The Progress of Residual Waste to be Discussed at SMi’s Energy from Waste Conference

Energy from Waste

Latest updates in maximising residual waste and channelling that energy int everyday life.

LONDON, UNITED KINGDOM, July 18, 2019 / — SMi Reports: Key topics including the progress of residual waste to be discussed at the Energy from Waste conference this December

The Energy from Waste industry is striving to achieve quotas set by regulations across Europe, with many countries setting targets to be one of the world's first circle economies. As we all know it’s not just about utilising food waste and biomass, it’s about maximising residual waste as a whole and channelling that energy into our everyday life.

On the 3rd – 4th December, the progress of residual waste will be discussed in detail at the 12th Annual Energy from Waste Conference and how market leaders are paving the way for a low carbon emissions future. Highlights include:

“Fuel to the fire – the residual waste future changes” delivered by Stuart Hayward-Highman, Technical Development Director, Suez R&R UK
• Policy impacts on volume and composition
• Where the big and small changes may arise
• Capacity needs today and tomorrow

“The future for transport fuels from waste” delivered by Aaron Berry, Deputy Head, Low Carbon Fuels Division, Department for Transport
• RTFO latest including ‘development’ fuels
• Capital funding competitions
• Low carbon fossil fuels

“The future of waste to fuels: existing technologies?” delivered by David Woolford, Principle Consultant and Waste to Energy Site Supervision Lead, Ricardo
• Subsidies and product revenues – financing mechanisms
• Regulation of waste to fuels plant
• Quality and volume of feedstocks?
• Lessons learned from a developing market
• Future developments in the market

“How to make EfW a catalyst for the circular economy?” delivered by Johnny Stuen, Technical Director, EGE (Waste to Energy Agency)
• Not all materials should be in the circle – we need the EfW kidney
• Secondary raw materials, what is possible to recover from the residuals of EfW?
• The CO2-issue – accounting? Removing? Concepts and technologies
• EfW as a decarbonisation measure – with or without CCUS

The brochure with the full two-day agenda and speaker line-up is now available to download online at

There is an early bird saving of £300 available for bookings placed before 30th September. Registrations can be made on the event website.

Energy from Waste
3rd – 4th December 2019
Copthorne Tara Hotel, London, UK

Sponsored by BMH Technology and Steinmuller Babcock Environment

For sponsorship enquiries please contact Andrew Gibbons on +44 (0) 20 7827 6156 or
For media enquiries contact Neill Howard on +44 (0)20 7827 6164 or

Neill Howard
SMi Group Ltd
+44 20 7827 6000
email us here

Source: EIN Presswire

Electro Scan Inc. Signs Long-Term Agreement to Integrate Machine-Intelligent Data With Hansen Analytics Cloud Platform

Electro Scan machine-intelligent pipe condition assessment data.

Electro Scan Ruggedized Machine-Intelligent Pipeline Assessment Probe.

FELL-based Inspection Finds & Measures Infiltration Missed By CCTV.

SaaS-based pipeline quality assessment immediately accessible on the web..

Aggregating Manual and Machine-Intelligent Data for Decision Support.

Integration with Hansen Analytics To Automatically Sync and Compare FELL Inspection Data With CCTV, Acoustic, Laser, and Smoke & Dye Testing Data

Utilities are collecting information about their infrastructure at an exponential rate, without a way to identify important trends or summarize key results.”

— Chuck Hansen, Chairman, Hansen Analytics LLC

SACRAMENTO, CA, USA, July 16, 2019 / — Today Electro Scan Inc. announced that it has signed a long-term agreement with Hansen Analytics LLC to provide business intelligence and decision support services to municipal and investor-owned utilities.

Electro Scan's machine-intelligent Focused Electrode Leak Location (FELL) inspection technology is unique in its ability to automatically locate and quantify with great precision the sources of infiltration, and to certify Cured-In-Place Pipe (CIPP) for watertightness in conformance with the ASTM F2250 Standard.

Given that Electro Scan’s machine-intelligent pipe evaluation data obtained from FELL inspection does not require manual coding or third-party data interpretation, the use of Hansen Analytics' cloud platform now helps utilities pinpoint data quality problems found in legacy manually collected information, including data errors, missing values, and operator bias.

The new agreement allows Hansen Analytics to store and access all FELL data online and compare it to traditional data collected by utilities, including Closed-Circuit Television (CCTV), to improve data quality and subsequently decision support frameworks for prioritizing capital spending.

Hansen Analytic LLC is also available to conduct independent audits of your agency's CCTV inspection data, including performance metrics and consistency of defect identification, in addition to adopting CCTV Artificial Intelligence and Machine Learning to streamline reporting.

"Utilities are collecting information about their infrastructure at an exponential rate, without a way to identify important trends or summarize key results,” states Chuck Hansen, Chairman, Hansen Analytics LLC and former Founder and Chairman of Hansen Information Technologies, sold to Infor Global in 2007.

“The need to aggregate and then transform raw data, found in a variety of different formats and unconnected silos, also needs 'self-service kiosk-style' executive dashboards to visualize and understand their results,” states Hansen.

"We see Hansen Analytics providing a core set of capital technologies that helps organizations identify key operating trends, monitor quality assurance programs, improve business performance metrics, and anticipate future outcomes," states Carissa Boudwin, VP Marketing, Electro Scan Inc.

"By looking for hidden patterns in data that can be used to correctly assess the condition of infrastructure and rehabilitation selection, Hansen Analytics will allow municipal and investor-owned utilities to improve their decision-making process, and to do more with limited capital resources" states Boudwin.

Making fact-based decisions is no longer about the amount of data, but how accurately organizations can discover key insights from their available data to drive better decisions across the enterprise.

Data mining, machine learning, predictive analytics, and decision management, are essential to identifying key factors to improve performance.

For example, trenchless rehabilitation, when used correctly, offers utilities tremendous value. Repairing and renewing our infrastructure without digging up streets and neighborhoods is faster, cheaper, and less disruptive, while directly benefitting ratepayers.

But since legacy inspection technologies are not able to confirm whether full-length Cured-in-Place Pipe (CIPP) liners are watertight or structurally sound, new machine-intelligent technologies, like Electro Scan’s FELL inspection, have been needed to independently assess CIPP quality immediately following installation to ensure that ratepayers receive a completed project that meets contract requirements.

“Contractors need to stop thinking about FELL technology as the stick, and instead start looking at it as the carrot, an opportunity to prove the quality of their workmanship and liner water tightness” states Mike App, Vice President, Electro Scan Inc.

“Using data analytics to automatically find defects in CIPP in real time, and grade their severity, will become even more efficient as AI is added to the CCTV inspection process to access individual frames of CCTV video and document a contractor's specific issues,” states App.

"There is no pre-defined handshake between people in the field and people in the office, so the job of Hansen Analytics is to bring these two worlds together," states Hansen.

Electro Scan’s unbiased and unambiguous FELL data reporting is able to expand on visual record keeping systems to automatically differentiate between superficial cracks and cracks that leak.

While camera-based systems may be able to identify offset joints, FELL technology is able to locate and quantify expected infiltration rates in conventional terms like Gallons per Minute or Liters per Second.

In addition to evaluating the usefulness and reliability of CCTV data, Hansen Analytics captures and analyzes acoustic testing, smoke testing, dye flood testing, laser, and sonar data.

Organizations typically have a general idea what must be accomplished, such as reducing infiltration rates, but generally don’t know areas that should be prioritized for rehabilitation.

Pursuing a ‘trial and error’ approach is often costly and wasteful, especially in repairing infrastructure not necessarily causing the problem. Hansen Analytics will support decisions that maximize capital spending programs.

Founded in 2006, Hansen is dedicated to aggregating municipal and investor-owned utility data to streamline decision support. Founding Hansen Software in 1983 (later called Hansen Information Technologies), principals of Hansen Analytics are pioneers in municipal asset data science and utility management helping thousands of cities and utilities decipher and interpret operational, financial, and capital efficiencies. Utilizing an Amazon Web Services global platform, Hansen Analytics uses Python, HTML5, and Tableau to support is clients.

Founded in 2011, the company designs, develops, markets, and supports technology services for pipeline condition assessment, environmental compliance monitoring, and independent rehabilitation effectiveness. Headquartered in Sacramento, California, the company sells and licenses equipment to local governments and utilities to conduct their own pipeline testing and offers a Technology-as-a-Service (TaaS) solution in partnership with authorized contractors.


Carissa Boudwin
Electro Scan Inc.
+1 916-779-0660
email us here
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Frame-by-Frame Assessment of CIPP With Defective Liner & Lateral Connections

Source: EIN Presswire

Research Deliver Insight into Poland Telecoms, Mobile and Broadband Market 2019-2023


Wise.Guy. “Poland – Telecoms, Mobile and Broadband – Statistics and Analyses” report has been added to its Research Database.

PUNE, MAHARASTRA, INDIA, July 16, 2019 / — “Poland – Telecoms, Mobile and Broadband – Statistics and Analyses” report has been added to its Research Database.

Scope of the Report:

Poland preps for 5G multi-spectrum auctions

Poland’s liberalised telecom market has seen considerable development in the broadband and mobile sectors. The incumbent telco, Orange Poland, dominates the broadband market and has invested in fibre infrastructure to support the growing adoption of bundled services among customers.

The regulatory environment has also been shaped by EU principles designed to facilitate competition, allowing competing operators to enter the market. This extended to opening Orange Poland’s fibre network to access and pricing regulation, while in May 2019 the regulator also instituted new rules governing wholesale access to cable networks.

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The mobile market in recent years has been characterised by the rapid extension of LTE networks and the development of mobile data services based on newly released and re-farmed spectrum. The regulator is preparing to release additional spectrum in several bands for 5G, though delays to the process mean that 700MHz spectrum is unlikely to be available before mid-2022.

Operators have invested in 5G, with T-Mobile Poland having launched a pre-commercial service in Warsaw at the end of 2018, and with full commercial services expected to be available in early 2020.

Mobile penetration in Poland is above the European average, standing at 137% by mid-2019. This reflects the continuing popularity among consumers to keep two or more SIM cards, which has distorted the real mobile penetration rate. Nevertheless, the distortion has been addressed on two fronts: by network operators being encouraged to disconnect dormant SIM cards, and by legislation, effective from February 2017, which obliges subscribers of prepaid services to register their details. These forces have resulted in a significant readjustment in the number of subscribers in the market.

The market has effective competition from four MNOs, and has room for more than two dozen MVNOs though many of these are small operators with marginal market share. ARPU has been adversely affected by retail tariff competition and by regulatory mandated reductions in mobile termination rates and roaming tariffs. However, operators anticipate that ARPU will rise in line with consumer adoption of mobile data services, facilitated by improved network infrastructure.

The fixed broadband market has benefited from excellent cross-platform competition, with comprehensive DSL infrastructure complemented by extensive cable networks and a growing fibre presence. Commercial considerations meant that fibre was for some years restricted to a number of urban areas, though more recently the sector has received considerable financial support from the government and the European Union. This support is aimed at building fibre-based networks across the country (particularly in eastern areas) and promoting fibre connectivity to end-users. As a result, the proportion of broadband subscribers receiving a service of at least 100Mb/s has increased sharply in recent years.

This report covers key aspects of Poland’s developing telecom market, presenting data and analyses on market operators, fixed-line networks and technologies, and the key regulatory developments. The report reviews the fixed broadband market, including an assessment of technology platforms and recent market developments. In addition, the report profiles the main mobile network operators, and analyses recent regulatory measures and spectrum auction results, and evaluates LTE deployments and operator strategies for 5G.

Key developments:

Regulator preps for multi-spectrum auction for 5G services;

Government proposes reduced licence fees if MNOs improve network coverage;

T-Mobile Poland and Orange Poland extend 5G trials;

T-Mobile Poland launches NB-IoT services;

Orange Poland revenue decline prompts outsourcing and disposal strategy;

Regulator amends cable network access rules;

Poland may fail to reach 2020 broadband targets given high cost of network rollouts;

Vectra’s plan to merge with Multimedia receives competition scrutiny;

UPC Poland launches 1Gb/s cable services based on DOCSIS3.1;

Report update includes the regulator’s market data reports, State Statistics data for 2017, telcos’ operating and financial data to Q1 2019, recent market developments.

Companies mentioned in this report:

CenterNet, Polkomtel (Plus), T-Mobile Poland, P4/Play, Mobyland, UPC Poland, Orange Poland (Telekomunikacja Polska), Netia, Aster, Multimedia Polska, Vectra, Telefonia Dialog, GTS Energis, Exatel, Telekomunikacja Kolejowa.

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Major Key Points in Table of Content:

Key statistics

Country overview

Telecommunications market

Market Overview and Analysis

Telco Infrastructure

Regional Market Comparison

Regulatory environment


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Source: EIN Presswire

Advanced Biofuels Canada new study on Clean Fuel Standard costs

Low carbon biofuels have ten-year track record in BC at costs below gasoline, resulting in affordable carbon reductions and much-needed competition in fuels

BC's LCFS added 0.35% to the cumulative combined cost of gasoline and diesel fuels from 2010 to 2017. Contrast this with the very real – but hidden – climate costs not in fossil fuels' pump price.”

— Ian Thomson , ABFC President

VANCOUVER, BC, CANADA, July 15, 2019 / — Canada’s national low carbon fuels association issues a statement about the prospective costs of the proposed federal Clean Fuel Standard (CFS), with relevance to the formal inquiry into high gasoline and diesel prices in British Columbia.

Advanced Biofuels Canada (ABFC) maintains and regularly updates a comprehensive biofuel pricing methodology, with additional detail built onto the data and methodology published annually by a leading independent energy research firm, Navius Research, and informed by fuels industry input, public exchange traded fuel prices, and Government of Canada fuel price reporting. Since implementing its renewable fuel standard (RFS) in 2010 and a low carbon fuel standard (LCFS) in 2013, the BC market has provided direct evidence to inform the question of how the federal clean fuel standard (CFS) may impact fuel prices. Unlike forward-looking CFS cost speculations, most of which rely on a large number of untested assumptions, BC has a decade of assessable market experience from which to analyze potential fuel price impacts.

ABFC updated data from the Biofuels in Canada 2019 Navius Research report to include the January 2018 to June 2019 period. The data demonstrate that, since January 2018, wholesale ethanol delivered to Vancouver was $0.324/litre less expensive on average than wholesale gasoline (36% lower). In comparison, refiner margins on gasoline increased in that same period (first quarter-last quarter) by $0.108/litre (or 26%). For biodiesel, which is the leading renewable fuel alternative to diesel, use in Vancouver over the same period would increase diesel fuel costs by $0.011/litre (1.3% higher). With the costs of other renewable diesel alternatives included, the overall cost impact of BC regulations is consistent with the findings of Navius Research, which reported 2010-2017 cumulative average costs for biofuels in the BC to have added 0.35% to the combined cost of gasoline and diesel fuels. The market data demonstrate that the real driver for high fuel prices in BC is the profit taking practices imbedded in crude oil production and refining.

ABFC President Ian Thomson gave the rationale for the update. “Significantly overestimated costs have been projected onto proposed environmental regulations for years, and the CFS is proving to be no exception. While claiming to support a national approach to emissions reductions in fuels, the fossil fuels industry continues to oppose the CFS.” Thomson went on to add, “Refiners pushed back on regulations to remove lead and sulphur in diesel and gasoline, claiming material financial harm to consumers and industry. No such harm resulted, and Canadians would not choose to turn back the clock. This current approach to opposing emissions reductions in transport fuels proposes to leave individual Canadians to pay for the rising costs of air pollution and the environmental impacts of climate change. This contrasts with the evidence, from multiple jurisdictions, that fuel regulations are necessary to eliminate or reduce harmful emissions from fossil fuels.”

There is a growing public awareness that the cost of climate change to taxpayers and broader society is not reflected in the price of gasoline at the pump, with the result that taxpayers will ultimately foot the bill. In BC, for example, scientists now statistically link climate change to the increasing intensity of wildfires. BC government data show the direct costs of fighting wildfires to have been well over a billion dollars in 2018 and 2019, which represents over $300 annually per household. Over the past decade, wildfire suppression cost taxpayers $1550 per BC household. Property loss, household evacuations, impacts on the resources sector, GDP impact from lost tourism; these and other costs make the real price tag of carbon pollution much higher. Were these real – but hidden costs – included in the price of fossil fuels, it would level the playing field and give consumers a true accounting of fuel costs.

Clean fuel regulations have been successfully operating in BC and in California for almost a decade. California has both the world’s 5th largest economy and a significant petroleum sector; it is outperforming the U.S. average in job growth, manufacturing, personal income, corporate profits and the total return on its bonds. As for BC, its GDP growth to 2023 is projected to outpace the rest of Canada as a whole; other projections show it in the provincial top tier on a number of economic performance indicators. The strong economic performance in both jurisdictions has co-existed with stringent clean fuel standards for almost a decade.

Improving fuel supply options to include all clean fuels, including advanced biofuels, renewable natural gas and hydrogen, and electric vehicles (EVs), will increase market competition and reduce costs to consumers. A number of studies cite the benefits of incenting market-based competition amongst clean fuels that is inherent in the RFS and LCFS/CFS regulatory designs. Further, the LCFS/CFS regulations imbed a performance-based incentive (carbon intensity) to lower carbon emissions from all fuels. The evidence is clear: smart fuel regulations are the most cost-efficient way to reduce carbon pollution in transportation.

Advanced Biofuels Canada/Biocarburants avancés Canada is the national voice for producers, distributors, and technology developers of advanced biofuels. Our members are Canadian and international leaders in commercial biofuel production and technology development, with over 13 billion litres of global installed capacity and expanding investments in Canada to meet new low carbon fuel demand. Since 2005, ABFC has provided provincial and federal leadership on effective biofuels policies that expand clean energy options, achieve measurable climate action results, and stimulate new clean growth investments. For information on Advanced Biofuels Canada and our members, visit

Ian Thomson
Advanced Biofuels Canada
+1 604-947-0040
email us here

Source: EIN Presswire

Big Additions to the McMillan-McGee Corp. Executive Team

Kristof Van Vooren, CFO

Clayton Campbell, VP Engineering

David Rountree, President Mc2 USA

McMillan-McGee, In-Situ Thermal Remediation specialists, owners of the patented ET-DSP™ and IT-DSP™ technologies announces 3 additions to their Management Team

These promotions are a statement of our commitment to deliver excellence. Our culture of doing the math and a disciplined and professional approach, are well served by our highly qualified executives.”

— Dr. Bruce McGee, President/CEO

CALGARY, ALBERTA, CANADA, July 12, 2019 / — McMillan-McGee welcomes Kristof Van Vooren to the team as the new CFO. Mr. Van Vooren’s extensive knowledge in the environmental industry began in 1993 in the water research department of his family business, Laboratories E. Van Vooren. Since then he has fully acquired the firm and has started multiple other highly successful environmental, remediation and management companies. Kristof holds a Bachelor’s degree in Business Administration as well as his MBA in International Business. With his wide range of knowledge of global affairs, no one knows business quite like Kristof.

McMillan-McGee also announces the internal promotion of Mr. Clayton Campbell to Vice President of Engineering. Mr. Campbell has been with McMillan-McGee since 2012 and in that period, he has demonstrated both a passion for technical excellence and the acumen for executing complicated projects. Clayton is a graduate from Dalhousie University with a D. Eng. and B. Eng. in Chemical Engineering. He has experience in project engineering and management while with AMEC and has worked as a team leader in multidiscipline design projects in the oil and gas industry.

They are also proud to announce the promotion of Mr. David Rountree to President of Mc² USA. David Rountree simultaneously serves as Chief Engineer of McMillan-McGee Corp. Canada. Mr. Rountree has been remediating petroleum and hazardous waste sites since 1995, and has made in-situ thermal remediation a specialty since his first thermal project in 2001. He enjoys the unique challenges that every thermal project brings, and applies his experience and training to craft optimal solutions for each client. He graduated with a Bachelor of Science in Physics and a Master of Science in Environmental Engineering, both from the Georgia Institute of Technology.

Who is McMillan-McGee Corp.?
McMillan-McGee is a leading technology company that empowers its clients to “clean dirty dirt”. Every day, companies leverage their proven, proprietary tools and technologies to manage remediation projects of all shapes and sizes. Their team is dedicated to finding rapid resourceful solutions to complex environmental challenges.

Brent Winder, Vice President/General Manager
McMillan-McGee Corp.
+1 403-569-5100
email us here
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Source: EIN Presswire

Higher Education Active Learning Platform Market: Global Industry Analysis and Opportunity Assessment, 2019 – 2025

New Study On “Global Higher Education Active Learning Platform Market Trends and Forecast 2025” Added to Wise Guy Reports Database

PUNE , MAHARASHTRA, INDIA, July 10, 2019 / — Global Higher Education Active Learning Platform Industry

New Study On “Global Higher Education Active Learning Platform Market Trends and Forecast 2025” Added to Wise Guy Reports Database

The growth of the Global Higher Education Active Learning Platform Market is dependent on various factors and provides a better growth graph of the industry through a basic overview which portrays the actual market valuation with an expected rate of expansion during the forecast period. A complete background analysis of the Higher Education Active Learning Platform market, which includes an assessment of the economy and contribution of sectors in the economy, key segments, and emerging trends are covered in the report. As per the scope of the report, the Global Higher Education Active Learning Platform Market also portrays its key dynamics that support to have a strong influence over the spotted years to expansion by 2019. With the help of these perspectives, the report is able to estimate and validate the market size of the 2025 market and the volume of various relevant market segments.

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Competitive nature of the Global Higher Education Active Learning Platform Market has been analysed as well by making attempts to decipher the latest trends that are about to decide the future course of the market. Strategies that have been employed by top players often include merger, acquisition, product launch, innovation, and other methods. These strategies market players employ to take a solidified stance and, in the process, they assist in the holistic growth of the market. The regional segmentation has been studied thoroughly for a better understanding of the geographic factors. The segmentation finds ample backing in facts and figures analysed by adept analysts.

Surveys and proper researches are conducted for the Higher Education Active Learning Platform Market and assist in collaboration of studies over trends, pricing, potential growth, opportunities, and restraints. The report is analyzed deeply to gain every parameter and provides extensive coverage of new revenue pockets. This allows the Higher Education Active Learning Platform Market to estimate and validate future approaches so that new opportunities are introduced to increase the 2019 market expansion by the year 2025.

Key Players

The report precisely covers the competitive state of the Higher Education Active Learning Platform Market and the ongoing trends in its manufacturing landscape. It recognizes some of the key vendors as well as emerging players in the market.

The key players covered in this study Echo 360, Panopto, Turning Technologies, YuJa

Some Major Points from Table of content:

1 Report Overview

2 Global Growth Trends

3 Market Share by Key Players

4 Breakdown Data by Type and Application

5 United States

6 Europe

7 China

8 Japan

9 Southeast Asia

10 India

11 Central & South America

12 International Players Profiles

13 Market Forecast 2019-2025

14 Analyst's Viewpoints/Conclusions

15 Appendix

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About Us
Wise Guy Reports is part of the Wise Guy Consultants Pvt. Ltd. and offers premium progressive statistical surveying, market research reports, analysis & forecast data for industries and governments around the globe. Wise Guy Reports understand how essential statistical surveying information is for your organization or association. Therefore, we have associated with the top publishers and research firms all specialized in specific domains, ensuring you will receive the most reliable and up to date research data available.

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Source: EIN Presswire

Oil Spill Management Global Market Status, By Players, Types, Applications And Forecast To 2024

Oil Spill Management Market, Size, Share, Market Intelligence, Company Profiles And Trends Forecast To 2024

PUNE, MAHARASHTRA, INDIA, July 9, 2019 / — Oil Spill Management Industry


In the beginning, the report covers a forecast and detailed analysis of the Oil Spill Management market on a global as well as regional level. The report provides comprehensive data from 2019 to 2025 based on the income generation, and historical, current, and forecasted growth in the market in terms of both the market value and volume. Moreover, the report contains the significant changes taking place in the market aspects over the evaluation period.

Key Players

The report comprises a comprehensive study of the competitive setting of the Oil Spill Management market and the recent trends that are anticipated to impact the market landscape. It acknowledges crucial players of the market, including both key and emerging players (Sales Revenue, Price, Gross Margin, Main Products etc.). The report includes the companies in the Oil Spill Management market share study to give a broader overview of the key players in the market. Additionally, the report also comprises vital strategic advances of the market coupled with a new product launch, partnerships, agreements, acquisitions & mergers, research & development collaborations & joint ventures, and regional expansion of major market players on a global and regional basis.

Company Coverage : 
market, like 

National Oilwell Varco 
Cameron International Corporation 
Fender & Spill Response Services L.L.C 
Control Flow Inc. 
SkimOil, Inc 
Northern Tanker Company 
GE Oil & Gas 
Cosco Shipyard Group Co., Ltd. 
CURA Emergency Services 
Ecolab Inc 

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Product Type Coverage (Market Size & Forecast, Major Company of Product Type etc.): 
Chemical and Biological Management Methods 
Mechanical Containment Methods 

Application Coverage (Market Size & Forecast, Different Demand Market by Region, Main Consumer Profile etc.): 
Onshore Post-Oil Spill Management 
Offshore Post-Oil Spill Management 

Regional Analysis

The forecast and evaluation of the Oil Spill Management market have been studied on a regional and global level. on the basis of the region, the Oil Spill Management market has been analyzed in North America, Europe, Latin America (LATAM), Asia Pacific (APAC), and the Middle East and Africa (MEA).

Drivers and Constraints

The report comprises a thorough analysis of significant factors that impact the Oil Spill Management market substantially. The report meticulously explains the factors that are driving and restraining the market growth over the assessment period. It also comprises the aspects that are anticipated to create possible opportunities for market players in order to accomplish an extensive comprehensive understanding of the market.

Research Methodology

The market report has been recorded with the help of multiple primary (interviews, surveys, observations) and secondary (industrial databases, journals) sources to identify and collect suitable data for this detailed commercial, technical, and market-oriented assessment. Porter’s Five Force Model has been used to determine the market evaluation accurately, and to ascertain the numerous strengths, weaknesses, opportunities, and threats (SWOT analysis), and several qualitative and quantitative analysis associated with the market.

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Table of Contents

1 Industry Overview 

2 Industry Environment (PEST Analysis) 

3 Oil Spill Management Market by Type 

4 Major Companies List 
4.Oil Spill Management market, like (Company Profile, Sales Data etc.) 
4.2 National Oilwell Varco (Company Profile, Sales Data etc.) 
4.3 Cameron International Corporation (Company Profile, Sales Data etc.) 
4.4 Fender & Spill Response Services L.L.C (Company Profile, Sales Data etc.) 
4.5 Control Flow Inc. (Company Profile, Sales Data etc.) 
4.6 SkimOil, Inc (Company Profile, Sales Data etc.) 
4.7 Northern Tanker Company (Company Profile, Sales Data etc.) 
4.8 GE Oil & Gas (Company Profile, Sales Data etc.) 
4.9 Cosco Shipyard Group Co., Ltd. (Company Profile, Sales Data etc.) 
4.10 CURA Emergency Services (Company Profile, Sales Data etc.) 
4.11 Ecolab Inc (Company Profile, Sales Data etc.) 
4.12 SkimOil (Company Profile, Sales Data etc.) 
5 Market Competition 

6 Demand by End Market 

7 Region Operation 

8 Marketing & Price 

9 Research Conclusion

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Source: EIN Presswire

Smart Factory Market 2019- Global Industry Analysis, By Key Players, Segmentation, Trends and Forecast By 2026

PUNE, MAHARASHTRA, INDIA, July 9, 2019 / — Summary:
A new market study, titled “Discover Global Smart Factory Market Upcoming Trends, Growth Drivers and Challenges” has been featured on WiseGuyReports.
Global Smart Factory Market
The report provides global Global Smart Factory Market information related to its business and services with the help of an exclusive blend of quantitative forecasting and trends analysis. The report further puts forward-looking insights that include thousands of decision-makers, key market players, which are carried out based on various objectives of the market. The fundamental dynamics of the Global Smart Factory Market is based on a veteran team of analysts, researchers, and consultants use proprietary data sources and various tools and techniques. The market report also represents the latest and the most reliable information indispensable for businesses to sustain a competitive edge. The detailed statistical models hereby, offer insights into a robust Global Smart Factory Market. The study of the market has been taken place during the year 2019, which stretches over till 2026.

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Key Players
Leading cloud service providers like Amazon AWS, Microsoft Azure Google cloud platform, and IBM cloud operate from the US and contribute significantly to the growth of cloud services in the North American region. The report covers the list of major companies as well as the emerging players operating in the Global Smart Factory Market. This signifies the ongoing trends of the market in the manufacturing landscape, and therefore, the market is meticulously analyzed over its competitive scenario on a global level.

Drivers & Constraints
The report provides a comprehensive analysis of the Global Smart Factory Market about its drivers and constraints. It covers the sales volume, price, revenue, gross margin, historical growth, and future perspectives in the Global Smart Factory Market. These factors also present opportunities and challenges, risks, barriers in order to gain a more in-depth understanding of the market.
Smart factories employ the principles of cyber–physical technology, Internet of Things, and cloud computing technologies. The smart factory provides advanced and automated facilities to make manufacturing process faster, more efficient, and safer. This is helping to minimize the gap between digital world and traditional industrial manufacturing methods.

Smart Factory Market Segment Analysis
Based on the end user industry, the market is segmented as Chemical Industry, Oil and Gas Industry, Aerospace industry, Automotive industry, Mining industry, others (defence, consumer electronics). The Oil and gas industry are expected to drive the global smart factory market at a higher rate owing to the increasing demand for automation in oil and gas industry and high global production of oil and gas. According to the International Energy Agency (IEA), the global oil demand in 2018 is 6.9mb/d and is expected to reach 104.7mb/d by 2023 rising at an average annual rate of 1.2mb/d. The global oil production as per the Global energy statistical yearbook in 2005 was about 88721 thousand barrels per day and reached 92649 thousand barrels in 2017 with a 0.7% annual growth rate. Automation and Instrumentation services in Digital oilfields include SCADA (Supervisory control and data acquisition), smart well sensors, wireless sensors, distributed control systems and other components which are widely used to monitor industrial operations and real-time process data. These components are crucial for driving the market, and the oil and gas industry is expected to dominate the global smart factory market in the future

Regional Description
The outlook of the Global Smart Factory Market results on a regional level, thus covering major regions of North America, Latin America, Asia Pacific, Europe, and the Middle East & Africa. The various contributors involved in the value chain of the Global Smart Factory Market include manufacturers, suppliers, distributors, intermediaries, and customers.

Method of Research
This Global Smart Factory Market report includes the estimation of market size for value and volume. The complete analysis includes both top-down and bottom-up approaches that are used to estimate and validate the market size of the market. This is to determine the size of various other dependent submarkets in the overall market. The key players in the market have been acknowledged through secondary research, and their market shares have been determined through primary and secondary research. All percentage shares split, and breakdowns have been determined using secondary sources and verified primary sources.
Smart factory technologies are integrated with Product Life-cycle Management (PLM), Enterprise Resource Planning (ERP) and Supply Chain Management (SCM) to optimize production costs and resources, improve productivity and meet the standards of quality. The conventional model is now being replaced with numerous systems harmoniously linked together. Integrating all these components into one single entity is posing a significant challenge for most of the manufacturers adopting smart factory solutions which might impede the growth of this market.

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Major Key Points of Global Smart Factory Market
• Global Smart Factory Market Methodology and Scope
• Global Smart Factory Market – Market Definition and Overview
• Global Smart Factory Market – Executive Summary
• Global Smart Factory Market – Market Dynamics
• Global Smart Factory Market – Industry Analysis
• Global Smart Factory Market – by product type
• Global Smart Factory Market – By technology
• Global Smart Factory Market – By end user
• Global Smart Factory Market – By Region
• Global Smart Factory Market – Competitive Landscape
• Company Profiles
• Global Smart Factory Market – Premium Insights
• Global Smart Factory Market – DataM

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Source: EIN Presswire

Research Report Explores the Global Water and Waste Water Treatment and Management Market 2019

“Water and Waste Water Treatment and Management – Market Demand, Growth, Opportunities, Manufacturers and Analysis of Top Key Players to 2022”

PUNE, MAHARASHTRA, INDIA, July 9, 2019 / — Water and Waste Water Treatment and Management Market by Chemical (Coagulants and flocculants, Anti-foamants and Defoamers, Corrosion and Scale Inhibitors, Activated carbon, Biocides and Others), by Pumping Systems (Pumps, Valves & Controls and Automation Systems) for Industrial and Municipal Applications: India Industry Perspective, Comprehensive Analysis, Size, Share, Growth, Segment, Trends and Forecast, 2019 – 2022 

Wiseguyreports.Com Adds “Water and Waste Water Treatment and Management – Market Demand, Growth, Opportunities, Manufacturers and Analysis of Top Key Players to 2022” To Its Research Database

Water and Waste Water Treatment and Management Market Overview:-

The report covers forecast and analysis for the India water and waste water treatment and management market. The observe offers historical data of 2015 along with a forecast from 2016 to 2021 in phrases of sales (USD million). The study includes restraints and drivers for the India water and waste water treatment and control market and their impact on the demand in the course of the forecast length. Additionally, the report includes the study of possibilities available in the India water and waste water treatment and management market.

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In order to provide the customers of this report an inclusive view on the India water and waste water treatment and management market, we've blanketed a detailed price chain evaluation. To recognize the competitive panorama within the market, an analysis of Porters five Forces version for the India water and waste water treatment and management market has also been protected.

The look at gives a decisive view at the India water and waste water treatment and management market by way of segmenting the market into one of a kind sectors. All segments were analyzed based on gift and future trends and the market is estimated from 2015 to 2021. Key segments included underneath this study consist of chemical compounds, membrane systems, pumping systems, programs. Key enterprise participants analyzed and profiled on this look at consists of Ion change (India) limited and IDE technologies Ltd water among others.

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The report segments the India water and waste water treatment and management market as:

India Water and Waste Water Treatment and Management Market: Application Segment Analysis 

India Water and Waste Water Treatment and Management Market: Chemical Segment Analysis 
Coagulants and flocculants 
Anti-foamants and defoamers 
Corrosion and scale inhibitors 
Activated carbon 
Others (pH adjustors, water softeners, and so on)

India Water and Waste Water Treatment and Management Market: Pumping system Segment Analysis 
Valves Controls 
Automation Systems

India Water and Waste Water Treatment and Management Market: Membrane system Segment Analysis 
Reverse Osmosis 
Gas Separation Others

 Major Key Points in Table of Content

Chapter 1 Preface 

Chapter 2 Executive Summary 

Chapter 3 India Water and Waste Water Treatment and Management Market Industry Analysis 

Chapter 4 India Water and Waste Water Treatment and Management Market Segment Analysis 

Chapter 5 Company Profiles


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Global Carbon Capture and Sequestration Market 2019 Share, Trend, Segmentation and Forecast to 2025

Carbon Capture and Sequestration Market –Market Demand, Growth, Opportunities, Analysis of Top Key Players and Forecast to 2025

PUNE, MAHARASHTRA, INDIA, July 8, 2019 / — Carbon Capture and Sequestration Market 2019

Wiseguyreports.Com adds “Carbon Capture and Sequestration Market –Market Demand, Growth, Opportunities, Analysis of Top Key Players and Forecast to 2025” To Its Research Database.

Report Details:

This report provides in depth study of “Carbon Capture and Sequestration Market” using SWOT analysis i.e. Strength, Weakness, Opportunities and Threat to the organization. The Carbon Capture and Sequestration Market report also provides an in-depth survey of key players in the market which is based on the various objectives of an organization such as profiling, the product outline, the quantity of production, required raw material, and the financial health of the organization.

Carbon Capture and Storage (CCS) is an innovation that can catch up to 90% of the carbon dioxide (CO2) outflows pro­duced from the utilization of petroleum products in power age and modern procedures, keeping the carbon dioxide from entering the environment.

Carbon dioxide can be caught out of air or non-renewable energy source power plant vent gas utilizing adsorption (or carbon scouring), film gas detachment, or adsorption innovations. Amines are the main carbon scouring innovation. Capacity of the CO2 is conceived either in profound geographical developments, or as mineral carbonates. Land developments are right now considered the most encouraging sequestration destinations.

The Carbon Capture and Sequestration (CCS) showcase was esteemed at 4430 Million US$ in 2017 and is anticipated to achieve 14200 Million US$ by 2025, at a CAGR of 15.7% during the gauge time frame. In this examination, 2017 has been considered as the base year and 2018 to 2025 as the figure time frame to gauge the market estimate for Carbon Capture and Sequestration (CCS).

In 2018, the worldwide Carbon Capture and Sequestration market size was xx million US$ and it is relied upon to achieve xx million US$ before the finish of 2025, with a CAGR of xx% during 2019-2025.

The following manufacturers are covered in this report: 
Aker Solutions 
Mitsubishi Heavy Industries 
Honeywell International 
Shell Global 
Maersk Oil

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Market split by Type, can be divided into: 
Industrial Process 

Market split by Application, can be divided into: 
Enhanced Oil Recovery 

Market segment by Region/Country including: 
This report investigates the overall Carbon Capture and Sequestration market estimate (value, limit, creation and consumption) in key areas like United States, Europe, Asia Pacific (China, Japan) and different districts.

This investigation arranges the worldwide Carbon Capture and Sequestration breakdown information by makers, region, type and application, likewise examines the market status, piece of the pie, development rate, future patterns, showcase drivers, openings and difficulties, dangers and section obstructions, deals channels, merchants and Porter's Five Forces Analysis.

United States 
Other Regions

Key Stakeholders 
Carbon Capture and Sequestration Manufacturers 
Carbon Capture and Sequestration Distributors/Traders/Wholesalers 
Carbon Capture and Sequestration Subcomponent Manufacturers 
Industry Association 
Downstream Vendors

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Major Key Points from Table of Content:

Chapter 1 Report Overview
Chapter 2 Executive Summary
Chapter 3 Key Players
Chapter 4 Breakdown Data by Type and Application
Chapter 5 United States
Chapter 6 Europe 
Chapter 9 International Players Profiles


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