Layout Image

State of Canada’s forests explained in one easy to understand graphic

John Mullinder, Executive DirectorThe latest report on the state of Canada’s forests by the federal government department that’s charged with monitoring it (Natural Resources Canada) has a graphic that succinctly explains much of what PPEC has been writing about during the course of the year.

The Deforestation Myth:  Most of the deforestation occurring in the world is happening in tropical forests, not in Canada or even North America. The percentage of land lost to deforestation in Canada in the latest data year amounts to less than 0.02% of the country’s 348 million hectares of forest1)PPEC is seeking an explanation from Natural Resources Canada for a slight discrepancy between its graphic for deforestation (at 0.05%) and its text (“less than 0.02%” on page 13 of the report). PPEC’s calculations, based on the data on page 44, would place net deforestation at 0.013%, or as the text says, “less than 0.02 per cent.”. And contrary to popular opinion, the major cause of that net deforestation in Canada is not the forestry industry but rather forest lost to agriculture and oil and gas exploration. Canada’s net deforestation is represented by the smallest circle in the graphic. You have to squint to see it.

The State of Canada's Forests

The “Running out of Trees” mantra: The Canadian lumber and forest industry harvested less than 0.6 million hectares in 2012 (which is actually down by 12% on the previous year). That 0.6 million hectares represents less than 0.2% of Canada’s forest lands (as depicted in the second smallest circle). By law, that harvest must be regenerated, either naturally or by direct seeding and planting. Over a thousand new forest seedlings on average are planted somewhere in Canada every minute.

Natural disturbances have a far greater impact on Canada’s forests than human disturbances: Some 4.2 million hectares of forest was lost to forest fires (the red circle) in the latest data year, more than seven times the size of the commercial harvest. Even larger was the loss of forests to insects (mainly the mountain pine beetle), more than 14 times the area harvested (the green circle).

Canada leads the world in independent, third-party certification of sustainably managed forests:  Over 40% of the world’s certified forests are right here in Canada where they are certified to one or more of the internationally recognised certification programs: Forest Stewardship Council (FSC), Sustainable Forestry Initiative (SFI) or Programme for the Endorsement of Forestry Certification (PEFC) which partners with the Canadian Standards Association (CSA).  This is the blue circle. More impressive perhaps is the fact that the area independently certified as sustainably managed forest is an incredible 255 times larger than the total area actually harvested. Now there’s a model for the oil and gas industry to follow!

 

If you want to get the facts on the state of Canada’s forests, in a very readable and concise format (43 illustrated pages before you hit the back-up data and sources), checking out this Natural Resources Canada report would be a great start.

References   [ + ]

1. PPEC is seeking an explanation from Natural Resources Canada for a slight discrepancy between its graphic for deforestation (at 0.05%) and its text (“less than 0.02%” on page 13 of the report). PPEC’s calculations, based on the data on page 44, would place net deforestation at 0.013%, or as the text says, “less than 0.02 per cent.”

This is not a puff piece but …

John Mullinder, Executive Director

 

We hosted an excellent morning seminar recently that covered a lot of ground regarding paper packaging and the environment. At least that’s the feedback we’re getting, so we’ll take it! For a flavour of the event, check out this short video summary.

First up was a presentation on the challenges and opportunities the industry faces. These included how to counter misleading environmental claims; the fact that it’s far cheaper to landfill stuff rather than to recycle it; and the urgent need to make the current Blue Box funding formula fairer to all materials.

The second presentation, by Dan Lantz of Cascades Recovery, covered changes in the composition of materials ending up in the home and how both collection and sorting has evolved over time. He outlined several specific cases where producers could design packaging for the environment better, and finished off with a brief update on North America’s first 100% industry-funded and controlled printed paper and packaging Blue Box program in British Columbia. Some good lessons to be learned!

The third and fourth speakers dovetailed nicely on the subject of corrugated boxes and reusable plastic crates (RPCs), which are competing for market share in the fresh produce sector. The traditional corrugated box system is a single-use operation where the box is used once then recycled for further use. The RPC, on the other hand, is used multiple times with a washing stage in between.

Warriner: found crates unsanitary, doubts being sanitised.

Warriner: found crates unsanitary, doubts being sanitised.

 

Dr. Keith Warriner, a food scientist at the University of Guelph, gave a detailed background on RPC use in the meat and dairy sectors and the guidelines and recommendations that had been developed for their use with fresh produce. He said that plastic crate operators needed to be far more open about the details of their washing and sanitisation procedures. What he had found in two years of testing, replicated in more recent US studies, was that a high proportion of the crates were unsanitary. In fact, he doubted that all RPCs were going through the required washing and sanitisation stage.

 

 

The Fibre Box Association’s Dennis Colley then presented the case for the corrugated box: its role in protecting and delivering produce, its retail appeal and food safety aspects. He compared corrugated and RPCs on a Sustainability Scorecard, concluding that the best way to combat misinformation was to let the facts speak for you.

 

P.S. Electronic copies of the slide presentations are available to members through PPEC.  For a video of Dr. Warriner’s presentation, click here. PPEC member companies can get the complete video package by logging in to the Members-Only page at www.ppec-paper.com.

Ontario’s new environment minister getting his ducks in a row

John Mullinder, Executive DirectorThe Ontario Ministry of Environment and Climate Change (MOECC) is quietly preparing the groundwork for some long-delayed action on printed paper and packaging in the industrial, commercial and institutional (IC & I) sector.  Specifically, it wants a report by mid-March on the cost impacts and economic and greenhouse gas reduction benefits of diverting an additional 1,000 tonnes.[1]

Printed paper and packaging are good targets to start with because neither of them should be ending up in landfill, whether in Ontario or across the border in Michigan or New York State. Printing and writing paper and old corrugated boxes (OCC) are perfectly recyclable, and have enjoyed solid end-markets for decades. We want them back!

The ministry appears to be toying with two different approaches to achieve this: what it calls a producer responsibility framework and a generator responsibility framework. We are familiar with the producer responsibility framework enunciated in the ministry’s recent Waste Reduction Strategy document,[2] but frankly, without pre-judging what the ministry finds in its current study, we would prefer the generator model.

One of the problems with IC & I waste generally, is the lack of good data. Producers are often one step removed from what happens with waste, which can lead to the creation of an unnecessary bureaucracy to handle it. Generators, on the other hand, are right there on the spot, making the decision whether to recycle or dump. They are also repositories of much sought after data (or could be). We know, for example, that old corrugated boxes sent for recycling from the back of a supermarket directly to a paper recycling mill or to its processor agent, are not included in the current Statistics Canada surveys of waste. Statistics Canada only counts tonnages sent through waste haulers.[3]  Adopting a generator responsibility model (with appropriate exemptions for small operators) would not only provide data we currently don’t have in Ontario, it would also appear to be the more cost-efficient option.

Ban Old Boxes from Landfill

But it’s not the only option. PPEC lobbied the previous minister of environment to ban old corrugated boxes from landfill back in June 2012.[4]  We estimated then that banning just OCC from landfill in both Ontario and Quebec would reduce greenhouse gas emissions by as much as 85,000 tonnes, or the equivalent of taking 15,000 vehicles off the road. A provincial ban on OCC would also extend the life of existing Ontario landfills by two and a half years, delaying costly measures to find new, always hard to site landfills as the current ones rapidly fill. We estimated that Ontario and Quebec municipalities would also benefit, achieving operational cost savings of between $12 million and $18 million.

There is a good case to be made for both the generator model and landfill bans. We will be making both, in the months ahead.

 


[1] Ontario MOECC Request for Proposals: A Study on the Cost Impacts and Economic and Greenhouse Gas Benefits of Waste Diversion of Selected Waste Materials in Ontario.

[2] Waste Reduction Strategy, Ontario MOE, June 2013.

[3] Statistics Canada (WMIS) 2010 disclaimers: “These  data do not include those materials transported by the generator directly to secondary processors, such as pulp and paper mills while bypassing entirely any firm or local government involved in waste management activities” (p.17). “Some non-residential waste is managed on-site by industrial generators. Also, some waste is transported by the generator directly to secondary processors. These practices are not currently accounted for by these surveys despite anecdotal evidence suggesting that they are becoming increasingly common” (p.33). “These data do not include those materials managed by wholesalers of scrap metal, plastics or paper. As with the other data in this report, these data cover only those firms whose primary source of income accrues from waste management activities and those public bodies  that provide waste management services” (p.35).

[4] Paper industry wants old boxes banned from landfill, PPEC press release and backgrounder, June 18, 2012.

Slap on the logos! Virtually 100% of paper packaging is recyclable in Canada

John Mullinder, Executive Director

Canadian box, bag and carton manufacturers can now print the word “Recyclable” and the Recyclable logos on their packaging, safe in the knowledge that the industry has independent, third-party proof to back up the claim.

We’ve claimed recyclability for most paper packaging for years,based on our own knowledge, and an internal study. But now we have data at the municipal, provincial and national levels that tells us exactly what paper packaging can be sent for recycling, and where. [1]

The study by CM Consulting shows exceptionally high national access rates compared to most other materials: 96% for old corrugated boxes and kraft paper (bags); and 94% for old boxboard (cartons). The slightly lower access rate for old boxboard is probably because some Nova Scotia programs encourage residents to compost the used cartons rather than to recycle them.

mobiusloop

PPEC is now actively encouraging its members and their customers to print the word “Recyclable” and the recyclable logos on their packaging. For a summary of the report, click here.

 

 


 

[1] The data that PPEC purchased covers Canadians’ access to the recycling of the major packaging grades: corrugated boxes, boxboard or paper cartons, and kraft paper (including bags). Minor categories such as waxed paper or waxed corrugated, paper cups, fibre coffee sleeves or “other” paper packaging, are not included.

Re-use is not always the better alternative

John Mullinder, Executive DirectorA year ago, a food safety expert at the University of Guelph claimed that using reusable plastic crates (RPCs) to ship food in Canada was “a recipe for disaster”.[1] The claim made headlines even as Dr. Keith Warriner, Director of Food Safety and Quality, freely acknowledged that the data he used to derive his conclusion came from a small sample size. Now, after completing a second, more robust study, he’s sticking to his guns.

In his latest sampling of new and supposedly clean RPCs delivered to growers’ farms in Ontario and Quebec, Warriner found a high proportion of crates to be in poor sanitary condition, even worse than in last year’s study. Of particular concern was the high prevalence of food safety indicators, especially E. coli on 13% of the crates tested. While most strains of E. coli are harmless, some strains can make people sick, causing severe stomach cramps, diarrhea and vomiting. Serious complications of an E. coli 0157:H7 infection can include kidney failure.[2] The key is the risk factor.

RPCOntariowrapped

Ontario crates wrapped in plastic film, suggesting they have been through a washing facility.

RPCBrusselsprouts

Brussels Sprouts label, Product of Mexico, still attached.

Almost half (43%) of the crates arriving at the growers’ farms failed basic sanitary standards; 73% exceeded bacteria loading levels; and 51% and 35% failed tests for enterobacteriacea and coliform respectively. The results also showed a clear geographical split between Ontario and Quebec, suggesting that the RPCs tested in Quebec had probably been given a quick hose down in Quebec and then simply transferred from farm to retailer and then on to another farm, rather than being shipped to the closest RPC wash facility, which is what is meant to happen in a re-use system. About 10% of the crates were visibly dusty or contained dried plant material, and 30% still had the previous label attached.[3]

Plastic crate operator IFCO claims that its washing process “destroys 99.5% of bacteria” and that “RPCs are washed, sanitised and air-dried between every issue, without fail”.[4]  This may be true, but clearly the whole re-use cycle is failing to deliver sanitary crates for further use. Bacteria such as E.coli was present in the latest test round, and Loblaws, as the major promoter of reusable crates for produce in Canada, should be very concerned.

Canadian consumers should be concerned too. What exactly are the microbiological testing standards being applied to the RPCs being used in Canada? What’s a pass and what’s a fail? And how is it, if the RPCs are being decontaminated in a washing plant, that the residual bacteria counts being reported are so high? And who exactly is tracking whether the crates sent to Canada are actually being shipped back to the US for washing, or whether they are just being hosed down locally and taking a short cut to the next farm?

 


 

[1] Loblaw and IFCO need to clean up their act, PPEC blog October 2013

[2] E.coli fact sheet, Public Health Agency of Canada http://www.phac-aspc.gc.ca/fs-sa/fs-fi/ecoli-eng.php

[3] For the press release click here. For the study itself, click Microbiological Standards for Reusable Plastic Containers within Produce Grower Facilities within Ontario and Quebec, Dr. Keith Warriner, Director of Food Safety and Quality, University of Guelph. Both studies were commissioned by the Canadian Corrugated and Containerboard Association (CCCA) which PPEC represents on environmental issues. To protect the growers’ commercial interests, only the author knows the farm locations used in the tests.

[4] IFCO RPCs and Food Safety (5 Things you Need to Know) page 4.

Stewards need to rethink how they pay for the Blue Box

John Mullinder, Executive Director

One of the prime aims of the Ontario government when it passed the  Waste Diversion Act of 2002 was to regulate and secure industry funding for the province’s popular Blue Box program. The deal, a typical political compromise, was for Blue Box financial responsibility to be shared 50/50 between industry stewards and municipalities.

The hoped-for results were for the Blue Box to become more efficient and effective; to achieve a waste diversion target of 60 per cent; and to reduce the amount of printed paper and packaging ending up in Ontario homes. At the time, the Ministry of Environment claimed that the industry funding formula would encourage companies to use less packaging or recyclable materials; that stewards would pay lower fees when products were packaged in materials that were easily recycled; and that there would be “less and less non-recyclable materials used in packaging” in the future.[1]

Ten years later, we are all much wiser. And many of the fundamental parameters of Ontario’s Blue Box system have changed. Out of necessity, we need to adjust.

For starters, we should recognise that the current 50/50 cost-sharing deal is not an Extended Producer Responsibility (EPR) program at all. It is a financial arrangement. True or full EPR means producer (not municipal) control.[2]  And if the Blue Box is to be 100% industry-funded in future (as some municipalities would like) then it should also be 100% industry-controlled. Currently in Ontario, industry stewards make financial payments but have little or no control over which materials are collected, or how they are collected and processed. A new financial and operational plan needs to be developed (by the stewards who are paying for it), with the province first providing an appropriate overarching policy framework or direction.[3]

BlueBox10If the producers are fully responsible, financially and operationally, then they will be in a better position to reduce the net cost of the program, which has ballooned by almost 70% since 2003.[4]  Today, we do have a pretty good idea of how much it costs to collect and process Blue box materials. But there is a growing disconnect between how stewards pay for that (the funding formula) and the changing nature of the Blue Box system and its material composition.

The current weight-based formula is unfair and outdated.[5]  On a weight basis, the material that ends up in Ontario households is actually slightly lower than it was in 2003. But this is because bulky newspapers have taken a hit from competing digital media and because telephone books are pretty much disappearing. On the packaging side, some of the heavier glass and steel beverage containers have lost out to lighter plastics, whose generation, on a weight basis, is up an amazing 22% over the period. [6]

There has been uneven progress on recycling rates as well. Printed paper, corrugated boxes, and glass bottles have the highest diversion rates (between 85% and 96%) while plastic packaging has made little
improvement (some 73% of it still goes to landfill). And this is the more expensive material to recycle.[7]   As well, the advent and adoption by most large urban municipalities of single stream collection, where all materials are thrown together at curbside and sorted out later at a material recycling facility or MRF, has served to downgrade material quality and revenues. The cost for a single stream system is about 30% higher than the traditional two-stream system it replaced, so not only has its introduction contributed to higher net Blue Box recycling costs, it has also meant that some of the resulting commingled materials have been sent offshore rather than being used as a feedstock by Ontario recyclers.

The predominant material in the Blue Box used to be old newspapers (ONP), with the highest quality grade (#8) being left on the conveyor belt at a MRF and other materials charged the costs of being separated from it (called a positive sort). Today it’s different. A decline in newspaper sales, coupled with steady growth in corrugated and boxboard packaging (not to mention PET plastic thermoforms), and the widespread adoption of single stream processing, have made it increasingly difficult for MRFs to reduce contaminants and out-throws to meet the quality requirements of # 8 News. Many MRF operators, in fact, are giving up on producing the more valuable # 8 News grade and taking a price hit. The City of Toronto and Region of Durham, for example, no longer request #8 in their processing contracts.

These new realities of the marketplace and how MRFs handle them are cogent reasons why the current funding formula needs to be reviewed. At the moment, printed paper and packaging costs are treated separately, in different cost silos. There is also cross-subsidisation between materials in the packaging silo to preserve what’s called a “basket of goods” approach.[8]  The problem now, however, is that the nature of that basket has changed significantly, raising the larger question: how, in today’s predominantly single stream Blue Box system, do you properly allocate costs using the old “basket”?

In summary, what we have in Ontario is an increasingly expensive Blue Box system over which stewards have little control; major changes in Blue Box composition (less paper and more, and lighter plastics); and greater overall contamination with resulting lower revenues. We also have a funding formula that allows cross-subsidisation within the individual silos of packaging and printed paper but not between them (even though all Blue Box materials are now mostly collected and processed in virtually the same way: single stream).

yellowballoon

We have a suggestion which takes these various market and process changes into account. How about a funding formula that is material-neutral, that does not pit one material against another, and which allocates costs fairly, reflecting the actual effort to recycle it? A unit-based formula. The time and effort taken to process materials as they speed down the conveyor belt in a MRF is relatively easy to monitor. Stewards are already measuring their product sales by the unit, or thousands of units. And Canada’s many deposit programs operate this way as well, basing their fees not on the weight of their packaging, but on their unit cost. Why not allocate all Blue Box recycling costs on a per unit basis? You don’t have to convert sales to weight and then come up with something as incredibly complicated and outdated as the funding formula we have now. A unit basis is simple and effective.

We would urge the Canadian Stewardship Services Alliance (which controls Blue Box program plans in British Columbia, Saskatchewan, Manitoba and Ontario) and Éco-Entreprises Québec (which funds a similar program in Québec) to seriously consider this alternative. It’s time for a change.

 

 

 


[1] Ontario MOE, Ontario’s 60% Waste Diversion Goal-A Discussion Paper, June 10, 2004, page 28. PPEC has consistently challenged several of these claims made for the funding formula. How it is intended to work and how it actually works are two different things. For example, PPEC pointed out that zero recovery in many cases was far less expensive for stewards that 60% recovery because the fee structure was so closely tied to the net cost of managing individual materials. Generally speaking, the more material managed, the higher the cost, and therefore the higher the fee.

[2] “EPR programs will require producers to take financial and/or physical responsibility for their packaging at the end of the packaging’s life cycle, shifting responsibility away from municipalities.” A Canada-Wide Strategy for Sustainable Packaging, Canadian Council of Ministers of the Environment, October 2009, page 1.

[3] The Elephant in the Room, PPEC blog, December 19, 2013.

[4] The Blue Box net system cost in 2003 was $117.5 million. In the latest data year (2012) it had reached $198.0 million (Comparison of Stewardship Ontario, Table 2: Gross and Net Costs for 2003 and 2012).

[5] Waste Diversion Ontario warned the minister in April 2004: “Given that fees paid by stewards are tied in large measure to the cost of managing each type of material recovered, there is a potential for a growing inequity in the fee rates (italics added) paid by stewards of materials with the lowest recycling rates who could not be making a fair contribution to total system costs” and that “Under the current weighting factors in the formula, those materials with the highest recycling rates … will attract the highest costs.” (WDO response to the minister, 60% Diversion of Blue Box Waste, Material Specific Targets, Municipal Benchmarks, April 30, 2004, Sections 5.2.2 and Section 5.1.2). See also footnote 1 above.

[6] Stewardship Ontario Blue Box data for 2003 and 2012 (Tables 1 and 2).

[7] Stewardship Ontario Blue Box data (2012).

[8] The “basket of goods” approach was adopted by Stewardship Ontario to both preserve the right of stewards to choose the packaging material they wanted, and to reflect the fact that many stewards used more than one packaging material to get their goods to market. The current funding formula does attempt (unsuccessfully in our view) to address the issue that some materials are less costly to recycle than others.

Is this a turning point for the world’s forests?

John Mullinder, Executive Director

Actions always speak louder than words but a document coming out of the UN climate summit last week has the potential to halve the world’s natural forest loss within six years, and to end it within sixteen.

The New York Declaration on Forests is a non-legally binding political agreement that has been endorsed by 32 national governments, including Canada[1] ; 40 major corporate FORESTS-New-York-Declaration-on-Forestsenterprises (including General Mills, Johnson & Johnson, Kellogg’s, McDonalds, Nestle, Procter & Gamble, Sobeys, Unilever and Walmart); 16 indigenous peoples’ organisations; and some 49 environmental groups (including the Environmental Defense Fund, Forest Ethics, Natural Resources Defense Council, Rainforest Alliance, Sierra Club and WWF). Enough fire power one would think to make sure something happens.

About 13 million hectares of forests (mostly in tropical countries) continues to be lost every year, mainly because of the clearing of land for commodities such as soy, palm oil, beef and paper. Infrastructure, urban expansion, energy, mining and fuel wood collection also contribute in varying degrees. What the endorsers are promising to do is to work together to eliminate or significantly reduce deforestation and to restore existing degraded landscapes and forest lands. Collectively, the backers claim their efforts could save between 4.5 billion and 8.8 billion tonnes of carbon emissions per year by 2030: the equivalent of taking all the world’s cars off the road. Forests represent one of the largest, and most cost-effective climate solutions available today, claims the document. Take a look at the work already underway or pledged. It’s impressive.

 


 

[1] Canada is regarded as a global leader on many forestry issues. Its net deforestation rate is minimal (0.01%) and it contains almost 40% of the world’s independently third-party certified sustainable forests.
P.S.  Don’t forget PPEC’s half-day seminar Paper Facts and Fiction November 12. More details here.

Boxes, boxboard, paperboard, folding cartons, cardboard: whatever you call it, we have them covered

John Mullinder, Executive Director

We have just launched a new website on the environmental attributes of paper boxes, but boy did we have a time before settling on what exactly to call it. You wouldn’t think there could be so many different names for what basically is a similar type of packaging material, but it’s a fact. There’s boxes, boxboard, paperboard, cartons, and these are just some of the terms used by industrylogopaperbags folk. Throw in the general, more public catch-all phrase of cardboard, and you can see why people get totally confused (What do you mean “cardboard” doesn’t exist?).

We finally settled on paper boxes because that is what they are made from, paper. And the thin lightweight paper box that we are talking about here is quite structurally different from its cousin, the heavier and stronger corrugated box. Huh? What’s a corrugated box?

Anyway, we now have four websites to get you all straightened out. This site (PPEC) provides general environmental information about paper packaging in Canada. If it’s paper bags you are interested in, you can get more specific info at www.paperbagscanada.org. If you want to know what corrugated means, go to www.corrugatedboxescanada.org. And if you need specific information on Canadian paper boxes or cartons or boxboard or paperboard (!) then this is where you should click (http://www.paperboxescanada.org). For those of you who are cardboard-inclined, you have a choice: the corrugated box site or the paper boxes Canada site!

The aim is to provide customers and consumers with easy access to the most accurate, concise and current environmental information possible. Each site outlines the common uses of the packaging type; what it’s made from; how it’s made; where it’s made; plus information on the industry’s use of renewable resources, recycled content, recyclability, compostability, and public policy issues. There’s even a quiz. We’d appreciate your feedback and any suggestions for improvement.

Plastics’ burning ambition and paper’s feedstock supply

John Mullinder, Executive DirectorThe plastic industry has made no secret of the fact that it would like to burn over a million tonnes of currently “non-recycled” plastics in Ontario alone[1] . In strategic terms this would remove a major solid waste problem (some 73% of residential plastic packaging in Ontario, for example, ends up in landfill)[2] , while at the same time provide a feedstock for the energy-from-waste (EFW) plants the plastics industry would like to see built. Better to burn the stuff and get some energy from it, rather than just send it to the dump, the argument goes.

It would be hypocritical of the paper industry to be opposed to energy-from-waste as a technology. After all, kraft paper mills convert parts of the tree that can’t be used to make paper into energy to power their operations; and several mills also use the residuals of municipal solid waste as an energy source. We will leave it to others to comment on the air pollution aspects of EFW plants, and on how much, if any, taxpayers’ money should be used to subsidise them.

Image for plastic blog

Most boxes and cartons manufactured in Canada are 100% recycled content.

Our major concern in this debate is what can be called the paper feedstock issue. The Canadian paper packaging industry is highly dependent on paper recovered from the back of factories and supermarkets and from households. Most boxes and cartons manufactured in Canada are 100% recycled content. Our mills are generally located in urban areas to capitalise on nearby supplies of recyclable feedstock. Paper materials represent almost 70% of the dry recyclables generated by Ontario households, and almost 80% of all that is recovered for recycling through the province’s Blue Box system[3] .

If anything happens to jeopardise this supply of recovered paper, we have a concern. If local supplies go down, we have to find recovered paper elsewhere, at higher prices, and with a possible cumulative effect of rendering paper products less competitive in the marketplace, in some cases, with certain plastic products that are recycled less easily.

Which brings us to the question of narrowing down exactly what materials, and how much of it, is needed to justify the economics of an EFW plant. Is the tonnage of currently “non-recycled” plastic materials enough? Will it have to be supplemented by paper materials? If so, which ones, and how many tonnes? What will be the impact on the paper industry’s fibre supply, and on the economics of the Blue Box? Do the materials used in an EFW plant count as “recycling” or “diversion”? What would be the impact on the Blue Box funding model if suddenly 82% of residential plastic packaging is deemed to be “recycled” through EFW or “diverted” rather than landfilled?[4]  Lots of questions. Not many answers.

 

 


 

[1] Residential and IC & I Disposal of Plastics, Tables 2 and 3, pages 11-12, Energy and Economic Values of Non-Recycled Plastics (NRP) Currently Landfilled in Canada, M.E. Haight and N. Antadze, University of Waterloo, December 2012, commissioned by the Canadian Plastics Industry Association, CPIA press release of Jan. 18, 2013.

[2] Stewardship Ontario, Table 1: Generation and Recovery (2012 data).

[3] Ibid.

[4] Household generation of plastic film, laminants, polystyrene and other plastics together with PET and HDPE bottles currently landfilled, Stewardship Ontario, ibid.

 

Some signs of progress

John Mullinder, Executive Director

The US-based environmental group, Upstream, has quietly changed the numbers in its Waste of Forests campaign, correcting the error that inflated its packaging waste claim by about 30 per cent (Upstream misses the boat). We remain hopeful that the group will also change its misleading view of how recycled and virgin material are used in packaging production (Upstream misses the boat – part 2).

While we are waiting for that, there’s another claim that caught our eye: that “Paper production is currently the single largest threat to our forests.”  We asked Upstream for the missing footnote (3) that accompanies this claim some time ago, but it hasn’t provided it. Maybe we are misreading this, but we would have thought that the “single largest threat” to any forest (US or Canadian) would be the actual removal of that forest itself for another purpose (deforestation for agriculture, oil and gas projects, or urban development) rather than the process of tree harvesting (where the harvested area is naturally regenerated or replanted with new seedlings). But that’s just us. Isn’t re-forest better than no forest?

 

 

P.S. Harvested forests are regenerated by both the US and Canadian forest industries, in Canada by a combination of natural regeneration and the planting of over a thousand new seedlings per minute (More than a thousand new tree seedlings are planted every minute in Canada). The major causes of net deforestation in Canada (the removal of forest for another purpose) are agriculture (41%), oil and gas projects (24%), and urban development 10% (PPEC blog February 14).