EWI

Columbus, OH, United States
Columbus, OH, United States
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AJAX, ONTARIO--(Marketwired - May 4, 2017) - Environmental Waste International Inc. (TSX VENTURE:EWS) (the "Company" or "EWI"), a company specializing in eco-friendly systems with proven patented technology for the breakdown of organic materials, today announced that it has received TSX Venture approval and has closed the previously announced financing raising gross proceeds of $1,721,250 with certain amendments to the terms of the financing. The terms of the convertible note (the "Note") set out on the Company's May 1, 2017 press release have been modified and the Note will now mature 5 years from the date of issue. Additionally, the investor will receive one common share purchase warrant (a "Warrant") for every common share of the Company purchased in such financing for a total of 3,712,500 Warrants. Each Warrant will entitle the holder to acquire one common share of the Company at an exercise price of $0.11 for a period of five years. EWI Investors, LLC (the "Investor") was the sole purchaser of securities in the financing. Immediately prior to the completion of the financing, the Investor held 5,000,000 common shares of the Company, representing approximately 3.2% of the outstanding common shares of the Corporation. After completion of this financing, the Investor will hold (a) 8,712,500 common shares, representing approximately 5.3% of the Company's outstanding common shares, and (b) 3,712,500 Warrants, representing approximately 96% of the Company's outstanding Warrants. Assuming full conversion of the Note and the exercise of all 3,712,500 Warrants, the Subscriber would hold 24,697,727 common shares, representing approximately 13.8% of the Company's outstanding common shares. The securities were acquired by the Investor for investment purposes. The Investor may from time to time acquire additional shares or other securities of the Company, dispose of some or all of the existing or additional securities of the Company, or continue to hold common shares or other securities in the normal course of its investment activities. Robert Savage, a director of the Company, is an insider of the Investor. An early warning report relating to the securities purchased by the Subscriber will be available on www.sedar.com under the Corporation's profile. Environmental Waste International, Inc. specializes in eco-friendly systems for the breakdown of organic materials, including tires. EWS has spent over 15 years engineering systems that integrate the EWS patented Reverse Polymerization™ process and proprietary microwave delivery system. EWS's unique microwave technology safely processes and recycles waste tires, while creating a highly valuable commodity output for industry, including carbon black, oil and steel. Each unit is designed to be energy efficient and where possible, create an economically positive model for the recovery of various hydrocarbon oil and gases. For more information please visit, www.ewi.ca. This news release includes certain forward-looking statements that are based upon current expectations, which involve risks and uncertainties associated with the Company's business and the environment in which the business operates. Any statements contained herein that are not statements of historical facts may be deemed to be forward-looking, including those identified by the expressions "anticipate", "believe", "plan", "estimate", "expect", "intend", and similar expressions to the extent they relate to the Company or its management. The forward-looking statements are not historical facts, but reflect the Company's current expectations regarding future results or events. These forward-looking statements are subject to a number of risks and uncertainties that could cause actual results or events to differ materially from current expectations, including the matters discussed under "Risks and Uncertainties" in the Company's most recent Management Discussion & Analysis, which can be found on the Company's profile at www.sedar.com. The Company assumes no obligation to update the forward-looking statements, or to update the reasons why actual results could differ from those reflected in the forward-looking statements. Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.


News Article | May 9, 2017
Site: www.marketwired.com

NEW YORK, NEW YORK--(Marketwired - May 9, 2017) - Mr. Paul E. Orlin, the principal of Amici Capital LLC (Amici Capital), today announced that the transfer of 25,400,849 common shares (the Common Shares) of Environmental Waste International Inc. (EWI) to him has now been completed. The beneficial owner of such Common Shares had been certain investment funds managed by Amici Capital. On March 31, 2017, the Funds were closed and as part of their winding up distributed all of the Common Shares of EWI held to Mr. Orlin. No consideration was paid by Mr. Orlin in connection with the distribution of such Common Shares to him. Prior to his receipt of such 25,400,849 Common Shares, Mr. Orlin owned beneficially 968,000 Common Shares of EWI, representing 0.59% of the Common Shares of EWI currently outstanding, with the result that he now holds an aggregate of 26,368,849 Common Shares of EWI, representing 16.16% of the Common Shares of EWI outstanding. The head office of EWI is located at 360 Franklin Street, Ajax, Ontario L1S 1R5. The Common Shares are listed on the TSXV under the symbol "EWS". The address for Amici Capital and Mr. Orlin is 666 Fifth Avenue, Suite 3403, New York, NY 10103, United States of America; telephone 212-484-5000. Mr. Orlin does not act jointly with any person in relation to the Common Shares of EWI that he owns. Mr. Orlin may in his discretion from time to time acquire or dispose of, or alternatively maintain his current holdings of, the Common Shares of EWI, which are held for investment purposes. Mr. Orlin has no plans or future intentions to effect (i) a corporate transaction, such as a merger, reorganization or liquidation, involving EWI or any of its subsidiaries; (ii) a sale or transfer of a material amount of the assets of EWI or any of its subsidiaries; (iii) a change in the board of directors or management of EWI, including any plans or intentions to change the number or terms of directors or to fill any existing vacancy on the board; (iv) a material change in the present capitalization or dividend policy of EWI; (v) a material change in EWI's business or corporate structure; (vi) a change in EWI's charter, bylaws or similar instruments or another action which might impede the acquisition of control of EWI by any person or company; (vii) a class of securities of EWI being delisted from, or ceasing to be authorized to be quoted on, a marketplace; (viii) EWI ceasing to be a reporting issuer in any jurisdiction of Canada; (ix) a solicitation of proxies from security holders of EWI; or (x) an action similar to any of those enumerated above. A copy of the early warning report to be filed by Mr. Orlin under National Instrument 62-103 The Early Warning System and Related Take-Over Bid and Insider Reporting Issues will be provided upon request to Mr. Orlin at the address or telephone number of Amici Capital indicated above.


News Article | May 11, 2017
Site: www.marketwired.com

AJAX, ONTARIO--(Marketwired - May 11, 2017) - Environmental Waste International Inc. ("EWS") (TSX VENTURE:EWS), a company specializing in eco-friendly systems with proven patented technology for the breakdown of organic materials, today announced that Paul E. Orlin has become the Company's largest shareholder. On May 9, 2017, Paul E. Orlin announced that he owned 26,368,849 Common Shares of EWI, representing 16.16% of the Common Shares of EWI outstanding. Bob MacBean, CEO of EWI, said "In view of Paul Orlin's successful business career and his long experience with EWI through Amici Capital we are pleased with this expression of confidence." Environmental Waste International, Inc. specializes in eco-friendly systems for the breakdown of organic materials, including tires. EWS has spent over 15 years engineering systems that integrate the EWS patented Reverse Polymerization™ process and proprietary microwave delivery system. EWS's unique microwave technology safely processes and recycles waste tires, while creating highly valuable commodity outputs for industry, including carbon black, oil, syngas and steel. Each unit is designed to be energy efficient, environmentally sound and economically positive. For more information please visit, www.ewi.ca. This news release includes certain forward-looking statements that are based upon current expectations, which involve risks and uncertainties associated with the Company's business and the environment in which the business operates. Any statements contained herein that are not statements of historical facts may be deemed to be forward-looking, including those identified by the expressions "anticipate", "believe", "plan", "estimate", "expect", "intend", and similar expressions to the extent they relate to the Company or its management. The forward-looking statements are not historical facts, but reflect the Company's current expectations regarding future results or events. These forward-looking statements are subject to a number of risks and uncertainties that could cause actual results or events to differ materially from current expectations, including the matters discussed under "Risks and Uncertainties" in the Company's most recent Management Discussion & Analysis, which can be found on the Company's profile at www.sedar.com. The Company assumes no obligation to update the forward-looking statements, or to update the reasons why actual results could differ from those reflected in the forward-looking statements. Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.


News Article | May 11, 2017
Site: www.materialstoday.com

Optomec, which makes additive manufacturing (AM) systems for 3D printed metals and 3D printed electronics, says that the results of a three-year study have validated the repeatability and transferability of its LENS metal additive manufacturing process. The study was performed on different LENS metal additive manufacturing systems at different locations using the same processing parameters and the printing results from each LENS system were consistent and repeatable, exhibiting tensile and fatigue properties equal to or better than wrought Titanium Ti-6-4 material, Optomec says. The ability to achieve repeatable machine to machine high quality printing results addresses current challenges faced by the U.S. Air Force, and provides a framework for the future adoption of metal additive manufacturing for repair and remanufacturing throughout the aircraft industry. The study, sponsored by AM institute America Makes, included participation by industry leaders GE Aviation, Lockheed Martin, United Technologies Research Center and Rolls-Royce, as well as a group of technical experts serving as lead contributors, including Edison Welding Institute (EWI), Connecticut Center of Advanced Technology (CCAT), University of Connecticut, TechSolve, The Pennsylvania State University Applied Research Lab (ARL) and Concurrent Technologies Corporation. The scope of the study evaluated over 200 process elements and corresponding results spanning the metal additive manufacturing process, from powder optimization, process development, process monitoring and controls, part measurement, non-destructive testing and post processing. According to Optomec, it demonstrated the benefits of LENS powder-fed directed energy deposition technology over traditional welding techniques for the repair and remanufacturing of aerospace components. ‘This effort has set a foundation the industry can build on to implement LENS processing for sustainment, as well as new production,’ said Henry Phelps, senior staff engineer at Lockheed Martin Aeronautics. ‘It established a set of feedstock requirements and build parameters for aerospace component repairs, as well as identifying areas for future capability enhancement.’ ‘This study is significant in that it reinforces the LENS additive manufacturing process as a viable alternative to conventional repair and remanufacturing methods,’ added Tom McDonald, Optomec program manager for the project. ‘This development sets the stage to significantly reduce the cost and cycle time of returning critical aerospace assets into service to support military and commercial applications.’ This story is reprinted from material from Optomec, with editorial changes made by Materials Today. The views expressed in this article do not necessarily represent those of Elsevier.


Ritter G.W.,EWI
Annual Technical Conference - ANTEC, Conference Proceedings | Year: 2016

Many types of polymers are not weldable. For example, thermoset polymers cannot be welded. While thermoplastic polymers are considered weldable as a class, most combinations of dissimilar plastics cannot be welded. Even plastics within the same generic grouping may not weld easily because of high crystallinity or high melting temperature, widely differing melt flow indices, or high melt viscosity. In this presentation, the basics of adhesive bonding of plastics will be given. This will serve as review for some and introduction for others. General topics include surface preparations and primers, joint design, selection of adhesives, and some specific ideas on bonding of difficult materials such as fluoropolymers and elastomers.


Todorov E.I.,EWI
Proceedings of SPIE - The International Society for Optical Engineering | Year: 2017

The lack of validated nondestructive evaluation (NDE) techniques for examination during and after additive manufacturing (AM) component fabrication is one of the obstacles in the way of broadening use of AM for critical applications. Knowledge of electromagnetic properties of powder (e.g. feedstock) and solid AM metal components is necessary to evaluate and deploy electromagnetic NDE modalities for examination of AM components. The objective of this research study was to develop and implement techniques for measurement of powder and solid metal electromagnetic properties. Three materials were selected-Inconel 625, duplex stainless steel 2205, and carbon steel 4140. The powder properties were measured with alternate current (AC) model based eddy current technique and direct current (DC) resistivity measurements. The solid metal properties were measured with DC resistivity measurements, DC magnetic techniques, and AC model based eddy current technique. Initial magnetic permeability and electrical conductivity were acquired for both powder and solid metal. Additional magnetic properties such as maximum permeability, coercivity, retentivity, and others were acquired for 2205 and 4140. Two groups of specimens were tested along the build length and width respectively to investigate for possible anisotropy. There was no significant difference or anisotropy when comparing measurements acquired along build length to those along the width. A trend in AC measurements might be associated with build geometry. Powder electrical conductivity was very low and difficult to estimate reliably with techniques used in the study. The agreement between various techniques was very good where adequate comparison was possible. © 2017 SPIE.


Zhu X.-K.,EWI
International Journal of Pressure Vessels and Piping | Year: 2017

Fracture toughness testing using clamped single edge notched tension (SENT) specimens has been receiving broad attention in the oil and gas industry for direct measurement of low-constraint fracture toughness of pipeline steels. In order to develop robust SENT fracture toughness test methods, this paper reviews and summarizes existing SENT test methods, including the DNV practice, CANMET procedure, ExxonMobil method and BS 8571 standard, and their recent progress. Typical results are analyzed and compared with regard to the stress intensity factor solution, J-integral estimation, CTOD calculation and crack size measurement. On this basis, recommendations are made. Further studies and applications of SENT testing are also discussed. © 2017 Elsevier Ltd.


Zhu X.-K.,EWI
ASTM Special Technical Publication | Year: 2017

This paper reinvestigates the compliance equation used in ASTM E1820, Standard Test Method for Measurement of Fracture Toughness, for compact tension (C(T)) specimens. It is found that the elastic compliance equation is inconsistent with that determined from the stress intensity factor (K) solution that is also used in ASTM E1820 for the same compact specimens. Because the K solution in ASTM E1820 is very accurate, as verified by different finite element analysis (FEA) results, the compliance equation in ASTM E1820 can be less accurate, making it necessary to develop a more accurate solution. Using the shooting method and an accurate FEA result of elastic compliance at a/W=0.5, the more accurate compliance values are obtained for ASTM E1820 C(T) specimens over a wide range of a/W by integration of the accurate K solution. The inverse solution of the new compliance equation is then obtained by curve fitting. The comparison shows that the proposed compliance inverse solution can determine very accurate crack length with negligible errors. Copyright © 2017 by ASTM International.


Electromagnetic properties of heat exchanger tubes with outside diameter in the range from 15.8 mm to 25.3 mm and wall thickness in the range from 0.63 mm to 1.6 mm made of SAF 2205, Type 439 and Sea-Cure were determined with model-based eddy current technique. Two encircling eddy current measurement sensors with uniform field were optimized and designed based on initial computer modeling results. A precision measurement circuit was assembled with the sensors and a lockin amplifier. Sensor computer models were built and validated through direct magnetic and voltage measurements. The sensor magnetic field uniformity was tested and agreed very well with model predictions. The sensor resonance frequencies were verified to ensure resonance effects would not interfere with the measurement process. The tubes electrical conductivity and initial magnetic permeability were determined through optimization process minimizing the cost (objective) function at three frequencies 200 Hz, 1 kHz, and 2.5 kHz. The agreement between the eddy current and other conventional destructive magnetic and electrical measurements was very good where relevant comparison was possible. © 2012 Elsevier Ltd. All rights reserved.


News Article | March 3, 2017
Site: www.prweb.com

The melting pot known as America includes many cultural ingredients, and Finnish-American pianist Jennifer DeFrayne is playing her part to contribute the special spice known as “sisu.” Her sophomore album (titled Sisu) is co-produced with Corin Nelsen, and releases globally today via her independent record label, Palo Isle Music; it is available in physical CD or digital form, on Amazon, iTunes, CDBaby, most music websites and http://www.jenniferdefrayne.com. “Sisu” was a familiar word for DeFrayne, growing up in the Upper Peninsula of Michigan, one of the cradles of Finnish culture in the U.S. It is loosely defined as a unique quality characterizing the Finnish spirit…a mindset that enables an individual to reach beyond their present limitations, act against all odds and transform struggles into success. It is believed to be a universal capacity which we all share: Perseverance, Courage, Endurance, Determination, Grit, Fortitude, Bravery, Spirit, Resilience and Inner Strength. DeFrayne’s life is a demonstration of sisu, as told more deeply in her biography. At the age of 5, she embarked on her journey as a self-taught pianist inspired by the wild beauty of the land around her, which is featured in her new Sisu music video. Despite many family heartbreaks and health challenges, she continued turning to the piano for solace, and in 2014, was named Best New Artist by Zone Music Reporter, when her debut album By A Wire (Little Hartley Music) was also nominated for Best Piano Album with Instrumentation. Many artists release a critically-acclaimed debut album only to stumble a bit on the sophomore effort. Such is not the case for DeFrayne, according to earlier reviewers. While Sisu shows growth and change for DeFrayne, it also underscores the fact that the praise heaped on her first recording was a mere precursor to the artistry yet to come. Regarding the evolution of the 12 songs on the new album, Sisu, she says, "Each song on this album embraces the spirit of sisu in one way or another, and each song is meant to reflect the many characteristics of sisu." To highlight a few tracks on the album, one begins with “Fire Island” a contemplative piece titled with an English translation of her strong Finnish maiden name “Palosaari.” The raw pouring out of emotion that DeFrayne invites the listener to witness is instantly engaging. The mood lightens on “Be Who You Are,” indicating the acceptance of the trials and tribulations that have riddled her life. By far, the most haunting and moving song on the album is its namesake “Sisu.” The artful layering of tones, moods, and instrumentation (piano, violin, bass guitar and Electronic Wind Instrument aka EWI) certainly earn this track the title of a masterpiece. Her years of coping with personal grief, illness and recovery from a stroke at an early age, led Jennifer to want to heal others, too; this healing spirit is apparent in the peaceful song “Palo Santo.” The airiness of an EWI with gentle piano and vocalizations conveys a sense of calm and space. “Equanimity” feels like a deep breath in a trying time; conveying multiple emotions at once, DeFrayne engages soft vocals and English horn to portray strength and composure in the midst of a storm. “Perseverance” is Jennifer’s closing message to her listeners; it is melancholy wrapped in joy, with a touch of percussion added to an encouraging and hopeful soundscape. An impressive roster of guest artists contributed to the album, including Jeff Haynes (percussion), Premik Russell Tubbs (EWI and sax), Michael Manring (bass guitar and EBow), Jill Haley (English horn and oboe), Sara Milonovich (violin and vocals), Jeff Pearce ("ambient" guitar), and Jeff Oster (flugelhorn). Sisu was produced by DeFrayne and Grammy®-award winner Corin Nelsen (SynchroSonic Productions), who also mixed & mastered the album. All music was composed, and piano performed, by DeFrayne. In an early review, noted music writer Bill Binkelman stated "Jennifer DeFrayne's Sisu is not just better than her debut, which is already high praise, but it is a work of such emotional depth, technical artistry, and self-assuredness, that I am left wondering 'Where has this remarkable woman been all this time?' " In 2017, Finland celebrates 100 Years of Independence with its Centennial, and the world will learn much about Finnish life, culture and traditions. Thanks to DeFrayne’s new album, many Americans will be ahead of the curve, having already learned the essence of sisu from her life and music. Broadcast promotion for the album is handled by LAZZ Promotions, Ed & Stacey Bonk; contact via (905) 470-1230 or e-mail: lazzpromotions(at)rogers.com. For review copies and interviews, please contact Beth Ann Hilton at The B Company / PR & Marketing, via (310) 560-8390 or e-mail: bethhilton(at)theBcompany.com. Track List: Fire Island (5:49) Be Who You Are (4:19) Sisu (7:17) Beyond (5:19) Gathering (3:55) Palo Santo (6:21) Roots (3:38) Stepping Stones (5:02) Equanimity (4:41) Internal Light (3:23) Renew (3:41) Perseverance (5:25)

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