Canada-based GFL Acquires Accuworx Inc.

GFL Environmental Inc. (“GFL”) recently announced the closing of the acquisition of the Canadian operations of Accuworx Inc. including Sure Horizon Environmental Inc., based in Brampton, Ontario.  Since its founding in 1989 by Jason Rosset, Accuworx has grown to be a leading provider of “cradle to cradle” environmental solutions for a broad base of liquid waste customers throughout Ontario.  Accuworx’s services include industrial cleaning, emergency response, soil and groundwater remediation and liquid waste management which will complement and extend the service offerings of GFL’s existing liquid waste business in Ontario.  Jason Rosset will remain with GFL working to further develop the customer base of our combined operations.

Patrick Dovigi, GFL’s Founder and CEO said: “Started by its founder, Jason Rosset, the key to Accuworx’s success has been its core entrepreneurial values: creating solutions that allow it to be a single source provider for all of its customers’ service needs.  This aligns with GFL’s core values and strategy. Accuworx and Sure Horizon also have a committed, passionate employee base that bring the same level of commitment to service excellence for our customers as GFL’s employees.  We are confident that this common commitment will make the integration of our service offerings seamless and allow us to continue to grow and serve our customers.  We are excited to have Jason Rosset and employees of Accuworx in Canada join the GFL team.”

Jason Rosset, Founder of Accuworx said: “Accuworx has traveled a long way as an independent, trail-blazing company, and I am confident that this strategic fit with GFL represents an ideal opportunity for Accuworx and our employees to accelerate to the next chapter of growth while maintaining the entrepreneurial culture in which we have thrived.”

GFL, headquartered in Toronto, ON, is a diversified environmental services company providing  solid waste, infrastructure & soil remediation, and liquid waste management services through its platform of facilities across Canada and in Southeastern Michigan.  GFL has a workforce of more than 5,000 employees.

Market Study on U.S. Volatile Organic Compound Detector Market

Questale, a firm specializing in market research, recently published an industry research that focuses on United States Volatile Organic Compound (VOC) Monitor market and delivers in-depth market analysis and future prospects of United States Volatile Organic Compound (VOC) Monitor market.  The study covers significant data which makes the research document a handy resource for managers, analysts, industry experts and other key people get ready-to-access and self-analyzed study along with graphs and tables to help understand market trends, drivers and United States Volatile Organic Compound (VOC) Monitor market challenges. The study is segmented by Application/ end users Environmental site surveying, Industrial Hygiene, HazMat/Homeland Security , products type PID, Metal-oxide Semiconductor, On the basis on the end users/applications, this report focuses on the status and outlook for major applications/end users, sales volume, market share and growth rate for each application, including and various important geographies.

Remote Environmental Monitoring Research

The research covers the current market size of the United States Volatile Organic Compound (VOC) Monitor market and its growth rates based on 5 year history data along with company profile of key players/manufacturers. The in-depth information by segments of United States Volatile Organic Compound (VOC) Monitor market helps monitor future profitability & to make critical decisions for growth. The information on trends and developments, focuses on markets and materials, capacities, technologies, CAPEX cycle and the changing structure of the United States Volatile Organic Compound (VOC) Monitor Market.

The study provides company profiling, product picture and specifications, sales, market share and contact information of key manufacturers of United States Volatile Organic Compound (VOC) Monitor Market, some of them listed here are REA Systems , Ion Science , Thermo Fisher . The United States Volatile Organic Compound (VOC) Monitor market is growing at a very rapid pace and with rise in technological innovation, competition and M&A activities in the industry many local and regional vendors are offering specific application products for varied end-users. The new manufacturer entrants in the United States Volatile Organic Compound (VOC) Monitor market are finding it hard to compete with the international vendors based on quality, reliability, and innovations in technology.

United States Volatile Organic Compound (VOC) Monitor (Thousands Units) and Revenue (Million USD) Market Split by Product Type such as PID, Metal-oxide Semiconductor, On the basis on the end users/applications, this report focuses on the status and outlook for major applications/end users, sales volume, market share and growth rate for each application, including . Further the research study is segmented by Application such as Environmental site surveying, Industrial Hygiene, HazMat/Homeland Security with historical and projected market share and compounded annual growth rate.

 

Geographically, this United States Volatile Organic Compound (VOC) Monitor market research report is segmented into several key Regions, with production, consumption, revenue (million USD), and market share and growth rate of Joint Mixture in these regions, from 2012 to 2022 (forecast), covering ,, etc and its Share (%) and CAGR for the forecasted period 2017 to 2022.

Read Detailed Index of full Research Study at @ https://questale.com/report/united-states-volatile-organic-compound-voc-monitor-market-report-2018/178527.

Arsenic found to control uranium contamination

As reported by World Nuclear News, an international team led by the University of Sheffield has discovered that the toxic element arsenic prevents uranium from an abandoned mine in the UK migrating into rivers and groundwater.  The discovery could help in the remediation of former uranium mines and other radioactively contaminated areas around the world, the scientists believe.

The team of scientists – led by the Department of Materials Science and Engineering at the University of Sheffield – studied the uranium and arsenic in the topsoil at the abandoned South Terras uranium mine in Cornwall, England.

The researchers used some of the world’s brightest synchrotron X-ray microscopes – the Swiss Light Source and the USA’s National Synchrotron Light Source – to unearth what is believed to be the first example of arsenic controlling uranium migration in the environment.  These microscopes use intense X-ray beams to focus on a spot just one-millionth of a metre in diameter.

“We use synchrotron X-rays to identify and isolate the microscopic uranium particles within the soils and determine their chemical composition and mineral species,” said co-author of the study, Neil Hyatt.  “It’s like being able to find tiny uranium needles in a soil haystack with a very sensitive metal detector.”

Source: © Claire Corkhill
The abandoned South Terras mine in Cornwall where uranium was mined until 1930

According to the study – published on 14 December in Nature Materials Degradation – ore extraction processes and natural weathering of rock at the South Terras mine has led to the proliferation of other elements during degradation, particularly arsenic and beryllium, which were found in significant concentrations.  The arsenic and uranium were found to have formed the highly insoluble secondary mineral metazeunerite.

“Significantly, our data indicate that metazeunerite and metatorbernite were found to occur in solid solution, which has not been previously observed at other uranium-contaminated sites where uranyl-micas are present,” the study says.

Claire Corkhill, lead author of the study, said: “Locking up the uranium in this mineral structure means that it cannot migrate in the environment.”

The researchers concluded that this process at South Terras – which operated between 1873 and 1930, producing a total of 736 tonnes of uranium – is the result of a set of “rather unique” geological conditions.  “To identify this remediation mechanism at other sites, where arsenic and uranium are key co-contaminants, further detailed mineralogical assessments are required,” they said.  “These should be considered as an essential input to understand the ultimate environmental fate of degraded uranium ore.”

“The study has far-reaching implications, from the remediation of abandoned uranium mines across the world, to the environmental clean-up of nuclear accidents and historic nuclear weapons test sites,” according to the scientists.  “It also shows the importance of local geology on uranium behavior, which can be applied to develop efficient clean-up strategies.”

Keystone Pipeline Spill Response deemed a Success

In early December, a section of the Keystone Pipeline leaked 210,000 gallons of oil near the South Dakota City of Amherst.  Representatives of Trans-Canada Pipeline, the owner of the pipeline, deemed the detection of the leak and prompt spill response as an example of its exemplary contingency measures that are in place to detect and respond to such incidents.

An aerial view shows the darkened ground of an oil spill which shut down the Keystone pipeline between Canada and the United States, located in an agricultural area near Amherst, South Dakota.
REUTERS/Dronebase

When fully complete, the Keystone Pipeline will carry bitumen from the Alberta oil fields to refineries in Texas.  At present, the pipeline runs from Alberta, through North Dakota and South Dakota.

As reported in the Prairie Public News, Julie Fedorchak of the North Dakota Public Service Commission (PSC) stated that the company’s quick response to the incident shows that its response plan worked perfectly.

“The system was shut down within three minutes,” Fedorchak said.  “And importantly, the spill was detected.”

Fedorchak said the spill showed up on its detection equipment, and the people overseeing system noticed it, and.

“They knew it was something off,” Fedorchak said.  “And the quick shutdown prevented what could have been a much more difficult spill.”

But Fedorchak said there are still questions about why the spill happened.

“It’s a new line,” Fedorchak said. “New lines like this shouldn’t be having those kinds of issues.”

Fedorchak said it’s important that the company and federal pipeline regulators do the tests needed on that pipeline, to try to figure out what caused it.

“That’ll be a learning opportunity for the entire industry,” Fedorchak said.

The company believes it may have been caused by an abrasion on the pipeline coating, that happened during construction.

“Perhaps there were some things in the ground that could have caused it,” Fedorchak said. “Or it could have been a problem with the pipeline protection itself. They’re looking at a number of things.”

Clean-up work continues at the spill site.

Growing Interest in Brownfield Redevelopment in Windsor

As reported in the Windsor Star, it has taken almost seven years for a municipal brownfields development incentive program to take hold in the City of Windsor, immediately across the Detroit River from the City of Detroit.

In the last several months, applications to the Brownfield Redevelopment Community Improvement (CIP) Plan have been steadily streaming in — seeking grants to help fund feasibility and soil studies, and then even more money to help pay for the pricey cleanup.

If they become realities, these developments could add up to hundreds of new residences on: the former GM Trim site on Lauzon Road; a collection of former industrial properties between Walkerville and Ford City; and most recently a large property near Tecumseh Road and Howard Avenue that for 50 years was the home of Auto Specialties, a manufacturer of malleable castings and automotive jacks for the auto industry.

Greg Atkinson, a senior planner with the city who co-ordinates the Brownfields CIP program, said it’s “awesome news” that investors are finally taking advantage of this “great incentive package.”  The reason they’re jumping aboard now, he said, is that Windsor’s land prices have risen and residential vacancy rates have declined to the point where developing these cheaper brownfield properties now make financial sense.

“But without the incentives I don’t think they would be redeveloped,” Atkinson said. “With them, they’re pushed into that realm of viability, and that’s what we’re starting to see.”

Almost 140 sites across the city have been identified as brownfield properties, covering 559 acres.

“Historically, there has been little interest in redeveloping brownfield sites due to the uncertainty surrounding the extent of contamination and the potential cost of cleanup,” says a city report that goes to the city’s planning, heritage and economic development standing committee Monday. It says one redeveloped brownfield acre saves 4.5 acres of farmland on a city’s outskirts from being developed, and that for every dollar invested in brownfield redevelopment, $3.80 is invested in the community.

An illustration cut out from an unknown trade publication/manual, circa 1940, shows the Auto Specialties Manufacturing Company (Canada) located near the northeast corner of Tecumseh Road and Howard Avenue. The plant made malleable castings for the automotive industry and also automotive jacks. Photo courtesy of the University of Windsor, Leddy Library. UNIVERSITY OF WINDSOR / WINDSOR STAR

“It’s great to see owners and developers coming forward and saying ‘We’d like to tap into this fund because we’re interested in redeveloping this site,” Mayor Drew Dilkens said of the recent flow of applications. “The more of these 140 properties we can activate, the better it will be for all of us in the City of Windsor because it provides more taxes and lowers everyone’s share.”

The most recent application is from THMC Windsor, for a $7,000 grant to pay half the cost of a feasibility study on the viability of redeveloping part of the massive parking lot behind the medical buildings at Howard and Tecumseh into a residential project. Auto Specialties operated on the 12.5-acre site from the 1920s to the 1970s.

The next grant THMC could apply for provides up to $15,000 to cover half the cost of soil and groundwater testing for possible contamination. Then if the owner decides to go ahead with cleanup, the Brownfield Rehabilitation Program compensates for the cleanup costs by effectively freezing taxes where they are (versus what they would rise to when the site’s redeveloped) for the first 10 years. There’s even a big break on development fees.

“It really does cover a lot of costs,” Atkinson said of the program.

Of the 15 applications to the program since 2010, 13 have come in the last 22 months. Grants have totalled $1.9 million, leveraging $16.9 million in private sector investment, according to the city.

The earliest and most prominent success happened at a former gas station property at Dougall Avenue and West Grand Boulevard, which was turned into a small commercial development with the help of $67,000 in city grants. The former Wickes bumper plant — now run as a big UHaul operation, also was rejuvenated thanks to $1.5 million worth of grants. A former gas station at Riverside Drive and Marentette Avenue has been cleaned up and readied for redevelopment. And earlier this year, the Sood family received study grants to redevelop the former Seagrave fire truck plant property on Walker Road into about 12 townhouses and turn 17 acres of largely vacant industrial land south of Edna Street, west of St. Luke Road and north of Richmond Street into between 200 and 250 residential units.

On Monday night, council approved grants totalling $32,000 to help pay for three feasibility and environmental studies costing $97,000 for the 60-acre former GM Trim site. The current owner Farhi Holdings has plans to redevelop the site into a commercial-residential project with about 240 residential units. 

Dilkens said there’s clearly a demand for residential development in the east side of the city where Farhi’s land is located, and replacing the derelict site with a new housing project would benefit the entire area.

But Atkinson cautioned that not all these projects end up being developed. “Sometimes, they’ll determine it’s not feasible, there’s no demand for what they’re thinking of, or they might do the sampling and find out it costs too much to clean up.”

The Walker Power Building in Windsor, Ont., summer 2015

Nearly $3 million awarded for R&D of Marine Oil Spill Response Technology by Canadian Federal Government

The Canadian federal government recently announced investments of $2.89 million for four projects to enhance marine incident prevention and responsiveness along Canada’s ocean coastlines.

Centre for Cold Ocean Resources Engineering (C-CORE)

Through its Oil Spill Response Science (OSRS) program, the federal government provided $991,500 to C-CORE, a St. John’s-based research and development company, to increase the efficiency of existing mechanical oil recovery systems for heavy oil products in harsh, cold environments.  The government of Newfoundland and Labrador will also provide $428,500 to the project.

“This project leverages C-CORE’s expertise in analytical modelling, computer simulation and large-scale physical tests to assess and optimize technology performance in harsh environments,” Mark MacLeod, C-CORE president and chief executive officer, said in a statement.

Lab-scale test apparatus for oil recovery

The main intermediate outcome of this project consists of an improved oil spill collection and separation system that can be integrated in an efficient response technique including a specially designed vessel.  The system will be based on the established concepts and proven technologies for recovery of heavy oil spills from sea water in cold and ice prone ocean environments.

The long-term outcome of the project will include specialized vessels with the required detection, storage, and spill removal systems, tested and proven in the real life conditions.

Project partners with C-CORE include Elastec, Eastern Canada Response Corporation Ltd. (ECRC), and InnovatechNL.

University of Toronto

A further $400,000 will go to a University of Toronto project that will develop a sorbent-based direct oil collector (called In-Situ Foam Filtration System or ISFFS) for use in oil spills.  This system will be capable of directly reclaiming the dissolved, emulsified, dispersed, and free oil from marine spill sites.  To meet this objective, the development of advanced functional foams (sorbents), implementing a bench-top system, and design and optimization of in-situ filtration process as a proof-of-concept will be undertaken.

The ISFF will directly collect the oil from the spill site by pumping through oil sorbent bed, which serves as the filtration media.  For this type of foam, there is no need for high oil-sorption capacity thus, functionalizing the foam with toxic and expensive elements can be avoided along with minimizing material costs.  Moreover, the in-situ filtration will make the oil sorption process continuous, simplifies oil collection, making oil spill response quicker and more cost effective.

Project partners include Tetra Tech, Polaris Applied Sciences Inc., Dr. Foam Canada, Gracious Living Innovations Inc., and ShawCor Ltd.

University of Alberta’s Advanced Water Research Lab

The OSRS program will be contributing $600,000 towards a $1.65 million project be undertaken at the University of Alberta.  The project involves the development of an on-board membrane based hybrid oil/water separation system.  If successfully developed, the system will significantly increase the capacity of recovery vessels that physically collect oil spilled at sea, thereby reducing the cost and spill response time for cleanup.  The technology can be directly and easily incorporated into existing rapid deployment spill clean-up systems mounted on ships or barges.  It would be ready to commercialize for manufacturers of existing oil spill clean-up tankers, making the research easy to implement for large or small-scale spills and for potential use in future high-risk areas of development.

BC Research Inc.

Finally, the federal OSRS program committed $925,000 to BC Research Inc., a company with a broad experience in chemical product development, to further develop a hybrid spill-treating agent (STA) that will help slow or prevent the spread of an oil slick on water.

If the R&D project is successful, a hybrid STA will be commercially available that can be used to combat marine oil spills at large scale.  The hybrid STA would have both gelling and herding properties, to prevent or slow down the spreading of an oil slick by rendering it into a thickened (gelled) state, as well as to use it as a herding agent, to facilitate either controlled burn or skimming operations.

Current oil recovery rates for spills on water are estimated to be in the range of 10-20%.  With current STAs, there are few options to prevent or slow down weathering processes, including spreading and dispersion. Delaying the spreading and weathering process would potentially facilitate cleanup and improve the degree/rate of oil removed.

Project partners include NORAM Engineers and Constructors and the University of British Columbia.

Volunteers cleaning Ambleside Beach in West Vancouver, 1973. (Source: John Denniston)

Brownfield Redevelopment in Western New York

As reported in the Buffalo Law Journal/Buffalo Business First, Gov. Andrew Cuomo designated four Brownfield Opportunity Areas in Buffalo last month, providing another tool for area stakeholders to have the areas developed.

He designated areas in South Buffalo, the Buffalo Harbor, the Buffalo river corridor and the Tonawanda Street corridor.

“These designations will equip Buffalo officials with tools and resources needed to carry out their vision of community revitalization and help turn these blighted properties back into economic engines,” he said. “This is one more reason why Buffalo remains a city on the move.”

Before the designation, the city had to submit plans for the areas, said Michael Hecker, senior associate at Hodgson Russ. “The goal is to find these areas and figure out a way for the state to work with them to help them with long-term planning on how to redevelop the sites.”

It’s a three-step grant process to determine how to revitalize a brownfield area, Hecker said.

“The first step is a pre-nomination study,” he said. “The second is step is nomination and the third is implementation strategy.”

South Buffalo Brownfield Opportunity Area (Credit: Buffalo Urban Development Corporation)

In the pre-nomination phase, a municipality and associated groups look at an area that may have an issue and explore ways to revitalize the area. In the nomination process, funding sources are considered, as well as market trends. And in the third step, implementation of the plan is identified and there’s a thorough accounting of funding sources.

“It’s a wholesome package that the state has developed as a basis to spur economic development,” Hecker said.

The three steps are completed through the New York State Department of State. Once the governor designates a brownfield opportunity area, various programs can lead to more state benefits.

“If you do your redevelopment project through a BOA, there are additional tax credits available,” Hecker said.

“It’s basically the governor recognizing that these areas have spent the time and focus on an economic redevelopment strategy and they should qualify for additional credits to spur redevelopment in these areas.”

He said the designations fit in with the city’s Green Code under Mayor Byron Brown.

“(BOAs) are a central component of our city’s Green Code initiative and my administration’s place-based economic development strategy,” Brown said in a statement.

“The State’s approval of the BOAs, created by the city of Buffalo with significant public input, places Buffalo at the forefront of brownfield redevelopment nationally and will further enhance Buffalo’s ability to compete for investment, bringing new life to even more neighborhoods by making use of underutilized properties that create jobs for city residents.”

Some of the areas will need to go through remediation in order to be redeveloped, according to Hecker. For instance, the South Buffalo Brownfield Opportunity Area, which consists of approximately 1,968 acres in an area that was once heavily industrialized by the steel industry, has sites that will require remediation.

Plans for that site include a nine-hole golf course, indoor and outdoor recreation and expansion of the Tifft Nature Preserve.

The Buffalo River Corridor Brownfield Opportunity Area also has long-standing contamination issues. It’s made up of 1,050 acres in the Old First Ward, containing 58 possible brownfield sites.

“One of the main areas of that project is restoration and enhancement of the environmental quality of the river and enhancing waterfront access,” Hecker said.

“Buffalo is lucky in the fact that it has an unbelievable natural resource with water access. Over the last 10 to 15 years, you’ve definitely seen an enhanced focus on trying to leverage that natural resource to be an economic driver. I think the city, to its credit, has done a very good job of doing that. This is just another option for them to utilize that program to benefit it.”

The Buffalo Harbor Brownfield Opportunity Area is 1,045 acres, with six brownfield sites. The area includes waterfront space at both the Inner and Outer harbors.

Assemblyman Sean Ryan said BOA designation will help with future waterfront development.

“Investing in environmental remediation prepares our communities for revitalization and renewed economic activity,” Ryan said. “Contaminated sites along our waterfront have made progress difficult over the years.”

The Tonawanda Street Corridor Brownfield Opportunity Area is 650 acres containing 46 potential brownfield sites. Plans include reconstruction of the Scajaquada Expressway and restoration of Scajaquada Creek.

Hecker said the designated areas represent places where longtime residents can see the potential benefit to redevelopment.

“One of the interesting things to me about these projects is that they really are fully integrated community projects,” he said.

Brownfield funding is available at the federal level through the Environmental Protection Agency, as well, Hecker said.

While the Trump administration has pared back the EPA, Administrator Scott Pruitt has said that brownfields would remain a priority to the agency.

“There hasn’t been any change in that area,” Hecker said.

Pruitt is focused on shifting the responsibility for contaminated sites to states, Hecker said.

“(Pruitt) wants states to work together with the federal government in a limited capacity to manage these things on their own,” he said.

“From a standpoint of economic development, especially with President Trump’s focus on infrastructure, I don’t think this is going to be a major issue unless there are further cuts in the budget. That remains to be seen.”

Canadian Government to spend $80 million to Study Oil Spills

Building on the announcements of $3 million in funding for R&D on oil spill response technology, the federal government recently announced it is spending $80-million on oil spill research on preventing spills as well as their effect on the marine environment.

There will be $45.5-million set up for a research program that will foster collaboration among researchers in Canada and around the world, with $10-million a year to bring scientists together to study how oil spills behave, how to clean and contain them and how to minimize environmental damage. 

The Centre for Offshore Oil, Gas and Energy Research in Halifax will also get some of the $16.8-million in funding for new scientists and specialized equipment.  It will support oil spill research to better understand how oil degrades in different conditions.

Another $17.7-million will be used to fund research and development of enhanced ocean computer models of winds, waves and currents to allow responders to better track spills.

The funds are part of the $1.5-billion Oceans Protection Plan, which is aimed at developing a marine safety system.

 

U.S. EPA Targets Superfund Sites for Immediate Clean-up

The United States Environmental Protection Agency (U.S. EPA) recently released a list of Superfund Sites targeted for immediate, intense action, as of December 8th 2017. The list is a response to July’s Superfund Task Force Recommendations. The U.S. EPA considers the sites listed to benefit from Administrator Scott Pruitt’s direct engagement, requiring timely resolve of specific issues to streamline cleanup and redevelopment and protect human health and the environment.

3D Image of NAPL contamination at the B.F. GOODRICH facility in Calvert City, KY

The list, spanning all ten EPA regions across the United States, with accompanying plans, issues, and categorizations associated with each site, can be found here.

As reported in the Washington Post, the push is part of Administrator Scott Pruitt’s promise to prioritize the decades-old cleanup program, even as the Trump administration shrinks the size and reach of the EPA. The 21 sites highlighted by the agency span the country, from a former tannery site in New Hampshire to a contaminated landfill from the World War II-era Manhattan Project in St. Louis to an abandoned copper mine in Nevada.

“By elevating these sites, we are sending a message that EPA is, in fact, restoring its Superfund program to its rightful place at the center of the agency’s mission,” Pruitt said in a statement. “Getting toxic land sites cleaned up and revitalized is of the utmost importance to the communities across the country that are affected by these sites.”

The U.S. EPA said that it developed the list using sites “where opportunities exist to act quickly and comprehensively.” Notably, the agency also acknowledged that “there is no commitment of additional funding associated with a site’s inclusion on the list.”

RFPs for Spill Response Equipment by Canadian Coast Guard

The Canadian Coast Guard is soliciting bids for new spill response equipment for use on its marine vessels.  The equipment will be used to contain and remove oil and other contaminants from the water in the case of a spill.

The RFPs can be found at the following web sites:

All interested suppliers may submit a bid which is open to companies from Canada, the United States, and other countries that are part of various trade agreements with Canada.

The competitive procurement strategy will be based on lowest bid meeting the technical specifications.

This will be the first equipment acquired under the Environmental Response Equipment Modernization initiative of the Oceans Protection Plan.  The equipment will include curtain booms, high-speed sweep systems, and small, portable multi-cassette skimmers.

The Environmental Response Equipment Modernization initiative will bring the Coast Guard in line with and beyond current standards regarding environmental spill response and take advantage of innovations and advancements in technology.