Fuel Gas Production And Distribution Market : Emergence of Advanced Technologies and Global Industry Analysis 2020

Fuel gases are gaseous phase fuels under ordinary conditions and are mainly composed of hydrocarbons. Fuel gases are majorly considered as a source of light and heat. They provide the advantage of ease in transportation from producers end of consumers end. Sometimes the liquefaction process is used to achieve ease in storage, handling and distribution of fuel gases, for example; liquefied natural gas (LNG). However, the gaseous stage has its own disadvantages too. The accumulation of the fuel gas in a compact chamber may lead to an explosion. Sometimes, hazardous gaseous fuels can easily reach in human contact and can cause health issues. The production of fuel gases generally consists of processing the naturally captured gases or synthesizing the gases from scratch.

There are two types of fuel gases namely, natural fuel gases and synthetic fuel gases. Natural fuel gases include, naturally occurring gaseous fuels such as propane, butane and LNG. Whereas, synthetic fuel gases are coal gas, producer gas, water gas, wood gas, syngas, uncompressed hydrogen, blast furnace gas and biogas. These gases are widely being used in the end-user industries such as industrial, commercial and residential. Major applications of fuel gas include gas lighting, cooking, heating, power generation and transport fuel. The North American market for natural flue gases is matured; however, the demand for synthetic fuel gases will drive the market of North America fuel gas market.

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European market faces strict regulations in power and energy sector; thus, the European fuel gas market is likely to be driven by synthetic fuel gas sources. Further, Asia Pacific and RoW are expected to become opportunities for natural as well as synthetic fuel gas production.One of the major driving factors for fuel gas production and distribution market is ever growing energy demand across the globe. Owing to the same reason, the market has seen the development of new synthetic fuel gases. Governmental organizations such as Occupational Safety and Health Administration (OSHA) have put certain rules and limits for industrial fuel source. Gaseous fuels are easy to transport and can be handled easily with no contact. Thus, such factors are driving the growth of new clean gas fuel. However, the presence of dominant substitute power and fuel sources is holding back the production and demand of the fuel gas in some regions.Request Report Brochure @

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The market is highly capital intensive and requires advanced material handling and processing devices. Thus, natural fuel gas production is dominated by the big market players. However, synthetic fuel gas production market such as biogas production witnesses the presence of small players. The distribution of the fuel gas to its application area takes place via several methods such as trucking, railing, piping and others. The producers of fuel gas are also involved in the distribution on a large scale across the globe.However, there is also a presence of distributors and suppliers in the market. In many countries, the distribution of fuel gases is highly interfered by the local and state governments. Royal Dutch Shell Plc, National Fuel Gas Company, Kinder Morgan, Inc., Dominion Resources, Inc., ConocoPhillips, Apache Corporation, The Linde Group, The Dow Chemical Company, Yara International ASA, Technip SA, Sasol Limited, CF Industries Holdings, Mitsubishi Heavy Industries Group, Syngas Technology Llc, Biomethanol Chemie Nederland BV are some of the major producers and distributors dealing in the global fuel gas production and distribution market.

NATURAL GAS REFUELING INFRASTRUCTURE MARKET TO RISE AT 10.17% CAGR FROM 2014 TO 2022,

With an increase in the number of natural gas vehicles, significant growth in natural gas refueling infrastructure has been witnessed across the globe. Natural gas is primarily used in two forms, namely compressed natural gas (CNG) and liquefied natural gas (LNG). Natural gas when compressed over 200 bars gets converted into CNG and is stored in high-pressure storage tanks. Natural gas when cooled to -161°C gets converted in liquid form and is stored in highly-insulated tanks. Generally, CNG occupies more volume of gas at standard conditions while LNG occupies small volume of gas.

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Methane is the major component of natural gas and has chemical and physical properties which makes it suitable for vehicles. Natural gas is an excellent transportation fuel for internal combustion engines. A large number of benefits such as low cost, non-toxic nature, and abundant domestic supply boost the demand for natural gas as a vehicular fuel. High mileage and better efficiency can be achieved using natural gas as a transportation fuel. Natural gas vehicles are a rapidly expanding technology and has the potential to transform the transportation sector as well as have significant impact on the global natural gas market.

High demand for natural gas vehicles has been witnessed in Asia Pacific. Countries such as Pakistan, Bangladesh, China, and India have significant number of natural gas vehicles. Asia Pacific Natural Gas Vehicle Association (ANGVA) promotes the growth and development of the natural gas vehicle market in Asia Pacific. Of the top five natural gas vehicle countries in the world, four countries, namely Pakistan, India, China and Bangladesh are in Asia Pacific. Energy, economics, and environment are some of the key drivers that boost the demand for natural gas vehicles in Asia Pacific. Application of natural gas as a transportation fuel in Asia Pacific offers many advantages such as supply security, reduced crude oil imports and fuel subsidies, low cost of energy, and employment opportunities. In Asia Pacific, CNG is recognized as a preferred transportation fuel mainly by operators of heavy-duty vehicles such as buses and trucks. China has the highest number of LNG stations in the world. With the strong support from the Government of China and active participation from industry players, high demand for natural gas refueling infrastructure can be anticipated in future.

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Climate change is a major problem for the natural gas refueling infrastructure market and high emissions of CO2 and greenhouse gases could lead to extreme weather conditions and rising sea levels. Governments of various countries are promoting the use of clean fuel (in vehicles) by reducing the fuel duty on cleaner fuels such as LNG and CNG. Many countries have also started providing incentive schemes for converting vehicles from conventional fuels to natural gas. Conversion of heavy-duty vehicles from conventional fuels to natural gas has boosted the demand for CNG stations and LNG stations across the globe. According to the U.S. Department of Energy (DoE), LNG has high density than CNG and fuels many trucks and buses in the world.

PROTECTION RELAYS MARKET : GROWTH OPPORTUNITIES AND FORECAST 2020

Global Protection Relays Market: Overview

Protective relays offer protection to the existing electric systems and ensure a sustainable supply of electricity in electric infrastructures. With the increasing consumption of electricity, there has been an alarming rise in the need for advancements and modernization of substations. The modernization involves automation of substations to cut down operational costs and enhance grid security. The increasing automation of substations is expected to bolster the growth of the global protective relays market.

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The report on the global protection relays market has been compiled using information from various paid and unpaid sources including press releases, journals, white papers, and presentations. It serves as an essential source of in-depth analysis and information regarding the market dynamics, technology, regional segmentation, and competitive landscape. For a clear understanding, it offers insights into the market’s growth across various segments in terms of volume as well as revenue. It profiles key players along with their business strategies, latest development, market shares, and contact information.

Global Protection Relays Market: Divers and Restraints

The ever-growing demand for electric power across the globe is the foremost factor impelling the demand for protection relays. The upswing in power and infrastructure projects in emerging regions is providing a significant boost to the growth of the market. To keep electric systems running unfailingly, the protection of each component becomes crucial. Therefore, components such as protection relays find strong demand in infrastructure projects in new as well as retrofit applications. Moreover, the rapidly growing demand for renewable energy sources is influencing the growth of the market positively.

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On the other hand, the lack of product differentiation and innovation is hampering the growth of the global protective relay markets. Furthermore, stringent regulatory standards associated with testing of relays is limiting the market from realizing its utmost potential. However, the increasing demand for electronic devices and rising implementation of high-voltage direct current (HVDC) lines are opening new avenues for players in the market.

Global Protection Relays Market: Geographical Segmentation

The key regions studied in the report are Asia Pacific, North America, Europe, and Rest of the World. Asia Pacific will be a lucrative market for protection relays owing to the favorable upgradations and developments of transmission and distribution networks in countries such as India, China, and the Philippines. Moreover, the modernization of grid infrastructure along with the rapid industrialization is providing a fillip to the growth of the region. The increasing emphasis on power generation from renewable energy resources offers tremendous growth opportunities to players operating in the market to introduce new protective relays.

SOLID STATE BATTERIES MARKET : SEGMENTATION AND COMPANY ANALYSIS TO 2020

Advancement in technology and materials has substantially increased the performance and reliability of battery systems. The liquid electrolytes used in conventional lithium-ion batteries are replaced by lithium metal electrodes in solid state batteries. As a result the solid state batteries are more efficient and can store more energy than conventional batteries. The rapidly developing consumer electronics and sensor market is the major market for solid state batteries. These end-user industries require high performing and long lasting batteries for effective working of their systems. The solid state batteries are used in a wide variety of wireless applications. These batteries have also been deployed in a wide range of energy storage applications. The market for solid state batteries is anticipated to grow at a substantial rate in future owing to increasing requirement of efficient batteries from the consumer electronics segment. It is projected that major manufacturing companies in this industry are working towards large scale commercialization of solid state batteries.

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The demand for efficient batteries and growing consumer electronics market are the major drivers attracting investment in solid state batteries market. The solid state batteries are safe devices when compared to conventional batteries as flammable liquid electrolyte is not used in these batteries. The automobile companies are also investing significant amounts in efficient solid state batteries for the electric vehicles manufactured by them. The smartphone industry is a major end-user of these batteries and the market for these batteries is anticipated to further grow owing to development in wireless technologies. However, these batteries are priced very high when compared to conventional batteries which is a major restraint for the growth of this market. Developing economical solid state batteries for a wide range of applications is a major challenge for the industry.

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The market for solid state batteries can be segmented on the basis of end-user industries and type. The major end-user segments of this market are consumer electronics, sensor technologies, automobile industry and others. The consumer electronics and sensor technologies account for the major portion of the market share in terms of installations. On the basis of type solid state battery market can be segmented as Lithium Ion batteries, Nickel- Cadmium batteries and Lead acid batteries. The Lithium –Ion batteries account for the major for the major portion of the market share in this segment.Solid state batteries are gaining popularity across the world. The efficient designs and improved performance has led manufacturing companies to increasingly invest in this technology. The smartphone and sensor industry is the major consumer segment of this technology. Asia Pacific is the most developing market in terms of smartphone users and manufacturers. South Korea and China has emerged as major manufacturing hubs in the consumer electronics segment. These countries are major markets for solid state batteries in the Asia Pacific region. Major technological innovators are trying to capture this market and thus Asia Pacific will provide growth opportunities to solid state battery market. Europe and North America are also major markets for this industry. The manufacturing companies in these regions are substantially investing in developing more efficient solid state batteries.

E-WASTE MANAGEMENT MARKET : TRENDS AND OPPORTUNITIES WITH FORECAST 2024

Global E-Waste Management Market: Overview

Today electronic-waste or e-waste has mounted exponentially as the use of electronics and electronic gadgets have increased. Electronics such as computers, televisions, mobile phones, fridges, tablets, washing machines, digital cameras, home entertainment systems, dryers, stereo systems, toasters, and kettles come with circuitry, battery supply, and electrical components. Thus, e-waste is increasing and with it, the concern regarding the disposal and recycling of this waste. Health hazards occurring due to the discharge of toxic materials into the environment have amplified the need for efficient e-waste management techniques. Thus, the market for e-waste management is expected to flourish in the coming years.

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The study presents a comprehensive assessment of the global e-waste management industry, taking into account historical trends, data, and statistics that help with future projections of the market size. The market is segmented on the basis of source of waste generation and geography. By source of waste generation, the global electronic-waste market is segmented into IT and Telecom, domestic, and consumer electronics.

Global E-Waste Management Market: Trends and Opportunities

The migration to flat-screen televisions and monitors and also from analogue to digital technologies is expected to fuel the generation of e-waste. Rapid innovation in home appliances and electronics are expected to boost their sales and this in turn will lead to more e-waste, furthering the need for e-waste management. In addition to this, the market is also positively influenced by factors such as rapid industrialization and urbanization.

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Policies which define e-waste regularization are expected to boost the growth of the market and create a higher level of awareness regarding the harm caused by electronic waste on the environment. Policies are ensuring that manufacturers are responsible for the complete lifecycle of their electronic items. Many electronic and IT companies are joining hands with organizations that help in the management of e-waste. Additionally, awareness is being created about the need to donate, reuse, and lease electronic goods so as to extend the life of products and curb e-waste. On the other hand, some of the factors dampening the market are high costs incurred during recycling and a lack of waste collection centers.

MOBILE CRUSHERS AND SCREENERS THE MARKET IS POISED TO REACH US$2.6 BN BY 2023.

The demand for mobile crushers and screeners is witnessing a steady rise across the world, thanks to the significant growth in the construction industry, globally. The increasing urbanization in emerging economies is likely to boost construction activities significantly, thereby fueling the demand for these crushers and screeners over the next few years. The escalating number of non-residential projects in emerging economies is also expected to drive the demand for these crushers and screeners in the years to come. However, the rising economic instability in various developed nations may hamper their adoption in the near future.

Overall, the opportunity in the mobile crushers and screeners market looks healthy, expanding at a CAGR of 3.72% during the period from 2015 to 2023 and increasing from US$2.08 bn in 2014 to US$2.6 bn by 2023.

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Demand for Mobile Crushers and Screeners to Remain High in Asia Pacific

The global market for mobile crushers and screeners is broadly segmented into Europe, Asia Pacific, North America, and the Rest of the World. Asia Pacific led the demand for mobile crushers and screeners in 2014 with a share of around 44%. Over the forecast period, the region is likely to remain the key consumer with its share increasing to approximately 46% by 2023. The rapid infrastructural developments in China and India are the primary driving forces behind the rising demand for mobile crushers and screeners in Asia Pacific.

Other regions, Europe being exception, are also expected to register strong growth in the demand for mobile crushers and screeners in the years to come. The increasing investments in the construction industry are likely to boost the application of these crushers and screeners in the U.S., Canada, and Mexico, whereas the growing urbanization is expected to influence their demand in the UAE, Brazil, Nigeria, and Argentina. On the other hand, the economic slowdown in Europe is projected to result in the decline in construction activities, thereby decreasing the demand for these crushers and screeners.

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The opportunity for mobile crushers and screeners in Asia Pacific is estimated to increase at a CAGR of 3.16% between 2015 and 2023, rising from US$0.9 bn in 2014 to US$1.2 bn by the end of the forecast period.

Mobile Crushers to Demonstrate Higher Demand than Mobile Screeners

Mobile crushers and mobile screeners are the two main products of this market. Among the two, mobile crushers report a higher demand than mobile screeners. In 2014, the former accounted for a share of 72.68% against 27.32% of the latter in the overall market. Analysts expect the demand for mobile crushers to increase rapidly over the coming years, owing to the rapid growth in building and road construction activities.

The opportunity in mobile crushers is projected to increase from a value of US$1.5 bn in 2014 to US$2.0 bn by 2023, rising at a CAGR of 3.18% during the period from 2015 to 2023.The key manufacturers of mobile crushers and screeners across the world are Atlas Copco Group, Anaconda Equipment International Ltd., McCloskey International Ltd., Hartl Property Holding GmbH, Metso Corp., Kleemann GmbH, Portafill International Ltd., Sandvik AB, RUBBLE MASTER HMH GmbH, and SBM Mineral Processing GmbH.

RESERVOIR NAVIGATION SERVICES MARKET : ANALYSIS AND FORECAST UPTO 2020

Depleting reserves and complex behavior of the remaining reservoirs has made optimal well positioning more challenging than ever. Especially in brown fields, pressure depletion, gas cap pressure depletion, reservoir drives, oil water contacts and the presence of nearby wells makes it important to place the well in the proper manner. Data gathered while conducting drilling process and the real time interpretation of these measurements can help in upgrading geological models and optimal well positioning thereby resulting in maximum recovery of crude oil and natural gas.

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While drilling a borehole, reservoir navigation technology adjusts the borehole position so that it reaches one or more geological target locations. The introduction of such type of technology which is capable of providing real time measurements of the distance from the wellbore to the formation boundary and the direction using deep electromagnetic measurements has enabled the operators to guide drill bits through longer and more complex well paths. A formation tester in the bottom-hole assembly while drilling gives extra advantages of identifying pressure regimes and reservoir connectivity, thereby calibrating the formation pressure gradient and improving the reservoir model.

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Few years back brown fields were considered as dying assets, but now with recently available techniques, these fields have become economical and can provide good returns on investment to petroleum companies. With increase in energy demand, it is now considered as a requirement to develop brown fields, in order to sustain economic growth. The major challenge is to first identify the potential of the brown fields and then quantify it as accurately as possible.Numerous horizontal and multilateral well drilling processes require proper well planning and a way to locate the path if required due to various structural and geological uncertainties. The drilling process, when incorporated with real time optimized well placement thus becomes reservoir navigation. It can be proactive, reactive or passive. In proactive reservoir navigation, the well path is changed in real time, based on data gathered while carrying out drilling and correlating the data with the model and look ahead capability for predicting the formations and their properties, that are yet to be explored. Generally, reservoir navigation is conducted by forming a resistivity model utilizing offset well data, determining the bed boundaries according to resistivity changes including the planned well path and generating the model resistivity.The application of advanced reservoir navigation technique and proactive geo steering methods has allow to successfully carry out drilling process and complete difficult horizontal and multilateral wells with increased confidence. Reservoir navigation service substantially reduces the unnecessary course corrections and improves penetration rates. By maximizing the reservoir contacts and accurately reaching well targets, reservoir navigation services provide an efficient and cost effective solution. It also allows maintaining wellbore in the pay zone and avoids reservoir exit, avoids NPT related costs, reduces any type of uncertainty, lower down the risk of costly sidetracks, enhances the completion strategy and increases overall asset recovery.

FLUID POWER SYSTEMS MARKET : TRENDS, OUTLOOK AND OPPORTUNITY ANALYSIS 2024

Global Fluid Power Systems Market: Overview

Fluid power has a massive downstream economic impact. The ever-growing population and improving living standards in emerging countries are leading to a surge in energy and infrastructural demands. Such countries are trying to enhance their infrastructure in order to provide their people the basic amenities. This is likely to work in favor of the global fluid power systems market. Due to its superior properties and cost savings in heat transfer operations, this cross-cutting technology has emerged as a primary choice for hundreds of industries and applications. These systems are broadly classified into hydraulic and pneumatic.

The report by Transparency Market Research offers insights into both size and economic impact of the global fluid power systems market and its affiliated industries. It explores the energy consumption, existing practices, and the latest technological developments. It also presents a detailed description of the competitive landscape of the market.

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Global Fluid Power Systems Market: Drivers and Restraints

Fluid power has an active industry. Recent breakthroughs have been made in boosting these systems’ energy efficiency and energy storage capabilities and minimizing the size of these systems and their associated components. Therefore, continuous research and development activities and technological breakthroughs have fuelled the global fluid power systems market over the past few years and will continue to drive the market in the near future as well. Moreover, the increasing stringent environmental regulations and the rising production of oil and gas are augmenting the market.

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On the flip side, the operation of fluid power systems requires highly-educated workforce. Therefore, the lack of skilled labor is hampering the growth of the market. This factor is compounded by the need of significant investments in new fluid power education and training. Furthermore, the huge maintenance cost of these systems is restraining the global market. Nevertheless, the future of the market looks bright as the end users will focus on its use in off-highway vehicles, advanced manufacturing, and human scale systems.

Global Fluid Power Systems Market: Regional Outlook

The regional markets studied in this report are Asia Pacific, Europe, North America, and Rest of the World (RoW). The Asia Pacific market for fluid power systems is estimated to experience robust growth during the forecast period. The rapidly growing population in the region is leading to incessantly increasing demand for energy. This, along with the rising concerns related to waste heat recovery and rapid industrialization, is providing a significant boost to the region. Moreover, the flourishing growth of various sectors including construction and chemical is propelling the growth of the region. Developing countries such as India and China are likely to emerge major contributors in the growth of the Asia Pacific region. The presence of favorable government policies is fuelling growth of the North America region. Governments in the region are supporting the adoption of technologically advanced systems, thereby contributing to the growth of the region.

PIPELINE INSTALLATION SERVICES MARKET : INDUSTRY INSIGHTS, OUTLOOK AND FORECAST UPTO 2020

Rapid industrialization along with an increase in population can propel the demand for oil and gas. Increase in the exploration activities to locate new oil and gas reservoirs can have direct implications on the pipeline installation service market. Uneven distribution of crude oil and natural gas reserves coupled with the increasing demand for energy, will directly affect the oil and gas transportation sector. The pipeline transportation represents one of the fastest and cheapest methods of oil and gas transportation and any increase in the demand for oil and natural gas is expected to boost the pipeline installation market. New deep and ultra deep water offshore oil and gas discoveries can further propel the market for pipeline installation services.

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Segmentation of the pipeline installation market can be done on the basis of products, application area, and geography. Pipeline installation services can be acquired to install crude oil, natural gas and refined product pipelines. Refined products can be in the form of Liquefied Petroleum Gas (LPG), diesel, petrol, jet fuel, heating oil, naphtha, lubricants, chemicals and others. The pipeline installation services can be used to serve both onshore and offshore applications. These pipelines can either be cross border or domestic pipelines. Pipeline installation is a complex task that involves clearing and grading, ditching, engineering and bending, fabrication, hydrostatic testing and remediation.

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Regional segmentation of the pipeline installation services market can be done by identifying the major oil and gas producing countries. Major countries include the United States, Canada and Mexico in North America; Russia, Ukraine, Germany, Russia and the United Kingdom in Europe; China, India, Australia and Indonesia in Asia Pacific, Iran, Saudi Arabia, Algeria and Libya in Middle East and Africa. The Rest of the World segment includes the Latin America countries such as Brazil and Venezuela. The shale gas boom in the United States and the new oil and gas discoveries in West Africa and offshore Latin America have propelled the growth of the pipeline installation market. Besides crude oil, pipeline installation services are also benefitted by the demand for water and refined product transportation. Water transportation to areas with the water scarcity is one of the major factors behind the growth of the pipeline installation services market.Increasing oil and gas demand, uneven distribution of crude oil and natural gas resources, rapid and continuous transmission ability are the major drivers for the pipeline installation services market. Moreover, the advancement in the pipeline installation or the pipeline laying services is another factor that has contributed towards the growth of the market. Geopolitical issues associated with cross border pipeline installations and presence of vessels as a mode of oil and gas transport are the major restraints to the pipeline installation services market. Increasing oil and gas demand, especially from the Asia Pacific countries can act as the opportunity for the pipeline installation services market. New oil and gas discoveries and expected shale gas boom in South America can again provide ample of opportunities to the companies involved in pipeline installation services.

INJECTION SYSTEM MARKET : INSIGHTS, TRENDS AND FORECAST UPTO 2020

Oil and gas industry is investing heavily in new technologies to increase oil production and meet energy demand. Depleting reserves are hampering the oil production of the companies. The focus has been shifted towards deep and ultra deep reserves that are unexplored. But the companies are also using enhanced oil recovery method to produce from depleting reserves. The number of enhanced oil recovery projects is expected to increase during the forecast period. This will require multiple injection wells and the equipment used for injection system. Owing to these factors, the injection system market for enhanced oil recovery will grow during the forecast period.

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Crude oil is produced from the reservoir using three methods namely primary, secondary and tertiary. In primary method, the oil is produced using reservoir pressure. This pressure decreases with time which derates the production. In secondary method, crude oil is produced by using artificial lift or gas injection to increase reservoir pressure. Depleted reservoir consists approximately more that 50 percent unproduced oil. To extract this oil various chemicals and fluids are injected using an injection well. This is known as the tertiary method of crude oil production. Carbon dioxide gas, nitrogen gas, hydrocarbons, hot water, steam, polymers, surfactants, etc can be used to inject into the reservoir. These fluids are injected several times. The type of fluid injected depends upon factors such as cost, availability and reservoir characteristics. Tertiary methods increase the crude oil recovery by approximately 15 to 25 percent. However, the production from an enhanced oil recovery project does not increase after injection. It is a time consuming process and sometimes it may take even two years to increase production from the reservoir.

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The global injection system market for enhanced oil recovery can be segmented on the basis of equipment into injection trees, pumps, in line chokes, in line check valves, injection assembly and others. The equipment used in injection well should be compatible with the type of fluids that is injected into the reservoir. Moreover, the equipment should also be able to withstand vigorous condition i.e. high pressure and high temperature. Various types of pumps are available depending upon the type of fluids that will be injected. More than 50 percent of global enhanced oil recovery projects are taking place in North America. The region is also expected to dominate the global injection control system market for enhanced oil recovery during the forecast period.Increasing number of enhanced oil recovery projects across the globe is driving the injection control system market. The number of enhanced oil recovery projects is expected to increase in North Sea where the majority of the reserves are exhausted. Huge investment is made in various carbon capturing and storage projects in the region. These plants will provide carbon dioxide for the project. This will provide opportunity for the injection system market for enhanced oil recovery during the forecast period.Some of the key players in the injection system market for enhanced oil recovery include Nalco, Pioneer Energy, Forum Energy Technologies, BRI Offshore, Cat Pumps, China Oilfield Technology Services Group Limited, Praxair Technology, Inc., EN-FAB, Inc., Mitsubishi Heavy Industries, Ltd., Vindum Engineering, John Crane and General Electric Company among others.

SURFACE PREPARATION ABRASIVES MARKET FOR THE OIL AND GAS SECTOR : OPPORTUNITY ANALYSIS AND INDUSTRY FORECAST UPTO 2020

A distortion-free operation of the offshore equipment is crucial for the efficiency of the whole plant. Large portion of investments are being allocated towards the maintenance of offshore oil and gas platforms with the purpose of maximizing oil production operations. The requirements for maintenance of offshore oil and gas platforms are significantly higher than those of onshore oil and gas platforms owing to the restricted reach ability of plants along with a continual exposure to the bad weather conditions. The failure of offshore equipments is not necessarily only associated with the cost of repairing the equipments and components, but also the loss of operating time. For instance, an offshore structure extracting 45,000 barrels of crude oil per day at USD 25 per barrel could return nearly USD 1.13 million a day. Thus, the opportunity costs during production shutdowns or equipment failure are very huge. Henceforth, the plant owners are laying an emphasis on utilizing maintenance solutions that minimizes the adverse effect on offshore production operations. In addition to the effective utilization of maintenance solutions, market players also require the performance within time, space, and budget constraints for the offshore structure environments.

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Surface preparation is one of the key techniques applied to protect offshore equipments by applying a film-forming material. Coating maintenance when 2% to 8% of the coating is failing is one of the general trends observed in the industry. This reduces the scale of operations required to restore the coating’s effectiveness and reduce corrosion. The above operation ultimately lowers the potential for future interruption of the offshore operations and total life-cycle cost. The basic purpose of surface preparation is to improve the service lives/performance of the offshore equipments.

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The overall market for surface preparation abrasives can be broadly classified into three categories: product types, technology, and geography. On the basis of product types, the global surface preparation abrasives market can be segmented as expendable blast cleaning abrasives and recyclable abrasives. The proper choice of right abrasives can provide any surface profile (roughness) and surface cleanliness. On the basis of technology, the global surface preparation abrasives market can be segmented as plaint media blasting, abrasive air blasting, vibratory and mass finishing, wheel blasting, shot peening, wet blasting, micro blasting, and painting/coatings among others. Plaint media blasting, abrasive air blasting, vibratory and mass finishing, and painting/coatings are some of the widely used surface preparation techniques. With the technological advancements in the surface preparation techniques, a variety of new, meaningful, value-oriented choices are gaining popularity in the market. Considerations like disposal costs, consumption rates, containment costs, personnel safety, process cleanliness, freight costs, and media handling are the parameters increasingly driving decision to the use of one technology over another.The global surface preparation abrasives market for the oil and gas industry is expected to register moderate to high growth in the future. Gradually rising need for effective and continual operation of the offshore operations and productions is anticipated to drive growth in the market. The huge opportunity cost associated with the failure of offshore equipments and platforms augments growth in the global surface preparation abrasives market for the oil and gas industry. Ample of growth opportunity exists due to the surge in the offshore deepwater and ultra-deepwater activities. Regionally, the market segmentation may be done by identifying high growth areas in the offshore oil and gas industry.

SEPARATION TECHNOLOGY FOR OIL AND GAS MARKET : INDUSTRY ANALYSIS, OPPORTUNITY ASSESSMENT AND FORECAST UPTO 2020

For over a century, crude oil and natural gas have been extracted from the underground resources, both on land and has increased in the last few years in the offshore regions. The methods of crude oil and natural gas extraction have become well established owing to the advancements in the technology and only in the last decade it has become necessary to search more aggressively for other resources. The result of this extension is that crude oil is being extracted from various sources such as oil shale and tar sands also it is economic to produce natural gas from various unconventional resources with shale gas being the most preferred.

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The broad range of separation process for crude oil and natural gas extraction includes: preparation of drilling mud, separation of solid particles, liquids and gases from crude oil, purification of underground natural gas from particles, liquids, and other gases, preparation of different fluids to be used in partially exhausted reservoirs to accelerate crude oil production, separation of liberated oil from shale deposits, preparation of hydraulic fracturing liquids for use in the liberation of natural gas from shale’s, the segmentation of the gases prior to the insertion in the gas reservoirs for increasing the production rate, the treatment of produced water from oil and gas wells to render the produced water fit for reuse or local disposal, production of potable water for production sites that are remote from civilization, treatment of waste waters, primarily derived from all the housekeeping duties, in order to remove hydrocarbons and various other toxic materials prior to the disposal on land or in the sea.

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The production processes are interrelated on whether they are dealing with oil or gas. Basic crude oil production process includes drilling of oil wells to reach out oil formations and further by production of the crude oil. Generally it uses reservoir pressure or down hole pumps to extract the crude oil to the surface. Secondary it utilizes water flooding technique or pressurizing of the cap of gas above the oil to force out more oil and in the last, a method called as tertiary recovery or Enhanced Oil Recovery (EOR), which includes several injection processes, using chemical, gas, steam, hot water and microbes.The EOR processes requires filtered fluids such as hot water and dilute solutions of alkalis and surfactants to enable them to pierce through the rock formations easily. Through the use of Enhanced Oil Recovery technology the recovery of crude oil from a particular reserve may lie in the range of 50%-60% of the original oil in place.This three stage production process is applicable to the liquid oil trapped below the ground, which can be easily pumped to the surface. A substantial proportion of the world’s total reserves of hydrocarbon fuels exist as the unconventional tar sands, oil shale and shale gas.Growing population and emerging economies are some of the key drivers of the separation technology market. However, huge cost required to use the separation technology can hamper the growth of the market. Ample amount of opportunities are there for separation technology market owing to increasing demand of energy in Asia Pacific countries especially India and China.

CONTAINMENT AND HANDLING MARKET : PRESENT SCENARIO AND THE GROWTH PROSPECTS WITH FORECAST 2020

Rapid growth in the oil and gas industry along with an increased demand for energy is expected to boost the global demand for containment and handling market. Increased drilling activities in both offshore and onshore areas have direct implications on the containment and handling market. Drilling waste including toxic drilling fluids and cuttings, can lead to the water pollution, if get mixed with water. Stringent governmental regulations pertaining to the disposal of drilling waste is another factor that has augmented the containment and handling market. Further, deep underground drilling poses more threat in terms of water contamination as drilling at higher depths creates higher probability of finding ground water. Besides drilling activities, increasing industrialization serves as another factor that has contributed towards the waste generation and hence the containment and handling market. Hazardous industrial wastes require special attention in order to minimize or check the intermixing of such waste with ground water.

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Segmentation of the containment and handling market can be done on the basis of application, equipments and geography. Containment and handling activities are mainly used during oil & gas exploration and mining activities. The use of toxic drilling fluids and cutting generation makes it mandatory for the drilling company to handle, treat and dispose the waste material without causing any harm to the environment. Presently, the drilling activities are not limited to the onshore areas as the companies have started to drill deep in the offshore areas in order to search for new oil and gas reservoirs. Thus, within the oil and gas applications, the containment and handling market can be segmented further for onshore and offshore applications. Offshore applications require special attention as the intermixing of toxic waste with oceanic water can pose a serious threat to the aquatic life. Containment and handling market can also be segmented on the basis of equipment that is used in the process. Major equipments include the drill cutting containers, screw conveyors, Rig Vac and others. These equipments form a part of complete drilling waste management process and are used before the treatment and disposal of drilling waste.

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Regional segmentation of the containment and handling market can be done on the basis of geography by identifying the major countries with higher oil and gas production volumes. Major countries include the United States, Canada and Mexico in North America; Malaysia and Indonesia in Asia Pacific; Iran, Iraq, Qatar, Kuwait, Angola, Libya and Nigeria in Middle East and Africa; Russia and the offshore areas of the North Sea in Europe; Brazil, Argentina and Venezuela in South America.Increasing drilling activities, stringent government regulations regarding handling, containment and disposal of drilling wastes; rise in drilling activities for extraction of unconventional sources of energy such as shale oil and shale gas are the major drivers to the containment and handling market. High expenditure in acquiring containment and handling services is one of the restraints to the containment and handling market. Expected increase in the drilling activities pertaining to the development of shale gas reservoirs in Argentina can possess positive impact on the containment and handling market in the coming five to six years.

Penstocks Market : Quantitative Market Analysis, Current and Future Trends 2020

Penstock is a pressure conduit that runs between the turbine scroll case and the open water source. The open water can be a canal, river, free flow tunnel, surge tank or a reservoir. They are hydraulically efficient, as to conserve available head and structurally safe to prevent failure that would result in property and loss of life. Penstocks can be manufactured from a variety of materials however the flexibility and strength of steel makes it best suited material for the range of pressure fluctuations that arises in the turbine operation.

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Designing and construction of penstocks are majorly governed by appropriate codes which specify certain practices and safety rules that have to be followed while designing the penstocks. Until a special penstock code is formulated, steel penstocks are fabricated in accordance with the American Society of Mechanical Engineers (ASME) Codes. These codes are subject to periodic revision to keep it abreast of new developments in the materials, construction, design and inspection of pressure vessels. Current design standards and construction practices are developed gradually following the emergence of welded construction, and are the results of the enhancements in the production of welding-quality steels especially in welding processes and procedures, and in the testing and inspection of welds.The position and arrangement of penstocks are determined through the type of dam, location of the intake and outlet, relative location of the dam and the process of river diversion carried out during dam construction. Dams that require tunnel for diversion of the river flow during construction, the penstocks are positioned in the tunnels only when diversion has been discontinued and the intake of the tunnel has been plugged. Such type of arrangement was carried out for the first time in 30-foot lower Arizona and Nevada penstock on Hoover Dam. In low head dams, penstocks are manufactured in the centre of the dam. Large concrete dams have both longitudinal and transverse contraction joints such as Glen Canyon Dam. Steel type penstocks are required to provide the water tightness in the concrete and at the contraction joints.Request Report Brochure @

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Penstocks that are fixed in concrete dams or are installed in tunnels are filled with concrete to transmit some of the radial thrust arising from internal water pressure. Typically, such penstocks are fabricated to resist the full internal pressure. In all cases, the shell poses sufficient amount of thickness to provide the sufficient rigidity required during handling and fabrication. Buried or embedded penstock shells are also provided with adequate stiffness to withstand any type of external hydrostatic pressure. In Shasta dam, the upstream portions of the long penstocks are mounted in the dam whereas the downstream portions are exposed above the ground.Emerging economies and growing population are some of the major drivers of penstock market as demand for electricity in increasing. However, losses such as friction loss and head loss can hamper the growth of penstock market. Ample amount of opportunities are there for the penstock market as rapid industrialization is taking place at a healthy rate especially in Asia Pacific countries such as China and India

Fire Protection Systems Market : Industry Outlook, Growth Prospects and Key Opportunities 2023

Global Fire Protection Systems Market: Snapshot

The global fire protection systems market is projected to grow at a healthy pace in the coming few years. The strong growth of this market can be attributed to the rising trend of using water mist systems and the increasing use of the Internet of Things and Big Data.

As per the market study by Transparency Market Research, in 2014, the global market for fire protection system stood at US$5.08 bn and is projected to reach a value of US$8.93 bn by the end of 2023. The market is estimated to register a healthy 6.48% CAGR between 2015 and 2023.

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Rising Cases of Property Loss Due to Fire to Enhance Market Growth

The high rate of modernization and technological developments in the construction sector are the major factors that are anticipated to enhance the overall development of the fire protection systems market in the next few years. A significant rise in the number of deaths and the increasing cases of property loss owing to fire breakouts are estimated to ensure the overall development of the market in the coming few years. In addition to this, the strict government rules and regulations and high development in the wireless technologies for the fire detection systems are further anticipated to support the growth of the overall market in the next few years.

The global market for fire protection systems is projected to face a few challenges, which may further result in a slight downfall of the growth in the near future. The high cost of maintenance and high cost of installations of fire protection systems are predicted to restrict the market growth in the near future. Moreover, the unexpected failure of the fire alarm systems is estimated to further curtail the development of the overall market in the coming years.

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North America to Hold Massive Share of Global Fire Protection Systems Market

The global market for fire protection systems has been classified on the basis of geography into Latin America, Asia Pacific, North America, Europe, and the Middle East and Africa. The fire protection systems market across North America is anticipated to account for a large share of the market and will continue its dominance over the next few years. The tremendously rising investments in the oil and gas industry and the growing demand from Canada and the U.S. are projected to support the development of this region in the near future. The Asia Pacific market for fire protection systems is anticipated to grow at a healthy pace in the next few years, thanks to the rising number of exploration activities.

The global market for fire protection systems is likely to observe a stiff competition among the leading players over the next few years. At present, the market is enjoying an increased level of fragmentation, due to the existence of a high number of players operating worldwide. The rising consumer awareness and the increasing investments by the prominent players for development activities are projected to encourage the growth of the market in the next few years. The key players engaged in the fire protection systems market across the globe are Fire Protection Engineering A/

Very Large Gas Carrier Market : Comprehensive Evaluation Via In-Depth Qualitative Insights 2020

ncreasing LPG exports from the U.S. due to rising production of shale gas has resulted in increasing demand for very large gas carriers (VLGC). These gas carriers are used for transporting LPG and have a capacity of approximately 82,000 cubic meters. With the increasing demand of LPG from developing economies the demand for large carriers is also increasing to optimize the logistics cost and increase profitability margins. The enlarged Panama Canal is projected to open in late 2016; this would decrease the transit route between North America and Asia Pacific region. The trade between the U.S and Asia Pacific region is anticipated to increase at a rapid pace owing to the decrease in transportation costs. High LPG prices in the Middle East restrained Asian consumers to buy LPG from this market leading to increased demand from the U.S. market. The U.S shale gas revolution is the primary game changer for the increasing demand for very large gas carriers. Freight rates of VLGC’s are expected to increase at a rapid rate owing to the opening of the enlarged Panama Canal.

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The increasing demand for LPG especially in the Asia Pacific region is the primary driver bolstering the demand for very large gas carriers. The energy hungry countries such as Japan, China and India are the major centers for LPG imports. The widening of the Panama Canal in North America would further enhance the demand for these large carriers. Taking into account the route between North America and Far East, the widening of the Panama Canal will reduce the cost of transportation to a huge extent. This would increase the U.S. exports to the Asia Pacific region.Request Report Brochure @

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This increasing demand of clean fuel sources would encourage the construction of VLGC’s. The cost of crude oil is increasing at a rapid rate, thus the developing economies are looking for cleaner sources such as LPG to fulfill their energy needs. This increasing demand from developing Asia Pacific region would encourage the shipping companies to construct very large gas carriers. However the market for LPG is still unpredictable and though the demand for LPG will certainly increase in the short term, the long term trend is still uncertain. This uncertainty in LPG demand and the increasing fuel prices could hamper the demand of very large gas carriers.The rising demand of LPG in Asia Pacific region makes it the most attractive market for very large gas carriers. North America would be the major player in the LNG trade market in the future, thus a majority of the shipping companies in the U.S has placed orders for construction of these very large gas carriers. The Middle East region is also one of the major exporters of LNG, which would provide further growth opportunities for the VLGC market. The European shipping industry is also recovering from the global economic crisis of 2008. The shipbuilders in Europe have now slowly started taking orders for new constructions. Moreover the rising demand of LPG due to strict environmental regulations could lead to increase in demand for large LPG ships in this region. Rising LNG exports from Russia and South American nations could also augment the demand for very large gas carriers.

Dynamic Voltage Restorer Market : Insights into the Competitive Scenario of the Market 2020

Global Dynamic Voltage Restorer Market: Overview

With the ever-increasing demand for power, industries are increasingly deploying systems that ensure uninterrupted generation, transmission, and distribution of power to minimize their losses in terms of revenue, resources, and productivity. This is positively influencing the growth of the global dynamic voltage restorer market. Dynamic voltage restorers are principally accountable for offering reliable and cost effective protection against power fluctuations. They allow consumers to isolate and protect devices, particularly voltage sensitive equipment from disturbances developed by swells and sags on the distribution lines or power networks. They are primarily used across process, automotive, mining, and electronics industries.

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The report provides a 360-degree overview of the global functional foods market. It does so by offering essential insights into market dynamics and the extent to which they impact the growth of the market. Primary and secondary resources have been taken into account while compiling this study on the market. It extensively covers tools such as Porter’s five force analysis and market attractiveness analysis, which are useful in deriving the competitive landscape of the market. It profiles the prominent players in the market along with their cost and revenue structure, latest developments, business strategies, and contact information. The report also sheds light on the estimated trajectory that each key market player is likely to witness during the forecast period.

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Global Dynamic Voltage Restorer Market: Drivers and Restraints

Industrial electronics and power electronics are highly sensitive to even minute voltage fluctuations and this necessitates the use of dynamic voltage restorers for tackling short duration sags. Therefore, the burgeoning utilization of power electronics and industrial electronics are fuelling the global dynamic voltage restorer market. Moreover, the flourishing growth of the semiconductor industry is providing a tremendous boost to the growth of the market. The low cost of maintenance associated with these devices is another factor promoting their widespread adoption.

However, the lack of adequate knowledge among end users to choose the appropriate product for their specific needs is holding back the growth of the global dynamic voltage restorers market. End users often opt for cheaper alternative solutions, which is also hampering the growth of the market. Furthermore, the lack of large capital projects is adversely affecting the growth of the market.

Global Dynamic Voltage Restorer Market: Geographical Segmentation

The key regional markets analyzed in the research report are Asia Pacific, North America, Europe, and Rest of the World. North America will be a prominent market throughout the forecast period. The presence of advanced manufacturing facilities and the high awareness regarding the merits of dynamic voltage restorer are augmenting the growth of the region.

Asia Pacific will exhibit a noteworthy CAGR during the same period. Several companies across the globe are setting up their production base in countries such as South Korea, Japan, Taiwan, and China, which in turn is translating into the greater uptake of dynamic voltage restorers in the region. Rapid commercialization and industrialization and the increasing power quality issues such as voltage spikes, sags, and other irregularities are propelling the market in the region. Furthermore, the robust growth of the semiconductor industry is working in favor of the growth of the region.