“The Battery Innovation Center chose MEGTEC’s coater/dryer system for our state-of-the-art energy storage laboratory as it offers the perfect coating and drying solution for Lithium-Ion cell fabrication and allows us to assist the industry in developing new processes associated with innovative cell designs as they work to implement new ideas into manufacturing,” LaSota explained.
MEGTEC’s Director Business Development - Advanced Materials Processing, David Ventola, stated "MEGTEC is pleased and excited to be a partner to BIC and participate in this unique collaboration to bring our capabilities to bear on speeding innovation in Energy Storage. We are looking forward to a long and successful track record to commercialization of new ideas from BIC."
A number of public and local dignitaries participated in the ceremony to recognize the significance of this event not only for the local region and state of Indiana, but the United States as well. The capabilities and unit operations possible within the BIC provides a tremendous platform to accelerate innovation in all aspects of energy storage. Scientists, with new materials to improve Lithium-Ion batteries, can efficiently fabricate electrodes and cells to evaluate the materials’ performance based on industry’s standard tests.
About the Battery Innovation Center: The BIC is a unique public-private partnership and not-for-profit organization that incorporates leadership from world-class universities, commercial enterprises, and government organizations to focus on the rapid development, testing and commercialization of safe, reliable and lighter weight energy storage systems for commercial and defense organizations. Located adjacent to Naval Surface Warfare Center (NSWC) Crane, the BIC provides both a virtual collaborative network of capabilities needed for development of next generation energy storage solutions as well as a new, state-of-the-art, $15.6 million energy research lab. Additional information is available at www.BICIndiana.com.
MEGTEC Systems, Inc. Acquires TurboSonic Technologies, Inc.
De Pere, WI. – February 1 -- MEGTEC Systems, Inc. (MEGTEC) is pleased to announce the acquisition of TurboSonic Technologies, Inc. (OTCQB - TSTA) (TurboSonic), effective immediately. The acquisition will include all of TurboSonic’s current products: wet electrostatic precipitator (WESP) systems, semi-dry and wet scrubbers, Catalytic Gas Treatment (CGT)™ systems, evaporative gas cooling systems, DeNOx systems and related parts and services. TurboSonic will join the MEGTEC family as MEGTEC TurboSonic Technologies, Inc., and operate as a wholly-owned subsidiary of MEGTEC Systems, Inc., and as a separate business unit within MEGTEC’s Environment, Climate and Energy (ECE) Group. The TurboSonic acquisition adds complementary product offerings to MEGTEC’s environmental portfolio and process expertise in key industries.
Commenting on the transaction, Mohit Uberoi, President and CEO of MEGTEC Systems, said, “The acquisition adds substantially to MEGTEC’s ECE business by bringing the highly regarded TurboSonic name and line of equipment under the MEGTEC umbrella. The new technologies broaden MEGTEC’s environmental solution competencies from abatement and energy recovery, to include particulate and acid gas control and provide an opportunity for MEGTEC to supply its customers with packaged solutions including both particulate and volatile organic compound (VOC) control.”
This transaction brings together two market-leading companies serving common end markets and will offer a broader range of products and services to its expanded customer base.
Edward Spink, CEO of TurboSonic, stated, “The acquisition will provide greater market exposure for TurboSonic’s technologies and leverage MEGTEC’s capabilities to offer complete solutions to customers worldwide.”
TurboSonic (www.turbosonic.com) designs and supplies air pollution control and liquid atomization technologies to industrial customers worldwide with operations in Waterloo, Ontario, Canada and Milan, Italy. TurboSonic's innovative product offering, developed through extensive industry experience, helps companies in the Cement & Mineral Processing, Ethanol & Biofuels, Metals & Mining, Petrochemicals, Power Generation, Pulp & Paper, Waste Incineration, and Wood Products industries outperform regulatory requirements, improve performance and energy efficiency, reduce operating costs and recover valuable by-products.
News, November 1, 2012. The Wisconsin Sustainable Business Council has awarded MEGTEC Systems, Inc. the Green Professional designation under the Green Masters Program, sponsored by the Wisconsin Sustainable Business Council., recognizing MEGTEC's focus on integrating principles of sustainability into their operations. The categories are: groups are: Energy, Climate, Water, Waste Management, Transporation, Supply Chain, Workforce, Governance, and Community and Education Outreach.
News Release, April 5, 2012
MEGTEC Innovation Cuts Flexible Packaging Manufacturer’s Energy Bills by $10,000 a Month
YAKIMA, Wash., April 5, 2012
Saving money on its energy bills turned out to be a lot of hot air for flexible packaging innovator Shields Bag & Printing.
As a custom blown film extruder, Shields Bag extrudes, prints and converts film for flexible
packaging products used in a wide range of industries. The company produces more than 100
lines of products that are shipped to clients all over the world, from produce bags to high graphic
The company traces its roots back to 1935, when Frank Shields opened a print shop in Yakima.
He and his sons built a successful commercial print shop, and in the mid-1950s branched out
into flexible packaging.
In 2011, Shields brought in their local utility provider for an energy audit that was part of a
greater review of the company’s operations. In their final report back to the company, the utility
noted the company was releasing heated air from its oxidizer units - heat that represented lost
energy dollars essentially being vented into the atmosphere. The oxidizers treat the exhaust
from the flexographic printing presses, using heated air to break down VOC (volatile organic
compounds) into carbon dioxide and water.
When the utility company delivered its final report to Shields Bag, three options were suggested for the company to improve its efficiency and reduce its energy waste from the oxidizers:
- Install a system that would capture the waste heat for other uses
- Install a new, more efficient oxidizer unit
- Replace the oxidizer with a biological system
A new system, whether it was a more efficient oxidizer or a biological system, was not seen as an effective solution for Shields Bag because of the capital costs. However, with the natural gas utility and Washington State University offering financial incentives for a reduction in gas usage, the company began looking for a solution that would capture the waste heat from the oxidizers and re-use it for other purposes.
"When we started looking at our energy consumption, our natural gas usage was way up there," Derek LaFramboise, environmental affairs manager for Shields Bag & Printing, said. "It prompted us to explore options to reduce the volume, and heat recovery was the option that lead us to the oxidizer modification."
MEGTEC proposed installing a heat coil system filled with a water-glycol mix in the stacks of the oxidizer exhaust that would capture the waste heat and make it available for transfer to other applications, such as pre-heating the air inlets for the oxidizers themselves. By pre-heating the air using recovered heat, less gas would be needed to heat the oxidizers to their optimal temperatures.
But MEGTEC's solution did not stop there. The engineers also proposed using the coil system to transfer some of the heat from the oxidizer exhaust to pre-heat the dryer oven intakes on the production side as well. Again, by using the heat from the oxidizer exhaust to warm the air entering the oven intakes, less energy was required to achieve the optimal temperature for the operation of the dryer ovens.
Shields Bag opted for MEGTEC's proposed solution, and its staff performed much of the installation in a two-phase approach that minimized production downtime. Engineers for MEGTEC worked on-site during the installation, providing assistance at critical times and with the start-up of the new heat recovery system.
Shields Bag experienced immediate returns on two fronts once the heat recovery system was active.
The company experienced a reduction in its natural gas consumption by nearly 10,000 therms a month without any loss in production levels. The estimated cost of a therm of natural gas for an industrial user is $1 per therm, resulting in an estimated savings for Shields Bag of roughly $10,000 per month in energy costs. Not only is a savings in fuel usage recognized, this also provides a substantial drop in carbon emissions and products of combustion.
Additionally, the company has reported lower maintenance costs associated with heat controls for the oxidizer and the drying ovens. With the intake air pre- heated by the recovery system, less energy is needed to heat it to optimal temperatures and operators are making fewer adjustments to the control settings. Additionally, the warmers in the intake vents don't need to operate as long. Supervisors on the line report the ovens better maintain consistent temperature and are more reliable since the installation was completed.
"It's a lot like when you have your home furnace at 70 degrees. When it's warming the air in the house, it clicks on and off just enough to keep the temperature constant," LaFramboise said. "It's when you open the doors and let in the cold outside air that the furnace has to work harder."
For Shields Bag, saving money on its energy use is more than just a lot of hot air - saving money is a lot of hot air vented in the right direction.