmented into North America, Europe, Asia Pacific and Rest of the World (RoW) regions.

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Some of the leading players in water automation and instrumentation market are ABB Ltd., General Electric Company, Siemens AG, Mitsubishi Electric Corporation, Rockwell Automation Inc., Emerson Electric Company, Yokogawa Electric Corporation, CH2M Hill Inc., Endress + Hauser AG and others.
This study by TMR is all-encompassing framework of the dynamics of the market. It mainly comprises critical assessment of consumers’ or customers’ journeys, current and emerging avenues, and strategic framework to enable CXOs take effective decisions.

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Hot Runner Controller Market Intelligence Report Offers Growth Prospects 2020 – 2030

 

• Hot runner controller is a temperature controller system which regulates the temperature of molten plastic when carried from the machine nozzle into the cavity of the mold. Thermoplastics such as polyethylene, polypropylene, and polystyrene, and thermosetting polymer plastics are heated in a hot runner controller and undergo chemical change. Injection mold process is used while changing plastic into liquefied form through a hot runner controller system.
• Hot runner controllers generate frictional heat within the runner, and the material molded flows through the runner; the temperature is raised by the machine to facilitate the flow out of the runner. It provides proper shape and size to plastic and converts it into usable forms such as plastic bottles, plastic containers, mugs, bathroom wipers, plastic plates, and plastic materials used in electrical conductivity etc. Increasing adoption of hot runner controllers due to their energy-saving property and efficiency & productivity contributes to the growth of the hot runner controller market.

Hot Runner Controllers Reduce Plastic Waste and Enable Reuse of Scrap – a Driving Factor

• Hot runner controllers allow savings by reducing plastic waste and reducing the cycle time. The cycle time refers to the total time from the beginning to the end of the process. This can be achieved by keeping an optimal heating temperature which is distributed uniformly in the molded plastic part or polymer. The scrap generated by the use of hot runner controller is minimal or absent, which eliminates the additional cost of operating the machine. Additionally, if any scrap is produced it can be reused, and the scrap can be reshaped by grinding it again in the hot runner controller system. Thus, hot runner controllers minimize the adverse effects of dumping plastic and reduces land waste materials. These factors propel the growth of the hot runner controller market, thereby increasing sales.

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Increased use of molded plastic in end-use industries – automotive, medical devices, construction, and packaging

Plastic is molded through hot runner controllers and changed from raw plastic into usable forms. The rise in demand for molded plastic in automobile, home appliances, electrical, and electronics industries have led to an increase in demand for hot runner controller systems. Growing demand for plastic components in the production of flexible packaging, piping, insulation and coatings, and medical devices because of its highly versatile has led to rise in customer demand for hot runner controller devices. Additionally, rise in demand from the construction industry owing to the extensive use of injection molded plastics in flooring, roofing, piping, walls, insulation, and windows has fostered the demand for the product.

• In terms of geography, the global hot runner controller market can be divided into five regions: North America, Europe, Asia Pacific, Middle East & Africa, and South America.
• Asia Pacific accounted for major share of the global hot runner controller market in 2019. Asia Pacific is the leading market for injection molded plastics. Demand for various plastic parts used in automotive and electrical sectors has majorly increased. Huge investment in infrastructure development of major end-use industries such as electronics and automobiles in India, China, Indonesia, Malaysia, and Thailand and other Southeast Asian countries are factors projected to surge the demand for hot runner controllers in the Asia Pacific region.

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• Markets in North America and Europe are projected to grow at a significant rate during the forecast period due to increase in application of packaging material in non-food and beverage industries including cosmetics & toiletries, pharmaceuticals, and household chemicals. Growing demand for electronic appliances such as laptops and cellular phones in the U.S., Canada, Mexico, U.K., Germany, and France is expected to drive demand. These factors are projected to surge the sales of hot runner controllers.

Key Players Operating in the Hot Runner Controller Market

Prominent players in the market are facing tough competition. Major companies such as ABIMAN GROUP, Milacron, Incoe, and Seiki Corporation are focusing on manufacturing innovative hot runner controllers with modern technology, increased efficiency, and controlled temperature systems. Companies are expanding their market through SME’s operating in the plastic industry in the local regions. Some of the key players operating in the global hot runner controller market include:

• ABIMAN GROUP
• ADINATH CONTROLS PVT. LTD.
• EWIKON
• Hasco
• HRS-Flow
• Incoe
• Mastip Technology

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Agriculture Pump Set Market Growing Technology Trends and Business Opportunities by 2027

 

• Agricultural pump set are extensively utilized in the agriculture sector to transport or draw water through pipes from various sources such as rivers, bore wells, and dams, water tanks, and storage facilities.
• Additionally, agricultural pump sets are used to meet the need of farmers and maintain higher agricultural production
• Agricultural pump sets are widely employed for irrigation of agricultural crops, which require large volumes of water.

Global Agriculture Pump Set Market – Dynamics

Key Drivers of Agriculture Pump Set Market

• Rising global population and large dependency on agriculture production, is one of the factor driving the demand for agricultural pump set worldwide
• Rise in adoption of solar pumps for irrigation purposes in developed and developing countries, due to inadequate supply of electricity and the use of diesel powered generators, is a major factor that is expected to fuel the global agricultural pump set market. Moreover, solar pumps can also generate electricity with the use of photovoltaic cells, which can further be employed in the agricultural sector.

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• Use of renewable energy centrifugal pumps, which can decrease the operation cost of pumps to zero, is another factor that is estimated to drive the agricultural pump set market. This in turn, is projected to propel the agricultural pump set market during the forecast period.
• Rise in the income of farmers is driving the demand for high quality of agricultural pumps, which in turn is estimated to boost the agricultural pump set market. 
• North America, followed by Europe, is estimated to hold a significant share of the global agricultural pump- set market, due to the presence of well-established and emerging players in the region. This is mainly due to development in agriculture.
• Companies based in North America are developing the agriculture Pump Set market through the variable speed technology, which can offer more energy efficient features for carrying out irrigation.
• Asia Pacific (APAC) is expected to offer significant opportunities to the agriculture Pump Set market in the near future due to an increase in the demand for agricultural pump sets in the region. The increase in demand is primarily attributed to the significant economies of India, China, and Japan in the region.

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Global Agriculture Pump Set Market – Competition Landscape

The global agriculture pump set market is highly concentrated with the top manufacturers accounting for approximately 45% to 50% share of the market in 2018. Key players operating in the global agriculture Pump Set market include:

• The Kirloskar Group
• Grundfos
• Falcon Pumps Pvt.Ltd.
• Wilo SE
• Sulzer Ltd.
• KSB SE & Co.
• The Flowserve Corporation
• CORNELL PUMP COMPANY
• WALRUS PUMP

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