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Press release news from the public relations clients of Tiziani Whitmyre, Inc.

Health/Medical Newsfeed


Tuesday, March 2nd, 2010

ASCO Light Weight Miniature Solenoid Valve Introduced with Extended Life and Higher Flow

asco-num-01

FLORHAM PARK, NEW JERSEY, USA, March 2, 2010ASCO Numatics, the world’s leading manufacturer of comprehensive fluid automation, flow control, and pneumatics solutions, has introduced the ASCO 411 Series miniature solenoid valve that offers up to twice the life of competing products plus higher flow rate performance. The new valve is ideal for applications in pharmaceutical, medical, analytical, and instrumentation products.

“Now, original equipment manufacturers (OEM) can receive the benefits of longer life, smaller size, lighter weight, higher flow, and lower power consumption — all in one miniature solenoid valve,” said Robert W. Kemple, Jr., Executive Vice President, Sales and Marketing - Americas, ASCO Numatics. “The 411 Series dramatically reduces the design tradeoffs and compromises engineers must make in applying valves to their products.”

The 411 Series’ unique plunger design significantly reduces wear on the poppet and is resistant to internal elastomer swelling that can disrupt performance. The new valve has been tested to exceed 500 million cycles in normal operating conditions, making it the longest-lived, most reliable product of its kind on the market.

ASCO has increased the valve’s flow rate by 12% to 15% over previous models, and the maximum operating pressure differential has been improved. “These factors will enable engineers to design products with greater operating speeds, higher pressures, and smaller volumes,” said Kemple.411

The new valve family incorporates a smaller, lighter weight plastic body that achieves a 12% to 15% overall weight reduction when compared to stainless steel and brass-bodied valves. This makes the 411 Series a good choice for miniaturized and portable medical devices and pharmaceutical products. Lower power consumption means the valve also is attractive for use in battery-powered applications. In addition, it is the only miniature solenoid valve that is fully compliant with RoHS regulations.

“The 411 Series is assembled and tested in a specially built Class 100 cleanroom that is dedicated to miniature solenoid valve production,” Kemple said. “Our valve’s exceptional reliability and its flexibility to address a wide range of specifications and operating characteristics provide the OEM with the widest variety of design options.”

The 411 Series can be purchased from ASCO distributors or directly from the company. Many of the valve’s configurations are available through the ASCO Today 24-hour or ASCO 5-day shipping programs.

For more information, contact ASCO at 800-972-ASCO, by e-mail at info-valve@asco.com, or visit www.ascovalve.com.

About ASCO Numatics
ASCO Numatics, formed by the merger of ASCO and Numatics, is a business unit of Emerson Industrial Automation. ASCO Numatics offers comprehensive fluid automation solutions, flow control and pneumatics for a wide range of industry-focused applications.  The ASCO Numatics product line in North America consists of more than 50,000 valves, an extensive selection of air preparation equipment, and a full line of actuation products.  ASCO products include solenoid pilot valves, angle body piston valves, linear indicators, redundant control systems, and pressure sensors. The Numatics line covers valve manifolds, cylinders, grippers, filters, regulators, and lubricators.  For more information about ASCO Numatics products, visit www.asconumatics.com.

About Emerson
Emerson (NYSE:EMR), based in St. Louis, Missouri (USA), is a global leader in bringing technology and engineering together to provide innovative solutions to customers through its network power, process management, industrial automation, climate technologies, and appliance and tools businesses.  Emerson’s sales in fiscal 2009 were $20.9 billion.  The company is ranked 94th on the Fortune 500 list of America’s largest companies. For more information, visit www.Emerson.com.

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Public Relations contact, Boston, Don Goncalves, dgoncalves@tizinc.com, 781-793-9380, for Tiziani Whitmyre Inc., http://www.tizinc.com/public-relations 

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Monday, February 22nd, 2010

Anoxomat Anaerobic System Offers Clinical Laboratories “Green” Advantages Over Gas-Bag Methods That Generate Hazardous Waste

Advanced Instruments announced that its AnoxomatTM Anaerobic System for the laboratory cultivation of bacteria provides important “green” advantages over gas-bag methods that generate large quantities of hazardous waste.

“The Anoxomat system is an ideal solution for clinical laboratories desiring ‘green’ alternatives that eliminate hazardous waste generation, handling, and cost,” said Anthony Pappas, North American Sales Manager, Advanced Instruments.

In less than 3 minutes, the Anoxomat creates anaerobic and microaerophilic environments in reusable jars with no hazardous gases or materials. By contrast, gas bags require that each consumable plastic bag be disposed of after a single use, and then processed as hazardous waste at considerable trouble and expense.

“We estimate that a lab employing gas bags can generate up to several hundred pounds of hazardous waste per year as it grows bacterial cultures,” said Pappas. “With the Anoxomat, there is no hazardous material produced and the jars can be reused for years and then recycled.”

In addition, there are significant savings in reduced gas costs. “The Anoxomat was an easier operation … on gases alone. In the first year of operation, it probably saved us around $8,000 over gas bags,” said Frank Hollis of Hackensack Medical Center in Hackensack, New Jersey.

The Anoxomat system is highly efficient and cost-effective at cultivating pathogens and attaining growth performance that equals or exceeds that of gas bags. In addition, a built-in quality assurance system tests for leaks before incubation. The system checks whether the catalyst is capable of achieving the desired conditions and warns if there is a threat of failure.

To learn more about Anoxomat’s green advantages, visit the Advanced Instruments Web site at www.aicompanies.com or call +1 800.225.1620 or +1 781.320.9000.

About Advanced Instruments, Inc.

Founded in 1955, Advanced Instruments, Inc. (www.aicompanies.com) is the world’s largest supplier of freezing-point cryoscopes and osmometers used in dairy, clinical, and pharmaceutical laboratories. The company is also a leading supplier of analytical instruments for the food and industrial microbiology markets. Based in Norwood, Massachusetts, U.S.A., the company also produces Fiske® Associates brand diagnostic instruments and operates Spiral Biotech, Inc., D & F Control Systems, Inc., Mart® Microbiology, and Delta Instruments as wholly owned subsidiaries. A worldwide network of direct sales people and independent distributors supports Advanced Instruments’ products.

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Public Relations contact, Boston: Don Goncalves, dgoncalves@tizinc.com, 781-793-9380, for Tiziani Whitmyre Inc., http://www.tizinc.com/public-relations

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Tuesday, January 5th, 2010

White Paper Shows How QuietDose In-Ear Dosimetry Validated Hearing Conservation Program, Reversed OSHA Citation at Dixie Industries

SMITHFIELD, RHODE ISLAND, USA, January 5, 2010 – In many occupational Hearing Conservation Programs, solutions often become a problem – a seemingly endless cycle of behaviors and tactics that yield minimal results and little real-world data.

A new free white paper case study titled “QuietDose™ In-Ear Dosimetry is a ‘Foundational Element’ of Dixie Industries’ Safety Program” details how the Chattanooga, Tennessee, specialty forging and assembly operations company, was able to use new QuietDose in-ear dosimetry to break that cycle and abate an OSHA citation.

For over a decade, Dixie Industries spent over $1 million on more than 30 different engineering and administrative control projects to achieve an overall noise reduction. Yet, a noise control problem persisted and Tennessee OSHA cited the company in 2005 for excessive noise. Instead of returning to the cycle of controls, Dixie Industries sought to apply cutting edge QuietDose in-ear dosimetry from Howard Leight® to obtain more and more precise information about its worker noise exposures – and abate the citation.

QuietDose is the first noise level monitoring system that uses in-ear dosimetry to measure every sound that reaches the user’s eardrum, with and without hearing protection. Dramatically more precise than existing area or personal sampling devices currently in use, QuietDose provides previously unattainable and highly precise data points on accumulated noise dose that allow both workers and management to make the smartest, best-informed hearing protection decisions.

“From the beginning, we made the decision to use QuietDose as an instrument to collect actual exposure data and not use it as a replacement for our existing Hearing Conservation Program,” said Ed Tougaw, production manager at Dixie Industries, a division of the Columbus McKinnon Corporation, in Chattanooga, Tennessee.

“The success of our in-ear dosimetry program sent a message that everyone could and should make a contribution to the overall safety environment at Dixie,” said Tougaw.

This case study details Dixie Industries use of QuietDose to:

  • Compare the benefit of monitoring employee noise dose versus making capital investments in engineering noise controls to reduce specific noise levels
  • Allow safety managers to monitor worker noise exposure levels to determine noise dose during their workday
  • Provide personalized, accurate data to validate the success of Hearing Conservation Program and abate an OSHA citation

Download the free case study “QuietDose™ In-Ear Dosimetry is a ‘Foundational Element’ of Dixie Industries’ Safety Program” at www.hearforever.org/dixie.

About Howard Leight

About Howard Leight/Sperian Hearing Protection, LLC

Howard Leight/Sperian Hearing Protection, LLC is a leading global provider of passive and intelligent hearing protection solutions, and the founder of the HearForever initiative™. For over 30 years, Howard Leight has pursued the prevention of occupational hearing loss through innovation in hearing protection design, technology, performance and comfort, and the promotion of progressive Hearing Conservation Programs. Leading solutions include the highest attenuating Max® single-use earplug; patented Air Flow Control™ technology for optimal earmuff attenuation; QuietDose™ personal in-ear dosimetry; and the industry-changing VeriPRO® earplug fit testing system. Visit: www.howardleight.com.

Visit the HearForever website at http://www.hearforever.org. Follow us on Twitter (#HearForeverOrg) at http://twitter.com/HearForeverOrg and find us on Facebook at http://facebook.com/HearForever.

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Tuesday, December 15th, 2009

New White Paper Details Best Practices of an Occupational Hearing Conservation Program: US Airways

SMITHFIELD, RHODE ISLAND, USA December 15, 2009 Mergers and acquisitions are commonplace today. As competitors come together to expand their reach globally or complete a product portfolio they also must face integration challenges, including the integration of safety programs.

A new free, white paper from Howard Leight titled, “Best Practices in a Hearing Conservation Program: US Airways,” details how the merger between US Airways and America West led the newly formed company to enhance its occupational Hearing Conservation Program. It is available to download at http://www.hearforever.org/usairways.

The white paper examines how, in the time since America West merged with US Airways to become the number four carrier in the United States, the new US Airways endeavored to consolidate and enhance its corporate safety program — and specifically its Hearing Conservation Program.

The white paper identifies and discusses the best practices of an occupational Hearing Conservation Program including:

  • Involving employees in the hearing protection device process.
  • Making audiometric testing accessible to all employees.
  • Using motivational materials to support employee understanding of the Hearing Conservation Program.

“The program was developed by combining the strongest and most effective elements of each of the two original airlines’ programs. The result is a lesson in best practices management,” said Renee S. Bessette, COHC, Marketing Manager, Howard Leight/Sperian Hearing Protection, LLC.

“All workers have a role in making a Hearing Conservation Program successful. By educating employees about noise-induced hearing loss, hearing safety and hearing protection devices, and by making the knowledge regarding the program and its components accessible, the company is able to not only strengthen its Hearing Conservation Program but improve overall personal safety awareness in the workplace as well,” she said.

To download the new white paper, Best Practices in a Hearing Conservation Program: US Airways, visit: http://www.hearforever.org/usairways.

About Howard Leight/Sperian Hearing Protection, LLC

Howard Leight/Sperian Hearing Protection, LLC is a leading global provider of passive and intelligent hearing protection solutions, and the founder of the HearForever initiative™. For over 30 years, Howard Leight has pursued the prevention of occupational hearing loss through innovation in hearing protection design, technology, performance and comfort, and the promotion of progressive Hearing Conservation Programs. Leading solutions include the highest attenuating Max® single-use earplug; patented Air Flow Control™ technology for optimal earmuff attenuation; QuietDose™ personal in-ear dosimetry; and the industry-changing VeriPRO® earplug fit testing system. Visit: www.howardleight.com.

Visit the HearForever website at http://www.hearforever.org. Follow us on Twitter (#HearForeverOrg) at http://twitter.com/HearForeverOrg and find us on Facebook at http://facebook.com/HearForever.

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Public Relations contact, Boston: Tiziani Whitmyre Inc., http://www.tizinc.com/public-relations


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Monday, November 2nd, 2009

National Hearing Conservation Association Petitions OSHA to Lower Permissible Exposure Limits for Noise

nhca_wname1Westminster, CO ― November 2, 2009 ― Citing the fact that nearly 22 million American workers are exposed to hazardous noise on a daily basis and that occupational hearing loss continues to plague industry, the National Hearing Conservation Association (NHCA) has made a request to the Occupational Safety and Health Administration (OSHA) to reduce the permissible exposure limit (PEL) for noise exposures.

 

“Noise-induced hearing loss is an insidious, permanent, and irreversible disease which has a tremendous negative impact on people’s lives. The good news is that this disease is 100% preventable,” said Rick Neitzel, PhD, CIH, NHCA President. “The bad news is that OSHA’s 30-year-old noise exposure regulation is not consistent with current scientific knowledge, is not uniformly applied across all industries, and has not proven effective in preventing noise-induced hearing loss (NIHL).”

 

NHCA has requested that OSHA lower the PEL in the Occupation Noise Standard 29 CFR 1910.95 from 90 dBA to 85 dBA, and the Action Level from 85 to 80 dBA. Citing recent research by NIOSH and other organizations, American workers face a considerable risk of NIHL associated with long-term work at the current PEL of 90 dBA and a 5 dB time/intensity exchange rate. NHCA has also requested that the time/intensity exchange rate be reduced from 5 to 3 dB.

 

In the letter, NHCA also requests that OSHA extend the PEL to other industries, such as construction, agriculture, oil and gas drilling and servicing, and shipbuilding, that are not covered by the existing regulation. NHCA also asks OSHA to rescind a policy (OSHA Field Operations Manual, 3/2009) which permits exposures up to 100 dBA without requiring implementation of noise controls.

 

“Nearly every other nation on earth has adopted a more protective 85 dBA exposure limit - which means that U.S. workers have a substantially greater risk of developing noise-induced hearing loss than do the workers of almost every other nation,” said Neitzel. “Also, workers in industries like construction, agriculture, and oil and gas drilling are currently not covered by an effective regulation, which is unacceptable, given the high levels of noise exposure associated with these industries.”

 

“The National Hearing Conservation Association is a multidisciplinary organization committed to the prevention of hearing loss, and as such is uniquely positioned to advocate for contemporary U.S. noise exposure regulations,” said Neitzel. “We feel that the proposed changes will help give American workers the protection that they deserve, and bring workplace noise regulations in the US in line with current scientific knowledge about noise and noise-induced hearing loss.”

 

NHCA’s letter to OSHA can be found online at: http://bit.ly/42a3GT.

 

About the National Hearing Conservation Association [NHCA]

The mission of the National Hearing Conservation Association is to prevent hearing loss due to noise and other environmental factors in all sectors of society. NHCA provides networking, resources and professional development opportunities to improve skills, practices and services for over 600 members. NHCA’s membership includes audiologists, researchers, students, industrial hygienists, educators, professional service organizations, safety professionals, medical professionals, engineers, audio professionals and others who have dedicated their work to the advancement of hearing loss prevention. For more information about the National Hearing Conservation Association, visit us online at www.hearingconservation.org.

 

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Public Relations contact, Boston: Tiziani Whitmyre Inc., http://www.tizinc.com/public-relations<–>

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Monday, October 19th, 2009

Circle Medical Devices, Texcel Medical Merge to Form CIRTEC Medical Systems

Springfield, Mass. — October 19, 2009 – Circle Medical Devices of Los Gatos, Calif., and Texcel Medical of Springfield, Mass., have merged to create CIRTEC Medical Systems a leading provider of comprehensive medical product design and manufacturing solutions.

“The merger introduces CIRTEC Medical Systems to medical device manufacturers as a preeminent, globally-experienced, single-sourced solution from concept through high-volume finished goods manufacturing,” said Barry Smith, Chief Executive Officer of CIRTEC Medical Systems (www.cirtecmed.com).

“CIRTEC Medical Systems combines the strength of Circle Medical’s extensive design and development capability with Texcel Medical’s exceptional development and manufacturing. This strategic union creates a strong, technically-driven, 130-person full-service medical device engineering and manufacturing industry resource that is deeply-experienced across all therapeutic categories. Moreover, our team has particular expertise in minimally invasive systems, active and passive implants, and medical electronics,” Smith said.

Smith said the two firms have helped to create and accelerate the commercialization of more than 300 medical device technologies safely, rapidly, and cost-effectively. Clients range from start-up medical technology innovators to international medical device manufacturers.

CIRTEC Medical Systems operates from three locations across the U.S. — Texcel’s facility in Springfield, MA, and Circle Medical’s locations in Minneapolis, MN, and Los Gatos, CA. Jerry Hansen is CIRTEC Medical Systems Executive Chairman and Founder; Larry Derose is Chairman and Founder; and Michael Forman is President and Chief Technology Officer (CTO).

The announcement follows news in August of Texcel Medical plans to expand its medical device development and manufacturing capabilities and services with nearly $1 million in new state-of-the-art capital manufacturing equipment and added professional staffing.

For more information about CIRTEC Medical Systems, visit the company at the MD&M Minneapolis medical device design and manufacturing trade show in booth #911, October 21-23; online at www.cirtecmed.com; or call 1-413-525-5700.

About CIRTEC Medical Systems

CIRTEC Medical Systems (www.cirtecmed.com) is a preeminent single-source provider of comprehensive medical product design and manufacturing solutions from concept through high-volume finished goods across all therapeutic categories. It was created in October 2009 by the merger of Circle Medical Devices of Los Gatos, Calif., and Minneapolis, Minn., with Texcel Medical of Springfield, Mass. Its technically-driven, 130-person team has particular expertise in minimally invasive systems, active and passive implants, and medical electronics. CIRTEC Medical Systems is ISO-13485 (2003) certified and is based in Springfield, Mass.

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Public Relations contact, Boston: Tiziani Whitmyre Inc., http://www.tizinc.com/public-relations

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Monday, August 24th, 2009

Advanced Instruments Introduces Next-Generation Web Site

NORWOOD, MASSACHUSETTS, U.S.A. — August 24, 2009 — Advanced Instruments has introduced a next-generation Web site that dramatically enhances the customer’s online business experience when purchasing osmometers, cryoscopes, and microbiological laboratory instruments. The site, www.aicompanies.com, was developed from the perspective of the Web visitor, making it easy to retrieve product and application information, scientific materials, and technical support.

 

“We designed the site from the outside-in—providing a simple and more intuitive way for Web visitors to find information about the company and our products,” said Peter Costas, Vice President, Sales and Marketing, Advanced Instruments. “For example, visitors now can identify our solutions based on industry application. By selecting the clinical, dairy/food, microbiology, or pharmaceutical/biotech tabs on the home page, customers can view suites of products grouped specifically around their market requirements,” he said.

 

The site also enables visitors to navigate by product line or search by industry, activity, or model. Quick product links on the product search pages permit the rapid identification of specific instruments. And the Find a Distributor application in each product section allows visitors to locate their country’s distributor for that specific product.

 

AI University Offers Osmolality Knowledge Base

 

A unique section, AI University, informs visitors about the theory and benefits of freezing point depression (FPD) osmometry in clinical, dairy, and pharmaceutical laboratories. This educational resource for laboratory professionals and students hosts a deep knowledge base of scientific materials that explains FPD principles and applications.

 

“We created AI University as an online scientific resource to broaden the understanding of FPD technology and its role in improving the human condition,” said Costas. “It contains a wealth of information that includes explanations of basic principles and applications of osmolality and microbiology, milk-processing safety, neonatal bilirubin principles, and dry eye disease.”

 

Other site features include an enhanced database that allows visitors to view or print a Certificate of Analysis for Advanced Instruments standards, controls, or reagents; and an easy-to-use, up-to-date interface to all Material Safety Data Sheets (MSDSs). An expanded technical support section covers instrument calibration, acceptable range of results, safety tips, and the use of specifications to verify CLIA compliance.

 

 

About Advanced Instruments, Inc.

Founded in 1955, Advanced Instruments, Inc. (www.aicompanies.com) is the world’s largest supplier of freezing-point cryoscopes and osmometers used in dairy, clinical, and pharmaceutical laboratories. The company is also a leading supplier of analytical instruments for the food and industrial microbiology markets. Based in Norwood, Massachusetts, U.S.A., the company also produces Fiske® Associates brand diagnostic instruments and operates Spiral Biotech, Inc., D & F Control Systems, Inc., Mart® Microbiology, and Delta Instruments as wholly owned subsidiaries. A worldwide network of direct sales people and independent distributors supports Advanced Instruments’ products.<–>

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Tuesday, August 11th, 2009

Texcel Medical Expands Medical Device Development & Manufacturing Capabilities With New Personnel, Nearly $1 Million in Capital Investments

East Longmeadow, Mass. — August 11, 2009Texcel Medical (www.texcelmedical.com) is expanding its capabilities and services as a leading medical device development and manufacturing solutions company with the addition of new professional staffing and nearly $1 million in new state-of-the-art capital manufacturing equipment.

Barry Smith, CEO of Texcel Medical, said “medical device companies are under intense pressure to speed new innovations into the marketplace in the face of global competition and economic challenges — and will need to increase their reliance on partnerships with solution providers such as Texcel Medical to succeed.”

“To expand our support and services for medical device manufacturers, Texcel Medical is bolstering its product development, manufacturing, and quality assurance expertise and capabilities in the areas of Class II and III implantable medical devices, including IPG’s (Implantable Pulse Generators) for Neuromodulation,” Smith said.

The new appointments announced by Smith are:

  • John Randolph of Easton, Conn., who has joined Texcel Medical as Director, Quality & Regulatory. He has more than 25 years of quality and regulatory experience in medical devices and pharmaceuticals. Randolph was most recently with Roche. His experience includes design and quality system management for computer-based medical devices, in vitro diagnostics, and x-ray with corresponding FDA and European CE submissions. He is a registered Professional Engineer, certified Project Management Practioner, and holds a BS in Electrical Engineering from Pennsylvania State and an MBA from the University of Massachusetts.
  • Mark Tauer of Belchertown, Mass., has joined the company as a Mechanical Designer. Tauer has 14 years of experience designing medical, consumer and industrial products. Most recently, his experience included surgical tray design and knee implant metal-to-plastic conversions for major orthopedic companies. He has also designed operating room products for Tyco Healthcare. Tauer is skilled at assessing projects and finding ways to minimize costs and project timelines. He holds an AS in mechanical drafting/CAD technology from Ivy Technical State College.
  • Andy Fetterroll of Springfield, Mass., has been appointed as a Development Engineer. He has over 12 years of experience in the medical field. Fetterroll joins the company from Blackstone Medical. His most recent experience includes dealing with medical chart papers, operating room products, spinal implants, tab, snap, and defibrillation electrodes. He has a strong quality and technical background and is versed in validations, protocols, and six sigma tools for analysis. He graduated with a BS in Industrial Technology/Manufacturing concentration from Fitchburg State College, and an AS in Mechanical Engineering/Design from Springfield Technical Community College and a CQE certification through ASQ.
  • Haralambos Zaharis of Enfield, Conn., has been appointed as Development Engineer. Before joining Texcel Medical, Zaharis interned at the University of Connecticut Health Center in the New England Musculoskeletal Institute as a research assistant. There, he applied mechanical engineering principles using cadaveric specimens for medical and orthopedic research. Zaharis Graduated in 2009 with a BS in Biomedical Engineering from University of Hartford

Smith said the company’s investments in new capital manufacturing technology include the acquisition of new Lasag SLS 200 CL Series Industrial Laser, a ProLas Multi-Purpose Compact Laser Machining Workstation, a new low-volume helium leak detection system, and an optical inspection station.

“These significant new investments in manufacturing technology — combined with our new appointments — strengthen our ability to help medical device firms achieve their development milestones and dramatically slash both the time and cost of introducing new product innovations to market,” Smith said.

For more information about Texcel Medical, visit www.texcelmedical.com or call 1-413-525-5700.

About Texcel Medical:
Texcel Medical (www.texcelmedical.com) creates long term partnerships with medical device companies in the areas of Class II medical electronics, Class III implantable electronics, IPG’s (Implantable Pulse Generators – Neuromodulation) and laser technology and manufacturing services. Texcel Medical has served the medical device community for over 20 years and is ISO-13485 (2003) certified. Texcel Medical is based in East Longmeadow, Mass.

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Tuesday, July 14th, 2009

EH&E Authors World Health Organization (WHO) Chemical Incidents Manual

Needham, Mass. – July 14, 2009 Environmental Health & Engineering, Inc. (EH&E) served as the primary author of a recently released World Health Organization (WHO) manual entitled: The Public Health Management of Chemical Incidents. The complete manual is available at http://ow.ly/ha77.

WHO is the directing and coordinating authority for health within the United Nations system. It is responsible for providing leadership on global health matters, shaping the health research agenda, setting norms and standards, articulating evidence-based policy options, providing technical support, and monitoring and assessing health trends. The purpose of this manual is to provide a comprehensive overview of the principles and roles of public health in the management of chemical incidents and emergencies.

EH&E was asked to prepare this manual based upon its extensive experience in public health, trends in environmental risk, and management of health and safety programs for large institutions. The document covers the key aspects of an incident management plan from the perspective of public health using risk assessment as a unifying theme. Guiding principles for prevention, preparedness, detection and alert, response, and recovery of chemical incidents are detailed in the manual.

“The management of chemical incidents and emergencies requires a multi-disciplinary approach, and the public health sector plays a key role at various stages of the management process,” said David MacIntosh, Sc.D., a contributing author and Principal Scientist with EH&E.   “In this manual, we’ve utilized the risk assessment paradigm to help government and other stakeholders identify and prioritize the role of the public health sector, with the goal of preventing and mitigating the health consequences of chemical incidents and emergencies.”

WHO, EH&E, and all those involved in the development of the publication hope that the manual will have wide application, especially in developing countries and countries with economies in transition, and that in the future the health sector will be better prepared to acknowledge and fulfill its roles and responsibilities in the management of chemical incidents and emergencies.

About EH&E
EH&E (www.eheinc.com) has provided an extensive range of environmental and engineering consulting services for over 20 years. The company consists of over 70 experts with an outstanding record of providing focused solutions for a variety of issues that directly affect public heath. EH&E has a depth of knowledge and credibility unmatched in the industry and our wealth of readily-accessible information has become a powerful resource for our clients.

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Tuesday, May 5th, 2009

New Hospital Energy Performance Service Helps Hospitals Cut Energy Costs by 25% or More

Needham, Mass. – May 5, 2009 – A new Hospital Energy Performance Service can help hospitals to improve both building systems performance and energy efficiency by 25% or more – with much of the savings linked to low-cost modifications. The service is available from Environmental Health & Engineering, Inc. (EH&E), a leading Massachusetts-based environmental and engineering consulting firm.

“Healthcare facilities are heavy energy users and are continually being modified to meet new requirements for equipment and services. Building environmental systems often become out-of-tune as a result. The emphasis in these facilities is placed on maintaining the environment, and optimal system efficiency is seldom addressed,” said Michael Della Barba, Director of Commissioning, EH&E.

“We’re not approaching this as an expensive equipment replacement program, or a short-sighted energy reduction effort that negatively impacts the environment. We understand critical building systems, and simply make them work as they were intended – energy efficiency (and in most cases, energy savings) is the natural result,” says Della Barba.

Phase I focuses on creating an optimal operating strategy, identifying systems to be optimized, and finding immediate, no-cost and low-cost actions to undertake to improve performance. Phase II includes developing recommendations and prioritizations, based on ROI, for more complex initiatives as well as capital improvements.

“Optimizing the performance of a hospital’s building systems can greatly reduce the amount of energy consumed, the maintenance required and the associated costs, and increase the life of system assets,” Della Barba said. “The positive impact of increasing a hospital’s energy efficiency generates an immediate, direct payback in terms of bottom line budgetary savings – as well as the hospital’s overall quality of care for its patients, and the comfort and safety of the operational environment for its professional caretakers.”

To learn more about EH&E’s Hospital Energy Performance Service program, visit the EH&E website at www.eheinc.com/healthcare_energy.htm or call, toll free, 1-800-825-5343.

About EH&E
EH&E (www.eheinc.com) has provided an extensive range of environmental and engineering consulting services for over 20 years. Our team consists of more than 60 experts with an outstanding record of providing business-focused solutions for issues that affect the built environment. EH&E has a depth of knowledge and credibility unmatched in the industry and our wealth of readily-accessible information has become a powerful resource for our clients.

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Public Relations contact: Tiziani Whitmyre Inc., http://www.tizinc.com/services/public-relations/index.html

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