February 28,
2002
Ms.
Janet Beauvais
Director
Existing Substances Branch
Environmental Protection Service
Department of the Environment
Ottawa, Ontario K1A 0H3
Attn: Canada Gazette, Part 1, December 1, 2001
The
Salt Institute of Canada opposes listing of chloride salts as toxic under CEPA
and supports implementation of programs to improve salt management practices without use of a misleading toxic label.
We offer these
comments on behalf of our members who represent all major producers and sellers of the
sodium chloride used to maintain Canadas roads in safe winter driving condition. We do not represent the other three inorganic
chloride salts included in Environment Canadas definition of road salts.
Nearly seven
years ago, Environment Canada began its process leading to the recommendation of December
1, 2001. At that time, we provided
Environment Canada with hundreds of relevant studies of the environmental impacts of
sodium chloride, one of the four chloride salts included in the assessment. We also cautioned that since the environmental
impacts of sodium chloride, at least, had been studied extensively for at least thirty
years, it would be unlikely that Environment Canadas assessment would discover any
new impacts not already well understood and documented only a few years earlier in the
Transportation Research Boards Special Report 235. That has proved to be the case.
Now, after an
extensive, if relatively insular, review of the evidence, the final assessment report has
been submitted. It found only one alleged
impact not earlier identified in the TRB Report a purported salt
intoxication of a bird species, although it offered no evidence of either a causal
relationship between ingested salt and the birds behaviours or any threat to the
population stability of that species. Both
reports, therefore, shared the same evidentiary base.
Environment Canada, however, is recommending that road salts should be
labeled toxic substances while the 1992 TRB report concluded that, even
considering significant environmental impacts, the benefits and lack of feasible options
means society should continue to use sodium chloride as its preferred winter maintenance
material for the indefinite future.
How could these
two reports reach such inconsistent outcomes? The
basic reason is the scope of the inquiry. The
Environment Canada assessment report reviews only one aspect of the several impacts of
road salts environmental, meaning non-human impacts. The TRB report considers human impacts as well.
These human impacts were outside the scope of Environment Canadas assessment. The human impacts are now timely and relevant as
the government considers whether to declare road salts as toxic
substances. Experts have studied these human
impacts even though Environment Canada has not. Thus,
the government must now evaluate three major documented impacts of road salts:
1) their effect on flora and fauna, 2) their effect on the economy and 3) their impact on
the lives and personal security of every Canadian citizen.
A
toxic listing is unwarranted. There
is a vastly superior policy option available to resolve this issue and protect the
environment, assure future vitality of our economy and safeguard users of our wintertime
highways and those whose lives depend on effective winter maintenance. We recommend that the government indefinitely
defer the determination of a toxic listing and provide leadership in assuring
that the provinces and cities that use road salts (i.e., every Canadian
province and municipality) employ state-of-the-art salt management practices. All evidence suggests that even the adverse
local, episodic and reversible impacts identified adjacent to heavily-travelled Canadian
highways can be reduced below any toxic levels using proper snowfighting
equipment and techniques.
The draft
assessment report elicited the largest public response of any CEPA public consultation to
date. Virtually all the comments were
critical. Environment Canada has made some
modifications to the draft report and addressed some of the minor errors. The final report, however, does not reflect the
serious and significant critique of some basic questions.
Common sense
gives us the correct answer to the environmental assessment. Canada has used road salts for 60-plus years to
keep our winter roads safe and passable. Yes,
weve all witnessed browned evergreens and other evidences of salts impact. We also have observed, and had our observations
validated by scores of scientific investigations, that the impacts are not omnipresent,
but local, the impacts are confined near the roadway environment not distributed widely,
no species or even population of any species has been endangered or destroyed. Impacts have, in fact, been largely local and,
once identified, quickly and readily corrected. If
current usage patterns of road salts were, in fact, problematic, we have had many decades
to see that evidence.
Our specific
comments on the draft report registered in the Fall of 2001 still apply. Of these, wed review just these few concerns
we raised:
Just as no
federal, provincial or municipal agency using road salts intends to damage the
environment, so, too, has Environment Canada pledged that it will not allow designation of
road salts as toxic substances to jeopardize the provision of
effective winter roadway maintenance, particularly to avoid an increase in traffic crashes
and personal injuries.
If snowfighting
agencies can inflict unintended consequences, so can Environment Canada!
The Salt
Institute has not argued that Environment Canada intends to ban the use of
road salts. Designating
road salts as toxic substances could have that unintended
consequence, however. If the assessment
report concludes that road salts may inflict environmental harm,
it is surely at least as likely that naming road salts as toxic
substances may result in local actions which result in under-maintained
roadways leading to economic harm to citizens and the economy and physical harm to
motorists, passengers and would-be recipients of emergency assistance whose lifesaving
rescue is thwarted by impassable roads. We
feel strongly the probability is far greater that human harm will result from a
toxic designation than that this designation may prevent
environmental harm. Reasonable people may
differ. No one wants harm for either the
environment or our citizens. We ask: is this risk really warranted? We say: no, there is a better way.
Snowfighting is a life-saving public
service, essential to all Canadians. Provision
of quality winter maintenance is essential to meeting voters and taxpayers
demand for responsive and responsible government. Usually,
snowfighting is the largest single item in a municipalitys budget.
Wasteful public spending diminishes every
citizens quality of life because it diverts resources created in the productive
private sector workers wages and employers earnings to
unnecessary purposes. This may be the least
of the harm to humans, but it is real nevertheless.
Wasted Tax Dollars
Effective snowfighting demands a heavy
investment. For jurisdictions that have not
made regular investments in equipment and training, bringing their operations into
state-of-the-art shape will be a heavy, but cost-effective, investment. Burdening ratepayers with costs of cost ineffective
snowfighting solutions would have a major and adverse effect on local tax rates. Through decades of study, examination and
operating practice, provincial transport ministries and local government public works
departments have determined that for most snowfighting responses, a combination of plowing
and spreading salt is the most cost-effective solution.
Unless the benefits derived by naming road salts as
toxic are very real, Environment Canada will face the accurate charge that it
has imposed higher costs (some have termed it an unfunded mandate) on
provincial and local governments, imposing a direct harm on taxpayers and drivers and
those in their families and businesses.
While some environmentalists,
with tongue barely in cheek, have suggested that the solution is not to drive during
winter months, governments must be practical and provide a solution to winter roadway
safety and mobility. There are alternative,
manmade chemicals to the natural chloride road salts included in Environment
Canadas assessment. Many have been
known for years and new products are introduced into the marketplace every year. All of them cost more, many of them, multi-fold
times more. None has been assessed for
environmental impacts. None of them work as
effectively in achieving safe driving conditions in the severe Canadian winter
environment. All of them would require local
taxpayers to reach deeper and pay more.
Increasing the
cost of snowfighting by requiring new equipment or materials may be justified in certain
environmentally sensitive areas and certainly when it comes to improving salt management. Proper salt management, in fact, is the solution,
not the problem. Labelling use of road
salts as creating toxic outcomes will make delivery of cost-effective
and lifesaving winter maintenance too costly.
If
municipalities are faced with reducing their use of road salts either to meet
regulations that may be promulgated by Environment Canada or, more likely, promoted by
single-minded environmentalists upset at the notion that their
representatives would authorize purposeful release into the environment of a known
toxic substance, then municipalities dismal choice of steep increases in
local taxes or reduced roadway maintenance is a direct consequence of Environment
Canadas decision to list road salts as toxic. Unintended, granted, but affixing the name
toxic to the material risks tax hikes or service cuts.
The first example has already occurred,
albeit south of the border. In Watertown, NY,
in early December, citizens protested location of a salt storage facility citing what they
erroneously portrayed as Environment Canadas listing of road salts as
toxic agents. When the fact that
such a listing was only proposed and not final was pointed out, it
weakened the opposition. Whereas locating
landfills and waste transfer stations has always raised NIMBY (not in my backyard)
challenges, these are rare exceptions in terms of locating salt storage facilities. We
are aware of two environmental groups that are planning pesticide-style municipal
campaigns with the clear intent of promoting outright bans or percentage reductions in
road salt use.
Along with the
NIMBY concerns, agencies also face an escalation of their costs of legal defence against
charges that they are discharging toxic materials and will pay higher
insurance premiums if they are found to be handling toxic materials.
In an expensive
irony, a toxic listing also would raise the likelihood that municipal
governments will record higher legal defence costs if they choose not to continue
with their use of salt; the reduced service levels will immediately raise the risks of
crashes, injuries and deaths. Multi-million
dollar judicial awards have already established this risk is very real. To
our knowledge, the government has yet to conduct a serious examination of this critically
important issue. There are literally dozens of lawsuits every year over the use or lack of
use of road salts. There have been millions of dollars in civil awards by the Courts.
There have been a number of serious senior court examinations (including the Supreme
Court) that are completely relevant to the issues here. The Salt Institute of Canada
submitted and distributed a thoughtful, and troubling, Gowlings legal opinion on this
issue. Nowhere has the government addressed these serious legal and public policy issues.
What
will be the impact of a toxic designation on municipal and provincial insurance rates?
What will be the impact of the toxic designation on court awards and the standard of
liability that will be applied? It seems to
us these are critically important questions that the Government needs to answer before it
can possibly make an informed decision on this issue.
The
Gazette notice trivializes the issue and would have the government guarantee that
the outcome will not be increased accidents and impaired highway mobility. If the unintended consequences that can fairly be
predicted come to pass, the assurance that a toxic listing will not
compromise safety could well become a politically embarrassing empty
promise. We would term false
bravado the promise on Page 4344 of the December 1, 2001, Gazette notice
which reads:
Comments were made that road safety could be affected by declaring road salts as CEPA Toxic and that Environment Canada had not conducted a thorough investigation of the implications regarding liabilities of road agencies. Environmental protection will not compromise safety, considering that several control options (Road Weather Information system, anti-icing and others) lead to reduced use of salt, while actually increasing roadway safety. (emphasis added)
We
agree that using modern snowfighting technologies offers the hope and expectation of
further reducing lives lost and providing a firm guarantee of reliable highway access
during winter months. But this has nothing
to do with a toxic listing. We
expect many of these technologies to be utilized by snowfighting professionals; their use
may even be impeded as agencies are forced by an aroused public to abandon what
professionals recognize as the best solutions, such as RWIS and anti-icing.
Many
small road owners cannot afford or find the means to justify these investments, but, then
again, these agencies are not usually responsible for the multi-lane freeway systems which
use the greater amounts of salt to assure the high level of service such roads require.
Most of the large road owners have already invested. So the real issue completely
ignored in the Gazette notice is: how
will a toxic designation change road owner behaviour?
Nowhere does the Gazette notice consider the implications of this
behavioural shift for municipal liability and insurance.
Nor is it clear that alternatives will impose lower environmental costs. As agencies rush to consider
alternatives, what are the projected health impacts of sand on air quality and
its impact on the incidence and severity of respiratory illnesses? (Were thinking of
humans, but perhaps even animals might suffer lung impairment). What about the bio-oxygen
demand imposed by some of the alternatives? What
about the increased collisions with animals caused by diminished roadway surface friction?
(Again, we put aside the increased number of motorists and pedestrians endangered by
vehicles with impaired traction).
The
liability concern is not that Environment Canada intends to impose additional costs by
expanding the liability of handling road salts, but the uncertainties in how
the courts will interpret liability in the event these substances are declared
toxic. Completely unpredictable
is how road owners will attempt to minimize these liabilities, what changed behaviours a
listing will produce.
Lower service
levels are unacceptable today. Balanced
against the known high costs of reducing highway salt use or switching to an alternative
chemical are the unseen risks of economic loss. These
are well-studied and accepted, but no governmental jurisdiction knowingly courts
such economic disaster because of the certain electoral consequences.
Best known
among the costs to the economy at large, are the threat to the jobs and livelihoods of
Canadian workers. Note, not just the actual
wages lost and lost productivity, but the very real threat that in a globally-competitive
economy, some other country is likely to attract the investment dollars for plant
expansion and new jobs if Canadian employers cannot be assured that the highway
infrastructure will protect their international competitiveness. Name a business or industry that is not dependent
on reliable, year-round highway access. Workers
have to get to work. Raw materials must reach
a manufacturing plant. Finished products must
be shipped on time. Shoppers prevented from
reaching retail outlets dont spend as much. Economists
have studied the effects. They are real. And massive.
And unacceptable.
Service levels must be maintained. A 1998 study by the economic consulting firm Standard and Poors DRI examined the impact of a major snowstorm that would immobilize Ontario, Quebec and a dozen U.S. states. This was a sophisticated study dealing with workers wages, retail sales and federal and provincial tax revenues.
Workers wages lost. In the event of a temporary shut down of the majority of industry, the loss of employee income would be limited to workers paid by the hour, since salaried workers would still collect their annual wage, and the work would be made-up at a later date. S&P/DRI derived statistics on employee compensation from Statistics Canadas Matrix 4374. The data in this matrix represents unadjusted average weekly earnings (including overtime), of employees paid by the hour, for firms of all sizes by industry, for the 1980 Canadian Standard Industrial Classification (SIC). Statistics are derived from a monthly sample survey of firms, institutions and organizations of all sizes and covers all industries except agriculture, fishing, trapping, private households, religious organizations and the military. All statistics used in these calculations were taken from raw (non-seasonally adjusted) data. Statistics Canada information is available at a monthly frequency, and the ratios calculated above were based on data from November through March. This methodology ensured a measure of total wages for hourly employees for the winter months only. In the event of a shutdown, of course, not all essential services will be closed. To account for the operation of essential services under a skeleton staff, S&P/DRI constructed scaling factors, classifying as essential services: local and interurban passenger transit, water transportation, communication, and health services. The study assumed that 25 percent of the staff in these industries would be working. Finally, to make sure these calculations did not overstate the impact, the study recognized that although hourly employees lose income during the days in which the area is shut down, a portion of this income would be regained from overtime. Income not regained will be lost due to a permanent decline in demand and/or production being shifted to outside the region. Income was not assumed to be regained uniformly across the economy, but to vary depending on each industry. Regain factors were constructed for each industry to account for income made-up due to overtime. In addition, it was assumed that a portion of this overtime work was paid at time and a half.
Even with all these adjustments to prevent over-calculation, the study found that for every day of such winter immobility, Ontario workers would lose $110,240,000 in wages and Quebec workers, $116,390,000. That much more in workers paychecks buys a lot of lifes necessities, adds to the quality of Canadian life and has been a major reason why taxpayers support investments in quality snowfighting.
Retail sales lost. S&P/DRI
recognized in its study of the costs of a shutdown that there would be two types of impact
on the retail trade sector. The initial impact would come through the loss of demand on
the days of the shutdown. Whether or not this lost trade is recouped by purchases made
after the state returns to normal operations will depend on the nature of the retail
trade. Retail trade involving the purchase of immediately consumable items, such as
restaurant and confectionery items will probably be lost permanently. Although the
purchase of more durable items will be postponed until after the state has returned to
normal operations, these purchases will be made nonetheless.
S&P/DRI determined that retail trade information available from Statistics Canada is not sufficiently disaggregated to identify the specific business sectors that would experience a permanent loss of business from a province-wide shutdown. Since, the US Department of Commerce used to collect detailed information on state retail trade activity, this unpublished information allowed for estimated sales of retail stores by kind of business for the 12 U.S. states included in the study, providing general purchasing patterns. In calculating lost retail trade data, S&P/DRI used the retail trade by kind of business from 1990 to 1995 for the months November through March to construct shares of retail trade attributable to each kind of business for the snowbelt states. The averages of these shares of retail trade were then applied to current retail trade statistics for the provinces of Ontario and Quebec to provide an estimate of current retail trade by kind of business.
Three retail trade sectors were identified as subject to permanent loss of trade due to provincial shutdown: general merchandise stores, eating and drinking places, and gasoline service stations. Scaling factors for these three retail trade businesses were established to account for the share of lost trade not recouped after the state returned to normal operations. There is no reason to think that these assumptions based on U.S. figures would not provide a rough approximation of the impact in Ontario and Quebec.
S&P/DRI estimated the 1998 losses in retail sales for a single day of weather-induced closures in Ontario at $45,980,000 and, in Quebec, $39,530,000.
Ripple effect. The loss of income to governments from wages forfeited due to the shutdown has a ripple effect in the economy. All of the people who lost income as a result of the shutdown would have spent the majority of that income in the local economy. Lost sales in the local economy will amount to a potential loss of income by most retailers and their employees. The impact ripples further as retailers and employees curtail their purchasing activity. To measure this ripple effect, DRI employed its Macroeconomic Model of the Canadian Economy. The DRI Model incorporates the best insights of many theoretical approaches to the business cycle: Keynesian, neoclassical, monetarist, supply-side, and rational expectations. In addition, the DRI Model embodies the major properties of the long-term growth models presented by James Tobin, Robert Solow, Edmund Phelps, and others. Multipliers were obtained for changes of income on retail trade and income by running an impact analysis through DRIs Model. These multipliers were then applied to the provincial direct impacts to calculate indirect impacts on consumption and general retail trade. Indirect tax effects were calculated using the indirect income measures and the tax revenue coefficients.
Reduced tax revenues. Whatever the virtues of reducing tax rates, it is
calamitous when governments fail to receive anticipated tax receipts, creating painful
revenue shortfalls forcing curtailment of other programs or deficit spending. Yet we all know that reduced economic activity
workers sitting idly at home, snowbound and shoppers unable to navigate their way
to shopping malls results in reduced tax revenues.
Economists can measure and model the tax revenue impacts of various
scenarios. For this study, S&P/DRI calculated
the reduced tax revenues to the federal and provincial governments using the net income
loss and the provincial government revenue coefficients for the fourth and first
quarters.
A single day snow-caused shutdown in
Ontario would cost the federal treasury $24,400,000 and federal revenues from Quebec for a
single day of closures would be reduced by $25,760,000.
The Province of Ontario would forego a further $21,790,000 and Quebec,
$32,050,000.
These are major impacts, but only exemplary of what happens when the economy steps into a sinkhole of non-performance. Other sectors would certainly be affected with the fiscal impacts being additive.
Of course, the salt industry would be
negatively impacted. Its workers are
relatively few in the scheme of the Canadian economy, but they are usually considered
well-paying, secure jobs, often jobs at the largest employer in their communities and thus
offering the potential for massive secondary ripple effects from layoffs at
salt mines. These mines are also major
exporters and contribute a healthy positive balance to Canadas balance of trade. Should this action by the government of Canada
jump the border and precipitate difficulties for highway agencies in the U.S.
to use salt, it would dry up a major Canadian export and the jobs used to create
those exports.
Some businesses and industries are particularly susceptible to damage from snow interruptions. Transportation companies depend on reliable delivery times to earn their livelihoods. Automobile assembly plants, particularly in recent decades in combating imports from outside North America, have relied on just in time delivery schedules, in effect, warehousing on wheels. If a promised delivery misses its delivery window by more than a few hours, an entire assembly plant with its thousands of workers can be forced to shut down. The impacts multiply, industry by industry.
Then there is the invisible risk: the risk of foregone growth of plant expansions foregone, jobs never created, tax base stagnation. Corporations and even main street merchants examine the potential return on their investments. Greater risk or lower reward and an investment might not be made. A factory expansion might be made in Wisconsins Kenosha or Two Rivers rather than Ontarios Kingston or Quebecs Trois Riveres. A new shopping mall might be built in Buffalo, not Burlington. If reliable roadway access isnt a priority concern for government, it will always be a priority concern for those whose investment returns depend directly on the performance of highway infrastructure.
One can dismiss a discussion of dollars as a parochial concern of black-hatted business, but the truth is this is an issue for every Canadian citizen, every Canadian taxpayer and every Canadian voter. It affects not just the workers who are able to earn less or even who are laid-off and their families, but their communities and the future economic security of their children who may be asked to pay the price for todays economic decisions. These are quality-of-life issues with vast potential to harm not only our economy, but also our citizens and our future as a nation.
Risk of export retaliation. The salt and potash industries, in particular, are significant Canadian export industries. Most exports are destined for the U.S. market, a market terribly susceptible to the use of trade instruments against Canadian export industries. With a toxic designation, these industries are highly vulnerable to trade challenges. The reality is that U.S. laws define a toxic designation in accordance with the common and defined use of the term. Americans will impose values on Canadian products in accordance with their correct understanding of the term toxic. Jobs and industries will be threatened for absolutely no reason.
Public safety
risks to drivers, passengers and those relying on essential highway-delivered
services
Safety as well as mobility can be jeopardized by poor highway design and construction or by operating procedures which allow unsafe driving conditions such as construction work zones, incident management or, of particular importance in this context, weather emergencies.
In short, salt is used to keep highways safe and passable. No one doubts this commonsense observation. Research in North America and Europe confirms those savings and document convincingly that, using salt, snowfighting crews can reduce accidents sharply. A study by the Marquette University Department of Civil and Environmental Engineering, Accident Analysis of Ice Control Operations, released in 1992 documented injury accident reduction of 88.3%. The authors calculated that "As a winter maintenance service, de-icing pays for itself within the first 25 minutes after the first hour that salt is spread on two-lane highways . . .. Then, during the first four hours after the hour of application of salt, the direct road user benefits were $6.50 for every $1.00 spent on direct maintenance costs for the operation." As soon as 71 vehicles drove over the highway, the average direct costs were offset by direct benefits. The study found that costs related to accidents, including medical expenses, emergency services, workplace costs, travel delay, property damage, and administration and legal expenses decrease by 88 percent after application of deicing salt. Earlier studies in German and subsequent studies in Scandinavia buttress the findings.
Drivers arent the only humans who are harmed when their vehicle crashes. There are often innocent passengers or drivers and passengers in other vehicles. A driver who loses control on an ice-covered street can strike law-abiding pedestrians. Precious children lose life, limbs and bright futures when a school bus plunges from a slippery roadway. A heart attack victim may expire during an ambulances tardy response to an emergency call due to slick surface conditions. Families can be devastated, its members standing together in the snow watching their home burn beyond habitability because the fire engine couldnt navigate poorly maintained roads. These are the major reasons, we believe, that the Canada Safety Council has been so vocal in demanding assurances that no action by Environment Canada jeopardise the safety of Canadians using their roadways. Heres what the Canada Safety Council says on its webpage, http://www.safety-council.org/info/traffic/winterdr.htm:
Canadian winters
bring snow, ice and cold. But as long as the roads have been cleared and de-iced, most
Canadians feel safe driving on them. This was the finding of a national survey
commissioned by the Canada Safety Council.
·
The Decima poll
asked respondents to what extent they agreed with the statement, "I feel safe driving
in winter as long as the roads are plowed, salted or sanded." Close to half (46 per
cent) gave the top rating of 10 out of 10. The average was 8.4 out of 10.
·
The quality of
winter road maintenance received a good grade. Forty-four per cent of respondents rated
the snow removal and ice control on their most frequently traveled roads 8 out of 10 or
higher. The average rating overall was a respectable 6.9 out of 10.
·
When asked what
contributes to their feeling of safety on winter roads, a majority of drivers (56 per
cent) mentioned factors related to the road (plowed, clear, salted, sanded, no ice).
Quebecers and Atlantic Canadians mentioned road conditions most frequently (both around 63
per cent), British Columbians least frequently (42 per cent).
- Human factors
such as driving skills, other drivers, speed, experience and drunk drivers were mentioned
somewhat less frequently, by 41 per cent of respondents. Human factors rated highest among
those who drive the most (300+ km per week). Regionally, British Columbians mentioned
human factors most often (mentioned by 63 per cent), while the lowest mention was in
Manitoba and Saskatchewan (31 per cent of respondents).
- Vehicle-related
factors, including maintenance, tires and type of vehicle, were mentioned by 32 per cent
of respondents nation-wide. About 39 per cent of Quebecers mentioned these factors,
compared to only 25 per cent of British Columbians.
"Its
obvious Canadians place a very high value on having their roads cleared in winter,"
says Canada Safety Council president Emile Therien. "To the average winter driver,
the number one safety issue is the condition of the roadway."
Authorities
responsible for road maintenance have been sensitive to this, according to Therien. For
instance, the Transportation Association of Canada, whose members include road maintenance
agencies, is working on a salt management guide for winter road maintenance.
Therien points out
that many drivers lack the defensive driving skills to deal with poor road conditions and
unsafe actions by others. Extra caution is needed during winter weather, particularly when
roads are slippery because they have not yet been plowed, salted or sanded. A 1992 study
from Marquette University in Milwaukee found collisions were up to eight times more
frequent before de-icing than after.
The Canada Safety
Council estimates that 85 per cent of all collisions and related injuries relate in some
way to driver behaviour. This includes impaired driving, speeding, running red lights, and
non-use (or improper use) of seat belts or child restraints. However, roadway conditions
are also critical.
Results of the
Decima survey are based on telephone interviews conducted between May 1 and May 12, 1998,
and are considered accurate within 3.1 percentage points 19 times out of 20.
Driver Demographics
· The youngest and oldest age groups drive the least. A significant number said they do not drive at all: 24 per cent of respondents aged 18 to 24 and 35 per cent of those 70 and over.
·
The employed and
self-employed drive the most. Of those employed full time, 59 per cent drive 300 km or
more per week.
Roads Most Traveled
· Canada-wide, 75 per cent of respondents said they drive on city streets frequently. Over half (56 per cent) said they drive frequently on highways.
· Rural roads are least traveled - except in Atlantic Canada, where 65 per cent said they use rural roads frequently.
Please excuse the extensive use of another organizations comments, but they cannot be emphasized too strongly. This public opinion poll was conducted in 1998. Canadians feel just as strongly today that a major governmental priority must be to reduce the human toll of highway crashes. Using road salts makes that goal achievable. As the salt industry is proud to say: Salt Saves Lives!
Reading news accounts after Environment Canadas carefully crafted communications strategy was launched at a November 30 news conference offers an insight into what we might expect if the government proceeds to label road salts as toxic substances. Every effort was made to avoid the negative emotional response that greeted the August 2000 news conference which led to Environment Canada and Health Canada having to mount a counter-offensive to sooth a public concerned with specious claims that road salts cause cancer in humans. This time, not a word was said about toxic or poison by Environment Canada or by salt manufacturers, governmental transportation agencies and other transportation-related businesses. Yet, for all the planning and preparation of media kits and stakeholder information campaigns, the media took the story of a proposed listing and headlined from coast to coast that Environment Canada has declared salt toxic and even a poison.
Most interesting among the responses were the confident assurances of many local public works officials who assured reporters seeking a response to the Gazette proposal that a listing might be a problem somewhere else, but not in their community. Our agency, they intoned, is using proper management practices. Or, Our agency has tested alternatives such as magnesium chloride just in case the government labels road salts as toxic and alternatives must be used. Of course, the alternative would be a listed toxic as well; this will come as a big surprise to many who have quietly assumed Environment Canada would leave them some escape hatch if they scuttle salt. No such luck.
In fact, from the outset of the environmental assessment, Environment Canada has maintained that limiting the scope of the assessment to the four inorganic chloride salts was proper, regardless of the fact that some agent is surely required for effective winter maintenance and none of the alternatives, not sand, gravel, urea, various acetates and organic biomass-derived deicers have had an environmental assessment. Anecdotally, much is known about the threats to air and water from sand and high-BOD liquids, but Environment Canada proposes to shift the market towards these substances, none of which has been labelled toxic (except, arguably, the PM-10 particulates in sand), inviting not only the disruption of massive shifts towards use of these non-toxic alternatives, but the heartbreaking, even embarrassing, retreat that will surely be ordered when these substances are finally assessed as alternatives to road salts. Add that environmental cost to the up-front premium price and heads will roll when this naiveté is revealed.
No amount of
word-smithing and no interminable use of accountability-deflecting mays
and mights can prevent the near-immediate and inevitable consequences of
linking the word toxic to road salts. These are not exotic substance that exists in
double-hulled containers in locked cabinets within secured industrial facilities. These are approved human foods; approved animal
foods; approved fertilizers for crops used to feed the livestock that becomes our dinner
entrée. These arent some chemical with
a technical name that scares people half to death. No,
we grow these crystals in our elementary schools, we touch them daily and we die if
we dont eat them. Small wonder the
public reads the dictionary and finds that toxic means poison and
reacts as if this is an important declaration. It
is. Has Environment Canada discovered
something new about this relatively innocuous, even life-saving, substance that should be
cause for concern? No. Environment Canada essentially confirmed the TRB
report released in 1992 in terms of the environmental fate and consequences of road
salts.
What is a
wonder is not that people are interpreting this proposal as assigning what they thought
was an environmental irritant to the toxic category with benzene, dioxins, and
other like environmental bad boys. No,
the wonder is that Environment Canada ever considered that it could be otherwise. It is no wonder that people consider
toxic to be a skull and crossbones-type designation. It always has been. No simple declaration by the government that
toxic is bureaucratese for subject to federal regulation is likely
to prevail.
If Environment
Canada had been able to succeed in convincing the public that the word toxic,
has another, less objectionable meaning than that in the dictionary, the word
toxic itself would have been so devalued as to lose its present utility in
raising alarm and concern. There is no public
interest, either for environment or public health, in destroying the plain and powerful
meaning of the word toxic.
Who could pump
themselves up to a frenzy about the use of a substance used in great quantities and
studied in minute detail over more than half a century and whose taxonomy is based on a
report that cannot claim to have discovered any significant new evidence (and the one
alleged new impact, on cardoon finches, is brought on the scantiest of
observational data.)?
The public is
not fooled. Toxic means
poison. Elaborate public
communications efforts through FCM and TAC to downplay the word and insist that the
verbiage was unimportant compared to the very, very important priority that should be
accorded upgrading salt management practices, have failed.
Failed utterly. The public is
concerned.
The dictionary definition of toxic is poison The word derives from both Latin and Greek words
for poison. A toxic effect is one
caused by or affected by a toxin. The
Encyclopedia Britannica makes it clear that toxins are any substance poisonous to an
organism. The Government of Canada can, of course,
create and has created its own statutory definition, but an Act of
Parliament does not amend public perception. The
public, including, as weve all seen, newspaper headline writers, equate a
toxic substance with a poison.
For good reason.
Likewise,
toxic is a defined term in the statutes of other countries like the U.S., the
U.K. and the E.U. Other governments reserve
the term toxic for substances that the public might understand really are
toxic, quite unlike the proposed label for road salts in Canada. In the U.S., for example, The term
toxic shall apply to any substance (other than a radioactive substance) which
has the capacity to produce personal injury or illness to man through ingestion,
inhalation or absorption through any body surface.
U.S. EPA established regulatory levels for toxic chemicals based on health-based
concentration thresholds and a dilution/ attenuation factor that was developed using a
subsurface fate and transport model. From
acenaphthene and arsenic to vinyl chloride and xylenes, the list of toxic
substances is an unbroken list of chemicals of which small quantities can cause big
problems. One characteristic of U.S. statutes
is establishment of a threshold quantity capturing the severity of the hazard,
the likelihood of accidental releases and the magnitude of exposure of such accidental
releases. Nowhere is there contemplated a
situation where there will be purposeful releases of toxic materials. Nowhere is there contemplated that releases in
quantities of more than 5-50 kilograms would be exempt from regulatory limits or
requirements to alert local public health authorities and/or firefighters.
Other Canadian
legislation defines toxic consistent with the dictionary definition. The Transportation of Dangerous Goods Act equates
toxic and poisonous. (Class 6).
The Chemical Weapons Convention Implementation Act also defines toxic
chemicals[2]
in conventional terms. These terms are the
same for all international signatories of the Convention.
The public is
confused as well. People were led to believe
that the process to produce the proposed listing was open and transparent. It has been anything but that! The public might have expected that the
significant basic criticisms of the science base for the proposal have been dealt with
thoroughly and honestly; rather, they have been papered over. The public might have thought that the ultimate
resolution of the issue reflected the views of those participating in the public
consultation; instead, the very Environment Canada evaluators writing the report and
deciding on its conclusions were also charged with directing, determining the relevance
and responding to the public and scientific comments.
Unlike the
chemicals residing on the secured shelves of chemical companies and industrial plants,
road salts are used directly by municipal and provincial governments, local
councils, local works departments. They are
making choices on behalf of their local citizens. They
know their citizens value safety. They value
local businesses and seeing workers with paychecks going into the bank on a regular basis. They know how had theyve worked to fine-tune
their snowfighting practices to reduce any environmental insult from road
salts.
The government
needs to ask itself whether a toxic listing will help provincial and local
governments changed with protecting the environment, protecting the lives of their
citizens and those who use their roadways, and protecting their very economic viability or
whether some less drastic measure would be more helpful.
There is little
or no environmental benefit that can be derived by labelling road salts as
toxic. Local public sentiment has
forced salt bans in local communities in the past; they last until the first
snowstorm or until the first election after the first snowstorm. The public has been weighing the costs of winter
maintenance and environmental protection for generations.
Nothing new in this assessment will change that economic calculus. Deicing with sodium chloride provides $60 in
benefits for every dollar invested. Even if
the shaky evidence offered in the assessment report were a fair characterization of actual
Canadian environmental conditions which it definitely is not the best that
anyone, Environment Canada, Transport Canada or anyone else, can do is to continue to
hasten the adoption of new technologies and techniques within a basic snowfighting
strategy keyed to continued use of road salts.
That is what the Transportation Research Board concluded in 1992. That is what Environment Canadas evidence
should have persuaded it to conclude in its final report.
But it didnt. And, so,
the decision becomes one for elected politicians to translate the public good and fix a
policy that reduces environmental risk and reduces the risk that some
precipitous declaration could upset a world-class winter maintenance strategy which Canada
models for other transportation agencies around the world.
The PSL2
road salts assessment has helped to catalyze a commitment by snowfighting
agencies across Canada to do a better job in managing salt. Many have pointed out that the problems
identified in the older-referenced studies cited in the assessment report have, in fact,
been corrected. Certainly, snowfighting
practices are better today than in decades past. In
fact, the decade of the 1990s, arguably, saw more progress than any other in the history
of snowfighting with new equipment and related techniques such as anti-icing which are
expected to continue the long declining trend in the amount of salt used on Canadian
highways relative to the amount of traffic using those highways during the winter months.
This is a very
significant point. Despite the fact that our
road system is growing rapidly, and service levels double every three years, the amount of
salt used to maintain these roadways has been relatively flat and clearly declining
in terms of the amounts of salt used compared to the volume of traffic being handled. Rather than convince the public that provincial
and municipal roadway agencies are an environmental threat, Environment Canada should be
commending their progress and highlighting the positive achievements of those who have
reduced the environmental impact of performing winter maintenance.
At the same
time, we recognize that improvements can and should be made. The salt industry happily accepts the challenge of
assisting in this national effort. Training
operators and supervisors in snowfighting skills, including the proper use of road salts,
should be a priority. Provincial transport
ministries should not only train their own workers, but also take a leadership role in
providing training to municipal workers and to contractors personnel.
The Salt
Institute has provided training, including free Sensible Salting training
materials, for our customer agencies for more than thirty years. We are formal partners with the National
Association of Local Technology Assistance Programs to encourage better snowfighting. In fact, we feel we can assert without fear of
contradiction, that our program for salt management is as environmentally-motivated and
sensitive as that envisioned by Environment Canada.
And, we feel our customers, represented in TAC and the Canadian Public Works
Association and various leagues of municipalities and counties, share our concern to
improve the environmental management of salt.
So, lets
get on with it. And, lets get on with
it without the distraction and unnecessary hazards of making any
decision of the question of the toxicity of road salts. We are confident that when Environment Canada
observes the sincerity and effectiveness of the sensible salting approach to
incorporate the latest and best technologies in our fight for environmentally-sensitive
storage and application of road salts, that it will ultimately realize that
this approach will prevent any possible toxic environmental impacts. Environment Canada wins by keeping the
hammer of future action available, and the public wins by getting safe roads, a healthy
economy and reduced environmental impacts from road salts as new salt
management techniques are adopted.
We encourage
the government to embrace this win-win resolution.
Sincerely,
Richard I. King
Executive Director
[1]
SCHEDULE 1
(Sections
56, 68, 71, 77, 79, 90, 91, 93 to 96 and 199)
For molecular
formulae in this schedule, "n" = number of atoms.
LIST
OF TOXIC SUBSTANCES
1. Chlorobiphenyls that have the
molecular formula C12H(10-n)Cln in which "n" is greater than 2
2. Dodecachloropentacyclo
[5.3.0.02,6.03,9.04,8] decane
3. Polybrominated Biphenyls that have
the molecular formula C12H(10-n)Brn in which "n" is greater than 2
4. Chlorofluorocarbon: totally
halogenated chlorofluorocarbons that have the molecular formula CnClxF(2n+2-x)
5. Polychlorinated Terphenyls that
have a molecular formula C18H(14-n)Cln in which "n" is greater than 2
6. Asbestos
7. Lead
8. Mercury
9. Vinyl Chloride
10. Bromochlorodifluoromethane that has the
molecular formula CF2BrCl
11. Bromotrifluoromethane that has the molecular
formula CF3Br
12. Dibromotetrafluoroethane that has the
molecular formula C2F4Br2
13. Fuel containing toxic substances that are
dangerous goods within the meaning of section 2 of the Transportation of Dangerous
Goods Act, 1992 and that
(a) are
neither normal components of the fuel nor additives designed to improve the
characteristics or the performance of the fuel; or
(b) are
normal components of the fuel or additives designed to improve the characteristics or
performance of the fuel, but are present in quantities or concentrations greater than
those generally accepted by industry standards.
14. Dibenzo-para-dioxin that has the molecular
formula C12H8O2
15. Dibenzofuran that has the molecular formula
C12H8O
16. Polychlorinated dibenzo-para-dioxins that have
the molecular formula C12H(8-n)ClnO2 in which "n" is greater than 2
17. Polychlorinated dibenzofurans that have the
molecular formula C12H(8-n)ClnO in which "n" is greater than 2
18. Tetrachloromethane (carbon tetrachloride,
CCl4)
19. 1,1,1-trichloroethane (methyl chloroform,
CCl3-CH3)
20. Bromofluorocarbons other than those set out in
items 10 to 12
21. Hydrobromofluorocarbons that have the
molecular formula CnHxFyBr(2n+2-x-y) in which 0<n<3
22. Methyl Bromide
23. Bis(chloromethyl) ether that has the molecular
formula C2H4Cl2O
24. Chloromethyl methyl ether that has the
molecular formula C2H5ClO
25. Hydrochlorofluorocarbons that have the
molecular formula CnHxFyCl(2n+2-x-y) in which 0<n<3
26. Benzene that has the molecular formula C6H6
27. (4-Chlorophenyl)cyclopropylmethanone,O-[(4-nitrophenyl)methyl]oxime
that has the molecular formula C17H15ClN2O3
28. Inorganic arsenic compounds
29. Benzidine
30. Bis(2-ethylhexyl)phthalate
31. Inorganic cadmium compounds
32. Chlorinated wastewater effluents
33. Hexavalent chromium compounds
34. Creosote-impregnated waste materials from
creosote-contaminated sites
35. 3,3'-Dichlorobenzidine
36. 1,2-Dichloroethane
37. Dichloromethane
38. Effluents from pulp mills using bleaching
39. Hexachlorobenzene
40. Inorganic fluorides
41. Refractory ceramic fibre
42. Oxidic, sulphidic and soluble inorganic nickel
compounds
43. Polycyclic aromatic hydrocarbons
44. Tetrachloroethylene
45. Trichloroethylene
46. Tributyltetradecylphosphonium chloride that
has the molecular formula C26H56P-C1
47. Bromochloromethane, that has the molecular
formula CH2BrCl
48. Acetaldehyde, which has the molecular formula
C2H4O
49. 1,3-Butadiene, which has the molecular formula
C4H6
50. Acrylonitrile, which has the molecular formula
C3H3N
51. Respirable particulate matter less than or
equal to 10 microns
52. Acrolein, which has the molecular formula
C3H4O
1999, c. 33,
Sch. 1; SOR/2000-109; SOR/2001-1, 147; Canada Gazette Part II, err.(F), Volume 135, page
382.
[2]
ANNEX ON CHEMICALS SCHEDULES OF CHEMICALS
The following
Schedules list toxic chemicals and their precursors. For the purpose of implementing this
Convention, these Schedules identify chemicals for the application of verification
measures according to the provisions of the Verification Annex. Pursuant to Article II,
subparagraph 1 (a), these Schedules do not constitute a definition of chemical weapons.
(Whenever
reference is made to groups of dialkylated chemicals, followed by a list of alkyl groups
in parentheses, all chemicals possible by all possible combinations of alkyl groups listed
in the parentheses are considered as listed in the respective Schedule as long as they are
not explicitly exempted. A chemical marked "*" on Schedule 2, part A, is subject
to special thresholds for declaration and verification, as specified in Part VII of the
Verification Annex.)
Schedule 1
(CAS registry number)
A. Toxic
chemicals:
(1)
O-Alkyl (<=C10, incl. cycloalkyl) alkyl (Me, Et, n-Pr or i-Pr)-phosphonofluoridates e.g. Sarin:
O-Isopropyl methylphosphonofluoridate (107-44-8) Soman: O-Pinacolyl
methylphosphonofluoridate (96-64-0)
(2)
O-Alkyl (<=C10, incl. cycloalkyl) N,N-dialkyl (Me, Et, n-Pr or i-Pr)
phosphoramidocyanidates e.g. Tabun:
Ethyl N,N-dimethyl phosphoramidocyanidate (77-81-6)
(3)
O-Alkyl (H or <=C10, incl. cycloalkyl) S-2-dialkyl (Me, Et, n-Pr or i-Pr)-aminoethyl
alkyl (Me, Et, n-Pr or i-Pr) phosphonothiolates and corresponding alkylated or protonated
salts e.g. VX: O-Ethyl S-2-diisopropylaminoethyl methyl
phosphonothiolate (50782-69-9)
(4) Sulfur
mustards:
2-Chloroethylchloromethylsulfide
(2625-76-5)
Mustard gas: Bis(2-chloroethyl)sulfide (505-60-2)
Bis(2-chloroethylthio)methane (63869-13-6)
Sesquimustard: 1,2-Bis(2-chloroethylthio)ethane (3563-36-8)
1,3-Bis(2-chloroethylthio)-n-propane (63905-10-2)
1,4-Bis(2-chloroethylthio)-n-butane (142868-93-7)
1,5-Bis(2-chloroethylthio)-n-pentane (142868-94-8)
Bis(2-chloroethylthiomethyl)ether (63918-90-1)
O-Mustard: Bis(2-chloroethylthioethyl)ether (63918-89-8)
(5)
Lewisites:
Lewisite 1:
2-Chlorovinyldichloroarsine (541-25-3)
Lewisite 2: Bis(2-chlorovinyl)chloroarsine (40334-69-8)
Lewisite 3: Tris(2-chlorovinyl)arsine (40334-70-1)
(6) Nitrogen
mustards:
HN1:
Bis(2-chloroethyl)ethylamine (538-07-8)
HN2: Bis(2-chloroethyl)methylamine (51-75-2)
HN3: Tris(2-chloroethyl)amine (555-77-1)
(7) Saxitoxin
(35523-89-8)
(8) Ricin
(9009-86-3)
Schedule 2
A. Toxic
chemicals:
(1)
Amiton: O,O-Diethyl S-[2-(diethylamino)ethyl] phosphorothiolate (78-53-5) and
corresponding alkylated or protonated salts
(2)
PFIB: 1,1,3,3,3-Pentafluoro-2-(trifluoromethyl)-1-propene (382-21-8)
(3) BZ: 3-Quinuclidinyl benzilate (*) (6581-06-2)
Schedule 3
A. Toxic
chemicals:
(1) Phosgene:
Carbonyl dichloride (75-44-5)
(2) Cyanogen
chloride (506-77-4)
(3) Hydrogen
cyanide (74-90-8)
(4)
Chloropicrin: Trichloronitromethane (76-06-2)
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