Printed Batteries Market|Share By Application & Forecasts by 2022

7 Jan 2019 - The global Printed Batteries Market is anticipated to witness significant growth owing to increase adoption in healthcare, smartphones and various other industries. Printed batteries are widely used in mobile phones and wearables industry as a power storage device.Printed batteries are produced using different printing methods, including screen printing, flexography, gravure, inkjet and offset lithography, on substrate. This innovative method is also expected to help produce, eco-friendly, flexible, and low cost batteries. They are flat, highly flexible and thin devices that are at present being utilized in small electronic equipment to store power. However, growing technological advancements is expected to be major opportunities in implementing these devices for commercial purposes.

Electronic devices have become an essential part of everyday life around the world. This requires equivalent energy sources that provide high flexibility in regard to voltage, thickness, geometrical shape, weight and capacity. Adopting suitable functional materials in flexible substrates using mass printing technology is expected to open new opportunities to integrate various devices and develop efficient products such as implementing printed batteries into ductile products The printed batteries are particularly suitable for flexible and thin products in which they can be easily integrated. Appropriate products of these batteries include sensor card and intelligent chip, patches and plasters in medical field and lab chip analysis systems. Conventionally, the micro power thin and printed batteries has been used in RFID tags, smart cards and skin patches. However, the structure of the target industry is expected to undergo rapid change owing to the development of new addressable market categories. This market trend has attracted many prominent players to enter the market and introduce new strategies.

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Informatics and healthcare is expected to witness potential growth in the market over the forecast period owing to increase in wearable electronics resulting in development of new innovative devices. Pioneer technology, in the form of e-textiles, is expected to create major sales in the future resulting in rapid development of industrial, fashion, military and commercial applications. China is expected to witness significant growth in wearable infotainment owing to commoditization of electronic market such as battery based wristwatches, mobile phones, laptops and others.

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Based on the technology type, the global market has been segmented into printed zn, thin lithium, thin film lithium polymer, curved lithium ion, and thin flexible super capacitors batteries. High energy thin film lithium polymers are expected to be the largest market owing to increase in wearable electronics which is estimated to be the major growth area for these technologies. Large space or capacity for energy storage forms the driving factor for this segment Printed zinc battery are expected to witness significant growth rate Based on the application and end user segment the global market has been classified into Battery-assisted passive RFID, Smart card, Wireless sensor(s)/networks, Smart packaging, Medical cosmetic disposable, Medical device, Interactive media, toys, games & cards, Wearable, Backup power, Portable electronics, and Energy harvesting.Smart cards market is expected to be the largest owing to increasing demand for various thin film battery technologies to optimize and meet the lamination requirement for smart card manufacture. The cost is however being expected to be high coupled with less lifetime for primary batteries to allow extensive market penetration. The emerging of mobile banking and online services is expected to pose a long term threat to this segment.

The healthcare sector is expected to witness significant growth rate owing to increasing demand of skin patches using printed and micro power batteries in this market, printed zinc batteries is estimated to have the highest. Here too, new form factors will be the key differentiator compared to the high-volume incumbents such as coin cell batteries.memory backups Medical diagnostic devices and medical sensors are expected to be promising markets, in which thin lithium polymer batteries provide highest value since these applications need stable power sources with long life time, extreme safety, and high capacity. Wireless sensors application is another significant trend. Which includes energy harvesting combined with thin batteries for superior performance North America is expected to contribute around 40% of the total global revenue in the market owing to the presence of top market players coupled with advanced technology and new product development in this region.U.S. is expected to be the leading manufacturer of printed batteries and generates the majority market revenue in this region. Increasing adoption of micro sensors, smart watches, fitness bands, RFID, and medical patches that constitute printed batteries are expected to be the major driving factors in this region.

Asia Pacific is expected to witness significant growth rate owing to the low printed battery penetration rate in this region, the market is anticipated to have ample opportunities for growth. Increasing consumer disposable income coupled with growing population in regions such as India and China are expected to boost the printed batteries market in this region. Key market players are Blue Spark Technology, Enfucell and Cymbet. Other industry participants include Solicore, Imprint Energy and Planar Energy devices. Innovative analyzing techniques for printing with conductive graphene, in order to create batteries as energy storage devices is expected to be the new trend in the market followed by prominent players. Development of 3D-printed batteries for, micro-sized batteries and small electronic devices is expected to be introduced for micro electronic devices and smartphones coupled with commercialization of 3D printed batteries, is expected to the new trends in the market.

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Battery Recycling Market|Vendor Landscape, Emerging Trends & Scope by 2025

3 Jan 2019 - The global Battery Recycling Market size was valued at USD 8.74 billion in 2016 and is anticipated to reach USD 21.04 billion by 2025, with a CAGR of 10.4%. Stringent government regulations coupled with a progressive environment to pursue factors related to reduction in emission of formidable greenhouse gases and compliance with environmental protection and conservation is proving to be a growing impetus for battery recycling market. Spent batteries pose immense health hazards and impair the ecosystem significantly and coupled with government recognizing the need for implementing initiatives in order to recycle batteries are constructive drivers to the market.

Successful JV’s between profitable ventures and NGO’s in collaboration with leading automobile manufacturers has boosted the battery recycling market. Battery recycles market still being in nascent stage and giving leverage to technological advancements comprising new entrants and small players descending on the market with high capital investments notwithstanding, market is surging forward thanks to growing incentives from government and environmental institutions. Mergers and Acquisitions (M and A) have also incremented sales forecasting impressive sales figures with concurrent business expansions leading to satisfied customers. Restraints, owing to ignorance of discerning populace in relation to battery recycling and environmental constraints with regard to battery disposal exists, with the awareness level of industries continuing to be strong thanks to the application of recycled battery in electronics and automotive sectors. Based on battery source, Battery recycling market is segmented into automotive, electronic appliance and others. Based on chemistry, battery recycling market is segmented into lithium ion, lead acid and Nickel Cadmium (Ni-Cd). Based on end-use, the classification comprises extraction of material, repackaging, reuse and second life, disposal. Region-wise segmentation includes North America, Europe, Asia Pacific, MEA and Latin America. The automotive sector in battery recycling market continues to enjoy wide popularity in the spent battery source segment during the forecast period and hence is a confirmed market leader in the battery recycling market.

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A proportionately high figure of lead acid batteries conventionally employed in vehicles and displaying a pre-disposition towards the recycling industry has given rise to battery recycling market which has boosted the market. As a news article dated Jul 2016 puts, a record 7.3 million pounds worth of single use and rechargeable batteries have been recycled in 2016. This corresponds to an excess of 115 million batteries being diverted from Canadian and U.S landfills and being put to recycle over the past 20 years. As news article dated Mar 2016 puts in print, the actual amount of waste batteries collected in 2015 exceeded 14,879 tons and a significant drop is observed in last quarter of the year totaling 4,022 tons. The amount noticed was in a ratio of 2507 tons for lead acid batteries to 125 tons with Ni-Cd batteries.

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The news also lets out that recycling target can be attached to only portable batteries and UK has significantly raised the portability bar to 4Kg and in accordance with this stipulation, waste batteries weighing more than 4Kg cannot be termed as portable. The key industry players include battery Solutions LLC, Call2Recycle, Inc., EastPenn Manufacturing Co, EnerSys, Exide Technologies, G and P Batteries, Gravita India Ltd., Johnson Controls, Inc., Retriev Technologies, Inc., and UmiCore N.V.

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Advanced Battery Technologies Market Value Chain Analysis & Fiancial Overview To 2025

28 Nov 2018 - Advanced battery technology under its expansive coverage consists of lithium-ion batteries, lithium-iron phosphate market. A lithium battery is by far the best battery in advanced battery market. Market drivers for growth of advanced battery technologies market include the benefits reaped by lithium-ion batteries in terms of energy efficacy and considerable cost-savings. Advanced batteries are one-upping on conventional batteries in powering electric vehicles owing to their longer shelf-life, compactness and energy efficacy, a potential market driver for growth of advanced battery technologies market.

Limitations in material design consideration do not reflect a robust picture and steps have to take to address these problems in order to cope up with energy specifications required in electric cars, consumer electronics, wearable and electric boats and aircrafts. Lead Acid and lithium-ion batteries will hold fort for the next ten years but advanced and post-lithium batteries will make a significant impact on the market once the underlying conditions are met. Segmentation by Large and advanced battery systems comprises lead acid batteries and Ni-Cd batteries.
Segmentation by second-generation large and advanced battery systems comprises Ni-metal hydride batteries, Li-ion batteries and lithium polymer batteries. Segmentation by specialty large and advanced battery systems include silver-zinc secondary batteries, silver cadmium batteries, Nickel Hydrogen Secondary batteries, Ni-Zn batteries and metal air batteries. Developmental large and advanced battery technologies systems market include sodium sulfur batteries, high-temperature lithium batteries, redox and flow batteries, Nickel-Iron batteries, Calcium Metal sulphide batteries, sodium-chloride batteries and lithium sulfur batteries. Future prospects with presence in the high-growth areas represent a potentially augmented market for the advanced battery technologies.

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New variants of advanced batteries have been ushered in the market including nickel-metal hydride and zinc-air prototypes. Microelectronic charger technology and battery charger control technology and clean room technology have brought into focus, a new breed of batteries belonging to lithium-ion and lithium polymer jeopardizing future prospects for Nickel-Cadmium (Ni-Cd) and portable lead acid batteries.

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Advanced batteries are a notch higher than traditional batteries with limited applications and a sea of opportunities exists for advanced battery technology market. With state-of-the art inventions such as lithium phosphate, sodium phosphate and sodium sulphur labeled as the new lithium-ion compositions, the current crop of lithium-ion designs are biting dust. Giant sodium sulfur batteries are being commissioned by electric utilities. 2008 and 2009 saw recessionary forces including lower gasoline prices that abruptly ceased the growth of nickel metal battery-powered Hybrid Electric vehicles (HEV’s) with Chrysler and GM throwing in the towel.
Key industry players include GS Yuasa Corp, Johnson Control Inc, LG Chem Ltd, Panasonic Corp, Samsung SDI Co Ltd and Sanyo Electric Co Ltd., ABSL power solutions Ltd and Advanced Battery Systems Inc., ALcad Ltd, all power battery Ltd, American Electric power, Antique Auto Battery, Anzode Inc, Apple Inc, Applied Power Inc, Arotech Corp, Hong Kong High Power Technology Ltd, Concorde Battery Corp, Covalent associates Inc, Magna International Inc and Atlantic Battery Co Ltd.

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Carbon Capture And Storage (CCS) Market Restraint Analysis & Industry Outlook by 2025

13 Nov 2018 - The global Market Size Of Carbon Capture And Storage (CCS) industry was 61,150 kilo tons in 2015. Rising pressure on nations to cut down carbon dioxide emission coupled with demand for clean energy is expected to drive the global carbon capture and storage market. Uprising in global demand to bring down carbon emissions owing to climate change threats, are augmenting the growth of the global CCS market.

Rising demand for global energy has fueled fossil fuel combustion, giving rise to greenhouse gases. CCS is the forefront viable technology which mitigates the greenhouse combustions and converts it into clean energy saving fuel costs and further combustions.
Globally, there 22 projects are in operational status and an additional 14 projects are anticipated to be functional in the forecoming years. CCS technology is a proven cost effective and efficient technology to bring down carbon emissions. Industry players are focusing on developing new and more efficient carbon capture technologies and processes such as Post Cap which is a post carbon capture technology. It’s basic foundation is on amino acid salt (AAS) solution which is used as solvent. This is finds use in coal-fired power stations and natural gas-fired power plants.
Innovation companies are making break through progress to present innovative technologies to recycle CO2 and reduce greenhouse gas emissions are expected to encourage the carbon capturing and storage technology market across the globe. The growing clean power technologies demand and the stringent regulations set by governing bodies of diverse nations for adhering to carbon emission norms are some of the critical factors driving market growth.

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Regulatory framework is still in a nascent stage to address the issues concerning CCS. This market requires a strong legal regulatory framework in order to deploy this technology for future benefits. CCS has gained reputation of being a unparalleled technology in combating fossil fuel emissions and efficient energy costs.

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Technology Insights

Pre-combustion capture technologies for carbon dioxide accounted for the major share owning 73% in 2015 and are estimated to observe growth in the forecasting period. Utilizing water gas shift reaction along with acid gas removal process is the current commercial trend that is practiced globally. On version of these reasons pre-combustion capture technology is assumed to control the capture sort segment in the nearby future.
An estimated growth of 15.6% is projected for post-combustion capture technology in the period 2015-2025. Improved energy generation coupled with advanced amine methods and heat mixing systems are likely to be the core reasons driving the demand for CCS market during the forecast period.

Application Insights

EOR activities accounted for more than 80% of total global revenue in 2015. EOR techniques are finding rampant increase in applications owing to depleting conventional oil in resources. Volatile oil prices are expected to drive EOR operations across oil sites. Currently with the crude oil prices staying low, global EOR operations are seeing a decrease in activity but is expected to pick up in mid-2018.
Modern technologies utilizing carbon dioxide realized in the production stage are expected to foster the growth for CCS technologies in the near future. Growth in sectors such as petroleum refining, chemical and manufacturing are expected to further have a positive impact in this market.

Regional insights

North America CCS industry lead the global demand accounted around 60% of the complete market. Rigid controlling framework for cleaner surroundings tied with aggregate essential of carbon dioxide in EOR practices owed to increasing figure of matured oilfields remain estimated to be the main aspects motivating the industry saturation.
Asia Pacific CCS market is expected to rise at a CAGR of 16.4% between the period 2016 to 2024. The trending regional economies in the region such as China and India with countries such as Japan, Indonesia and Malaysia are targeting on cleaner environment resulting in accelerated economic growth in the areas thereby having a growth prospect in the carbon capture and storage market.

Competitive Insights

The carbon seizing and storing equipment market through the world is extremely competitive in countryside and is likely to grow concentrated in the upcoming next years. Key players in the CCS industry AkerSolutions, Shell CANSLV, Linde Engineering, Statoil, Sulzer, and Mitsubishi Heavy Industries.

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Shale Gas Market Variables, Trends & Scope by 2012-2020

9 Oct 2018 - The increasing need for energy and diminishing conventional gas reserves, the demand for unconventional sources such as CBM, shale gas, gas hydrates and tight gas has experienced a significant leap in the past decade. Shale gas is the form of natural gas derived from underground shale deposits through hydraulic fracturing and horizontal drilling.

Shale gas is one of the popular conventional energy sources as it emits less carbon compared to other fossil fuels such as coal and hence and hence is expected to become the major fuel replacing coal and other fossil fuels provided its production increases in the near future.

Regarding end-users, shale gas market is segmented into industrial, commercial, power generation, transportation, and residential. Owing to its low price compared to other fossil fuels, the market is anticipated to replace conventional sources such as coal, nuclear and hydro especially in chemical, fertilizer and hydrogel production industries.

Global conventional energy reserves are not able to fulfill the demand owing to developing per capita consumption of energy in developing countries majorly in Asia-Pacific. Till now, shale gas production is limited to North America such as Canada and U.S. In Asia Pacific region production started in 2015 as large shale gas reserves have been discovered. Foreign investors also have recently ventured the market along with entering into various mergers and acquisitions with companies to utilize the potential in this region.

The key factors driving the market are anticipated to be the abundance of shale gas globally however yet not matured reserves in several locations such as India and Indonesia, improved supply and distribution network, enhanced drilling technology and decline in prices of conventional energy sources.

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However, the involvement of higher capital investment for shale gas exploration and production, and other issues such as water contamination on hydraulic fracturing are expected to restrain the industry growth over the forecast period. Also, other environmental issues such as methane release owing to hydraulic drilling and public opposition have hindered the market mostly in the European countries such as Poland and France.

Also, various energy and government agencies globally have initiated many programs for developing and producing shale gas. Some of these agencies are Energy Information Administration (EIA) U.S., Gas Shale in Europe (GASH), German Research Centre for Geosciences (GFZ). Recently, countries such as China, Poland, Jordan and India have participated in the initiative program.

Application Insights:

Industrial, residential, commercial, transportation and power generation are the key application sectors. In 2013, power generation was the major application segment accounted for more than 30% of total volume of shale gas produced. The main factors driving product demand in this segment is the abundance and low carbon footprint of shale gas over coal and crude oil.

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Environmental concerns and regulatory support for the use of conventional sources of energy is yet another factor to drive shale gas demand in this power generation industry. Industries in Canada and U.S. are slowly shifting their focus towards the utilization of shale gas replacing the conventional gases. Growing demand against LPG and CNG as the alternative transportation fuel is another important reason responsible for its increase in consumption in the past few years and this trend is expected to continue over the forecast period. This will develop transportation to be the fastest growing application with a projected at a CAGR of 10.8% from 2014 to 2020.

The commercial application of the market is also expected to grow at CAGR of around 5.3% from 2014 to 2020 to reach approximately USD 10 billion by 2020.

Regional Insights:

In the present industry scenario, Canada and U.S. are the major producers of shale gas. These two countries produced almost 92% of the total volume in 2013. Earlier to shale gas, U.S. was the largest importer of natural gas. Later on, owing to rapid production and exploration activities, U.S. emerged as the major exporter for the market followed by Canada estimated over 8.2% of the gas extracted in 2013.

China accounted 30 million cbf output by 2012 and increased its production to 200 million cbf till 2013. As per estimates, China has a huge amount of shale gas reservoirs and discovers great market potential. The Chinese government is also supporting tax leverage and financial benefits to the shale gas companies.

APAC is anticipated to be the emerging market with a CAGR of over 66% from 2015 to 2020. Europe in more than 14 countries including Germany, Poland and France is also is also anticipated to increase production of shale gas over the forecast period owing to the abundant availability of reserves which are in the initial maturity stage.

Competitive Insights:

Global shale market is being dominated by top gas & oil producing multinationals spread through the value chain creating the market highly competitive. Key market players have already entered into various acquisitions, collaborations, joint ventures and partnerships to sustain the competitive market.
Some of the market leaders are Anadarko Petroleum Corporation, BHP Billiton, Exxon Mobil Corporation, Royal Dutch Shell, Reliance Industries Limited, Cabot Oil & Gas, SM Energy, and Talisman Energy Inc. among some other companies.

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