Showing posts with label Alberta Environment. Show all posts
Showing posts with label Alberta Environment. Show all posts

Thursday, July 02, 2020

Some Alberta Birds





For an authoritative list of Alberta's birds, click here. The following is a list of the birds I've seen in recent years.              

  1. Avocet, American
  2. Blackbird, Brewer’s
  3. Blackbird, Red-winged
  4. Blackbird, Rusty
  5. Blackbird, Yellow-headed
  6. Bluebird, Mountain
  7. Bobolink
  8. Bufflehead
  9. Catbird, Grey
  10. Chickadee, Black-capped
  11. Chickadee, Boreal
  12. Coot, American
  13. Cormorant, Double-crested
  14. Cowbird, Brown-headed
  15. Crow, American
  16. Curlew
  17. Dove, Mourning
  18. Dowitcher, Long-tailed
  19. Dowitcher, Short-tailed
  20. Duck, Canvasback
  21. Duck, Redhead
  22. Duck, Ruddy
  23. Dunlin
  24. Eagle, Bald
  25. Finch, House
  26. Finch, Brown-capped Rosy
  27. Flicker, Northern
  28. Flycatcher, Least
  29. Flycatcher, Olive-sided
  30. Goldeneye, Common
  31. Goldfinch, American
  32. Goose, Canada
  33. Grackle, Common
  34. Grebe, Eared
  35. Grebe, Horned
  36. Grebe, Pied-billed
  37. Grebe, Red-necked
  38. Grebe, Western
  39. Gull, Bonaparte’s
  40. Gull, California
  41. Gull, Franklin’s
  42. Gull, Ring-billed
  43. Harrier, Northern
  44. Hawk, Broad-winged
  45. Hawk, Cooper’s
  46. Hawk, Red-Tailed
  47. Hawk, Rough-legged
  48. Hawk, Swainson’s
  49. Heron, Great Blue
  50. Ibis, White-faced
  51. Jay, Blue
  52. Jay, Canada
  53. Killdeer
  54. Kingbird, Eastern
  55. Kingbird, Western
  56. Lark, Horned
  57. Longspur, Chestnut-collared
  58. Magpie, Black-billed
  59. Mallard
  60. Meadowlark, Eastern
  61. Meadowlark, Western
  62. Merganser, Common
  63. Merganser, Hooded
  64. Merlin
  65. Nuthatch, Red-Breasted
  66. Nuthatch, White-Breasted
  67. Oriole, Baltimore
  68. Osprey
  69. Owl, Great Horned
  70. Pelican, American White
  71. Phalarope, Wilson’s
  72. Pheasant, Ring-necked
  73. Pigeon, Rock (Feral Pigeon)
  74. Pintail, Northern
  75. Plover, Semipalmated
  76. Raven, Common
  77. Redhead
  78. Redpolls, Common
  79. Redstart, American
  80. Robin, American
  81. Sandpiper, Solitary
  82. Sandpiper, Spotted
  83. Scaup, Greater
  84. Scaup, Lesser
  85. Scoter, Surf
  86. Shoveler, Northern
  87. Shrike, Northern
  88. Sora
  89. Sparrow, Chipping
  90. Sparrow, Clay-coloured
  91. Sparrow, House
  92. Sparrow, Lincoln’s
  93. Sparrow, Nelson’s Sharp-Tailed
  94. Sparrow, Clay-coloured
  95. Sparrow, Savannah
  96. Sparrow, Song
  97. Sparrow, Vesper
  98. Sparrow, White-crowned
  99. Sparrow, White-throated
  100. Starling
  101. Stilt, Black-necked
  102. Swallow, Bank
  103. Swallow, Barn
  104. Swallow, Cliff
  105. Swallow, Tree
  106. Swan, Trumpeter
  107. Swan, Tundra
  108. Tanager, Western
  109. Teal, Cinnamon
  110. Teal, Green-winged
  111. Tern, Common
  112. Tern, Forster’s
  113. Thrasher, Brown
  114. Thrush, Swainson’s
  115. Thrush, Varied
  116. Vulture, Turkey
  117. Warbler, Tennessee
  118. Warbler, Yellow
  119. Warbler, Yellow-rumped
  120. Waxwing, Cedar
  121. Wigeon, American
  122. Willet
  123. Wood-Pewee, Western
  124. Woodpecker, Black-backed
  125. Woodpecker, Downy
  126. Woodpecker, Hairy
  127. Woodpecker, Pileated
  128. Wren, House
  129. Yellowlegs, Lesser
  130. Yellowlegs, Greater





Saturday, June 20, 2009

Colossal Chore


 
Even government computers are strained by oilfield waste

This article appears in the May 2009 issue of Alberta Oil Magazine
by Peter McKenzie-Brown

The story of petroleum is a story of waste.

Consider the volumes involved: At perhaps 3.5 million barrels per day, Canada is the world’s seventh-largest oil producer, and at 16.9 billion cubic feet per day, the third-largest natural gas producer. Add in the gas liquids and related products and the sheer volume of fossil fuels that flow out of the Canadian soil starts to become astronomical.

And these numbers measure “spec” oil and gas – products that are clean enough for pipeline transport. Consumers rarely consider the huge amounts of waste created as the industry brings its output up to spec.

At every stage, considerable volumes of waste need to be treated. Consider the sources of upstream oilfield waste. Seismic surveys, wellsite construction and drilling produce wastes ranging from bush cuttings to rock chips to drilling and fraccing fluids. Production wastes include salty byproduct water, gunk in tailings ponds, contaminants like carbon dioxide and hydrogen sulfide, and soil contaminated with sulfur. Once a plant needs to be decommissioned or a well shut in and abandoned, the producer creates more wastes that need to be carefully managed.

How much waste is involved? In Alberta, the Energy Resources Conservation Board regulates oilfield wastes. After a lengthy explanation of the limitations of the board’s computer system, Susan Halla, a regulatory manager, says, “We’ll be able to give you exact information in 2011.” In the meantime, she won’t even guess.

Even when detailed data are available, it will be incomplete. The reason is that most wastes from oil sands mining operations are not considered oilfield wastes. They are classified as “industrial wastes” and regulated by Alberta Environment rather than the ERCB.

Petroleum waste only begins in the “upstream,” exploration and production side of the industry. Once spec products flow through the pipeline into the “downstream,” refining and distribution processes produce wastes of their own. Like waste from oil sands mining, they are classified as “industrial wastes” and regulated by Alberta Environment.

By far, however, the largest volumes of physical waste occur in the distant downstream end of the petroleum products life cycle. Many items – plastics and chemicals, say – end up in landfills and dumps, unregulated incinerators, beaches and worse. Equally important, consumers burn natural gas and refined products to generate energy, thereby yielding carbon dioxide, nitrogen oxides and a variety of other unsavory incidentals. As emissions, however, they are technically not considered “wastes.”

The seriousness of upstream waste management did not become clear until the 1980s. An ERCB chairman of the era, the late Vern Millard, once explained, “We used to think Earth could absorb any amount of human waste without a problem. It has now become clear that it can’t.”

In an effort to obviate official regulation, the old Canadian Petroleum Association – the forerunner to today’s Canadian Association of Petroleum Producers – created an industry-wide voluntary code of waste management practices. Although regarded as a good stop-gap measure, the CPA guidelines didn’t last. Governments soon took over the job of regulation.

The ERCB’s role in waste regulation began in the mid-1980s, when the industry began to recognize that oil could be recovered from oily leftover materials in tank bottoms, separator sludge, flare pits and so on. Facilities known as reclaimers began to emerge in active oil- and gas-producing areas. At first, the board’s regulation of these facilities was aimed at making sure volumes of recovered oil were accounted for properly. Spurred by the federal government’s 1986 proclamation of dangerous goods transportation regulations, though, the board became heavily involved in oilfield waste management, regulation and inspection.

In 1990, Alberta began consolidating existing environmental acts and regulations into a comprehensive document that eventually became known as the Environmental Protection and Enhancement Act. This and other environmental measures slice and dice provincial wastes in a number of ways. They can be classified as oilfield wastes or industrial wastes, and those wastes can be hazardous, dangerous or not-dangerous. Alberta Environment regulates hazardous and industrial wastes. The ERCB regulates oilfield wastes.

As waste regulation evolved, it became apparent that reclamation or recycling services could no longer be permitted to operate without regulation. After all, they were reclaiming wastes that were potentially dangerous, and sometimes hazardous. Hazardous oilfield wastes include hydrocarbons with low flashpoints; highly acidic or alkaline chemicals; and such volatile organic compounds as benzene, toluene, ethylbenzene and xylenes, which collectively go by the acronym BTEX.

After these products had been defined as hazardous, the board gave the owners of the province’s reclaimer operations a simple choice. Transform their facilities into high-standard waste management facilities or, in the words of CCS Corporation’s Greg Dickie, “clean them up and shut them down.” Most chose to convert to quality waste management operations.

With oilfield waste facilities not allowed to handle hazardous materials, the province badly needed a large disposal facility. Accordingly, Alberta developed a “special waste treatment center” northwest of Edmonton at Swan Hills to deal with hazardous oilfield wastes and also carcinogenic PCBs, which are primarily a waste product from electric transformers. Owned by the province but operated by the private sector, Swan Hills is primarily a specialized, high-temperature waste incinerator. The oilfield wastes that require incineration there include spent filters, oily rags and specialized high-BTU wastes.

As the 1990s wore on, regulators developed rules covering everything from the construction of landfills to deep well injection of liquid wastes. Those rules and the constant changes to them are available in a glut of guidebooks, information letters, directives and interim directives – all of which have been posted online by the agencies responsible.
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