Air Force Base Remediation Project Includes an Anguil Oxidizer

Air Force Base Remediation Project Includes an Anguil Oxidizer

KAFB Ramps Up Fuel Spill Cleanup

By John Fleck / Journal Staff Writer on Friday, January 18, 2013

A Kirtland Air Force Base crew is in the final stages of testing a new machine it hopes will accelerate cleanup of a fuel spill that has contaminated southeast Albuquerque groundwater.

On a concrete pad just north of the base flight line, workers Thursday were testing a garden-shed-sized furnace officials say will begin within the next week to burn off jet fuel sucked from deep under ground.

“It’s the next step in actually cleaning up the contaminants,” said Col. John Kubinec, the base commander.

Officials note that this is not the final remedy for the longstanding problem, but rather an interim measure to remove some fuel from the ground while the Air Force and state regulators wrestle with the long-term problem of cleaning up the decades-old mess.

“We wanted to get after this contamination sooner rather than later,” said John Kieling, head of the New Mexico Environment Department’s Hazardous Waste Bureau.

Contractors for the Air Force sank two wells six inches in diameter more than 500 feet into the ground adjacent to the base’s old fuel loading area, where in 1999 the Air Force discovered that an underground pipe had been leaking for decades.

Vacuum units will suck fuel vapors from the layers of soil above the groundwater, and the furnace unit will then burn it off, explained Brent Wilson, Kirtland’s civil engineer.

The fuel has moved through groundwater more than a mile from the spill site. None has been detected in Albuquerque drinking water wells. Test wells near Phil Chacon Park, between the nearest drinking water wells and the known fuel spill area, recently came back clean, suggesting the risk to drinking water is not imminent, according to the state Environment Department.

The Albuquerque Bernalillo County Water Utility Authority is in the midst of developing a network of early warning monitoring wells between the fuel spill and the nearest drinking water wells. The water utility is working with the U.S. Geological Survey to determine the best place to put the wells. The agency will pay for the wells but under an agreement with the Air Force, there is a possibility that the Air Force will reimburse the utility for the work, according to John Stomp, the utility’s chief operating officer.

Smaller “soil vapor extraction” units have been at work for years sucking aircraft fuel vapors from the ground, but the new larger system is designed to work more effectively at removing the fuel from the ground, Wilson said.

The cleanup efforts face challenges that officials at the Air Force and the state acknowledge cannot be solved with the systems currently in place. The biggest near-term issue is the fact that the water table in the area has been rising as a result of decreased drinking water pumping from nearby wells run by the water utility.

That rising water table has submerged a layer of jet fuel that had been resting in soil on top of the water table, making cleanup harder. In a December report to the Environment Department, the Air Force acknowledged that fuel layer, now trapped under water, “will be an ongoing source of dissolved groundwater contamination indefinitely.”

The Air Force and Environment Department are in talks about implementing the next cleanup step, which would begin removing some of that fuel submerged in the groundwater layer.
– This article appeared on page A1 of the Albuquerque Journal

New Service Resource for Oxidizer Operators

On a yearly average, Anguil services oxidizers made by dozens of different manufacturers. Put that knowledge to use for you by registering your oxidizer system(s) with Anguil and get a unique Service ID!

Participants in this program receive periodic maintenance recommendations, energy saving tips and service ideas for keeping your oxidizer running effectively and efficiently. In addition, your Anguil Service ID will streamline future service requests and scheduling.

As an added bonus you will immediately receive an Anguil hat, flash drive and pen! Future benefits may include complimentary operating cost evaluations and discounted service pricing.

Click Here for the Machine Registration Page

Beacon – Waste Gas Treatment Technologies for Carbon Fiber Processes

In conjunction with Harper International, Anguil Environmental announced the launch of Beacon™, a ground-breaking new program offering Carbon Fiber manufacturers the ability to evaluate the carbon footprint of their manufacturing process and identify opportunities for improvement.

With its extensive experience in the industry since the market’s inception, Harper has developed a model that analyzes various plant configurations and capacities, precursors, integration scenarios and energy recovery options and ranks the environmental impact of the process line. This endeavor establishes a baseline and a facility-specific metric that can be used to develop improvement plans to drive greater energy recovery and lower operating costs.
Anguil is excited to announce our participation in the Beacon as it pertains to the destruction of Hydrogen Cyanide (HCN), Ammonia (NH3), Silicone and Nitrous Oxide (NOX) emissions often produced in the ovens and furnaces of carbon fiber and composite plants. We design, manufacture, service and install energy-efficient oxidizer systems designed specifically for the air toxins that are often produced in the ovens and furnaces of carbon fiber manufacturers. Our company is intimately familiar with the capture, control and compliance hurdles that the processing plants face.

“The Carbon Fiber industry is at a critical maturity point where we must focus on achieving greatest output cost effectively with environmental responsibility in order to secure adoption in future market applications such as in automotive,” commented Robert Blackmon, VP of Integrated Systems at Harper.

The Beacon program is the only offering that comprehensively examines energy utilization in detail and develops solutions for improvement. We expect many to be inspired by this innovation, however Harper is clearly leading the way.”

A new website, harperbeacon.com , also launched as a part of the program. On this site, users can experience the concept of Beacon with a preview survey that evaluates the carbon footprint in a short example model. The complete Beacon model is a complex analysis of over a hundred design parameters. This work expands upon Harper’s previous cost modeling providing insight into the impact of energy efficiency as a part of the overall cost of operations.

Join Our Oxidizer Group on LinkedIn

The purpose of this subgroup is to specifically discuss the different oxidizer types, design criteria, performance data and service issues. The goal is to better educate oxidizer end users, consultants and engineering firms on the capabilities and best practices of these air pollution control devices.

Join Our Oxidizer Group on LinkedIn

New Partnership Spans the Ocean

September 9th, 2008

Two capital equipment suppliers are announcing a partnership that will provide industrial facilities a single source solution for their dryer, oven and air pollution control needs. Anguil Environmental Systems, Inc., a United States based oxidizer manufacturer, and Spooner Industries, a convection dryer supplier located in the United Kingdom have partnered to better serve each of their respective markets and regions.

After working together on multiple turnkey projects, the two companies have decided to make their partnership official. Anguil Regenerative Thermal Oxidizers (RTOs), as well as Direct-Fired, Catalytic and Thermal Recuperative oxidizers are used for the destruction of Volatile Organic Compounds (VOCs), Hazardous Air Pollutants (HAPs), NOX and odorous air emissions often generated from the drying and curing equipment manufactured by Spooner. By combining the complimentary product lines, customers and prospects can get a complete turnkey solution for their industrial drying, curing, coating and air pollution control needs. In addition, the Anguil Heat and Energy Recovery products can be applied on these industrial systems to reduce operating costs and energy consumption.

Under the new agreement, Spooner Industries will fabricate and install the Anguil oxidizer designs on air pollution control applications throughout Europe. They will work exclusively together for the supply of oxidizers for European converting, coating and printing operations. The systems will incorporate the established, proven designs of Anguil Environmental and the quality, dependable fabrication of Spooner Industries. Spooner’s new 60,000 square foot facility will be the primary manufacturing location for Anguil oxidizer systems going into Eastern and Western Europe. The local UK fabrication capability will allow Anguil to serve the European region without expensive transportation costs.

In the United States and North America, existing Spooner customers will now have the assurance of working with a dryer company that has local air pollution control and energy recovery capabilities. Anguil’s extensive service capabilities will also be utilized in America for Spooner customers with emergency or long-term service needs. In addition, Anguil customers with dryer and coating systems will have the experience of Spooner’s technologies through Anguil.

Both Spooner and Anguil are long standing companies with excellent reputations, having been in business since 1932 and 1978, respectively. “We are extremely excited about this new partnership” says Gene Anguil, CEO of Anguil “Not only are our product offerings complimentary but our firms have a similar philosophy and focus with custom engineered industrial systems”. Steve Newell, Sales & Marketing Director at Spooner Industries agrees “This partnership with Anguil fits extremely well with Spooner in terms of technology, markets and culture. The disciplines involved with these units are very similar to our core competence”

For more information visit www.spooner-environment.com

Anguil Named the Midwest’s Exporter of the Year!

Anguil is Honored for Export Excellence by the SBA for both the State of Wisconsin and Midwest Region.

Anguil Environmental Systems Inc. has been honored for the second year in a row with the 2007 Small Industrial Exporter Award for the state of Wisconsin. Anguil was one of nine Wisconsin companies that received the Governor’s Export Achievement Award from the offices of Governor Jim Doyle.

The Small Business Administration also recognized the company with a Regional award for Industrial Exporter of 2007 and Anguil is now being considered on the National level.

The Wisconsin International Trade Conference is the largest gathering of international trade professionals in the state. The award criteria included the degree of export-related growth; innovative techniques and approaches that resulted in the company’s success; and demonstration of extra effort in capturing worldwide markets. Anguil is extremely honored to receive the acknowledgement in the Small Industrial Exporter Category and expects to see continued success overseas in the upcoming years.

“Wisconsin exports have shown four straight years of incredibly strong growth, and our growth continues to surpass that of the nation,” Doyle said in a statement.

Milwaukee Paper Highlights Anguil’s Growth

Clearer skies overseas;
Anguil Environmental finds niche in global air pollution control

By RICK BARRETT rbarrett@journalsentinel.com

At a time when many Wisconsin companies are alarmed about business and technology being exported to Asia, a small Brown Deer firm is proving that it can compete overseas through contracts in Taiwan, Korea and China.

With only about 35 employees, Anguil Environmental Systems Inc. has become a global player in its field of designing and installing air pollution control equipment. About 25% of the company’s $20 million in annual sales comes from overseas business, including contracts from large conglomerates such as Hyundai Motor Co.

In December, Anguil landed three Asian orders to provide air pollution control equipment for Formosa Chemical Co. in Taiwan. The orders, totaling just under $4 million, followed a $1.5 million order from Hyundai for equipment at one of the Korean company’s plants in China. A weak U.S. dollar and strong economies in various regions of the world have helped American companies get overseas business, said Gene Anguil, founder and chairman of Anguil Environmental Systems.

“Exporters can do much better,” he said. “In some cases it’s cheaper to build something here and ship it overseas,” than to have the same product built in another country that’s closer to the end user.

Anguil designs and installs oxidizers, which look like large metal boxes perched atop the roofs of factories and printing companies. Pollutants that are emitted during manufacturing are channeled into the oxidizer, which uses heat to destroy the chemicals and convert them into carbon dioxide and water vapor.

Anguil has installed about 1,500 pollution control systems around the world, with its key markets being the United States, Taiwan and Europe.

The company has sold equipment in Taiwan for about 10 years, largely because that country has some of the strictest environmental standards in Asia.

The migration of international companies into China has helped Anguil’s sales, since the multinational organizations are already familiar
with pollution control requirements in their home countries.

“When these large companies establish plants in China, they don’t want to be perceived as having one set of environmental standards at home and another set of (weaker) standards for China,” Anguil said. “So that’s been a driver” of sales.

China has a pressing need for pollution control equipment. It has some of the world’s dirtiest air and is trying to clean things up in a short period of time, partly to gain acceptance by the international political community and the World Trade Organization.

Not all developing nations are trying as hard to improve the environment. Often there’s a constant battle between the economy and the environment, with clean air losing out to factories that produce jobs and contribute to a country’s economic growth.

“I think that will always be the situation,” Anguil said. “Even in this country, when the economy is not that good and our federal government is not that strong on the environment, we see companies dragging their feet for years” on installing pollution control equipment.

Anguil designs its own equipment, and company officials say aspects of the designs are sophisticated enough that it’s difficult for foreign competitors to copy them.

“We recognize the risk is there,” Anguil said. But companies that need pollution control systems usually don’t want to risk buying imitation systems, only to find out they weren’t effective and resulted in millions of dollars in air pollution fines.

Emphasis on engineering and problem solving can give U.S. companies a competitive edge, said Dale Wiza, chairman of the Milwaukee chapter of the Society of Automotive Engineers.

“There are things that can’t easily be copied,” he said.

Anguil & Canmaker JL Clark Teamwork Highlighted in The Canmaker Magazine

This is how J L Clark exceeded the US EPA’s VOC abatement requirements at its Rockford, Illinois, litho plant: a PLC controlled RTO from Anguil Environmental Systems

Canmakers in the US are increasingly concerned about the need to comply with regulations issued by the Environmental Protection Agency (EPA) on air quality, specifically volatile organic compound (VOC) and hazardous air pollutant (HAP) control.

Last November the EPA issued a final rule that established national emission standards for coating operations in regions that generated large volumes of VOCs. The standards (5,700 litres or 1,500 gallons of coatings per year) outline various control requirements based on usage of affected VOCs but also provide for emission reduction by using a capture system in conjunction with pollution control devices.

With legislation looming on the horizon, Rockford, Illinois-based lithographer and canmaker J L Clark last year began a thorough review to find a system that would exceed the minimum EPA requirements cost-effectively. “This was not the first time that J L Clark had taken steps to control their emissions,” said Gordon VerWeyst, J L Clark’s vice president of product development & engineering.

“Years earlier, the company had installed several recuperative thermal oxidiser (RTO) systems that had satisfied earlier requirements but had, over the years, become outdated and were a significant drain on the plant’s operations budget. Costs to operate the systems had become a major component of J L Clark’s annual fuel usage.”

J L Clark chose Anguil Environmental Systems, based at Milwaukee in Wisconsin, to supply a bigger 50,000 scfm regenerative thermal oxidiser to control the emissions, and a permanent total enclosure (PTE) to capture the emissions from the plant’s six printing and coating lines.

The RTO destroys VOCs with high temperature oxidation, converting them to carbon dioxide and water vapour, and reusing the released energy. Anguil’s vice president of sales & marketing, Chris Anguil explains how it works: “Process gas with VOC contaminants enters the two chamber RTO through an inlet manifold. Aflow-control valve directs this gas into an energy recovery chamber which preheats the process stream. The process gas and contaminants are progressively heated in the ceramic bed as they move toward the combustion chamber.

“The VOCs are then oxidised, releasing energy in the second ceramic bed, thereby reducing any auxiliary fuel requirement. The ceramic bed is heated and the gas is cooled so that the outlet gas temperature is only slightly higher than the inlet temperature. The flow-control valve switches and alternates the ceramic beds so each is in inlet and outlet mode.

“If the process gas contains enough VOCs, the energy released from their combustion allows self-sustained operation. For example, at 95 percent thermal energy recovery, the outlet temperature may be only 77 deg F (25 deg C) higher than the inlet process gas temperature,” he says.

PLC-based electronics automatically control the RTO’s operation, from startup to shutdown, reducing the necessity for operators to be involved.

Meanwhile, the permanent total enclosure contributes significantly to the reduction in VOCs released to the atmosphere.

VerWeyst says: “We selected the PTE system because it enabled our litho lines to run without individual burdensome enclosures and exhaust hoods over each line. This allowed the operator’s room to do their job without interference. The PTE also allowed us to forgo the yearly EPA capture inspections that are required on a singularly captured line.”

Adds Anguil: “The PTE at J L Clark has proven effective at capturing the emissions from the wet-end coating operations of the process lines: that exhaust is combined with the exhaust from the ovens at the inlet of the RTO. This results in 100 percent capture efficiency of the VOC/HAP emissions assuring capture efficiency requirements and eventual destruction.

“The RTO itself has proven to be similarly effective, achieving destruction efficiency in excess of 99 percent while exceeding all fuel usage reduction objectives. The combined capture and destruction efficiency has therefore exceeded 99 percent for the facility, minimizing the overall VOC/HAP emissions from the plant and allowing it to meet their emissions cap,” he says.

Originally published in October of 2004 in Canmaker Magazine.