MSW Feeder

Density (kg/m3): 813 - 837
Gravity (oAPI): 37 - 43

▸ Federated (FD)

▸ Light Smiley (MSY)

▸ Peace (MPR)

▸ Pembina (P)

Light Sweet

Density (kg/m3): 819 - 825
Gravity (oAPI): 39 - 42

▸ Mixed Sweet Blend (MSW)

▸ Rainbow (RA)

Medium Sour

Density (kg/m3): 838 - 873
Gravity (oAPI): 30 - 38

▸ Hardisty Light (MBL)

▸ Medium Gibson Sour (MGS)

▸ Midale (MSM)

▸ Peace Pipe Sour (SPR)

Heavy Sour - Synbit

Density (kg/m3): 930 - 936
Gravity (oAPI): 19 - 21

▸ Long Lake Heavy (PSH)

▸ Statoil Cheecham Synbit (SCS)

▸ Surmont Heavy Blend (SHB)

Heavy Sour - Partially Upgraded

Density (kg/m3): 936 - 937
Gravity (oAPI): 19 - 20

▸ Albian Heavy Synthetic (AHS)

Heavy Low Resid

Density (kg/m3): 937 - 938
Gravity (oAPI): 19 - 20

▸ Suncor Synthetic H (OSH)






Reports for Cold Lake

Batch: CL-901 - Hardisty

Date: Aug 2, 2017
Cold Lake saw slightly increased density, TAN, and vanadium while pentanes and hexanes were reduced. These changes are expected based on the seasonality of Cold Lake. Typical simulated distillation results are included.
View sample data.


Batch: CL-779 - Hardisty

Date: Jul 13, 2017
The July sample of Cold Lake saw increased TAN and butanes while metals, pentanes, and hexanes were decreased.
View sample data.


Batch: CL-467 - Hardisty

Date: Jun 1, 2017
Increased TAN and decreased metals were recorded for the June sample of Cold Lake.
View sample data.


Batch: CL-549 - Hardisty

Date: May 2, 2017
Density and metals were reduced while pentanes and hexanes were elevated. Simulated distillation results showed a larger than usual residue fraction.
View sample data.


Batch: CL-049 - Hardisty

Date: Apr 2, 2017
Cold Lake saw reduced density while sulphur, TAN, and pentanes were increased in the April sample.
View sample data.


Batch: CL-679 - Hardisty

Date: Mar 6, 2017
Cold Lake was consistent with historical trends for the March sample.
View sample data.


Batch: CL-374 - Hardisty

Date: Feb 4, 2017
Cold Lake had higher than usual butanes while MCR and metals were reduced in the February sample. Typical simulated distillation results are included.
View sample data.


Batch: CL-396 - Hardisty

Date: Jan 2, 2017
Cold Lake contained notably elevated TAN, pentanes, and hexanes while density was slightly reduced.
View sample data.


Batch: CL-553 - Hardisty

Date: Dec 4, 2016
The December sample of Cold Lake had marginally elevated TAN. Cold Lake has shown a history of increased TAN for much of 2016.
View sample data.


Batch: CL-093 - Hardisty

Date: Nov 3, 2016
TAN and pentanes were notably increased in the November sample of Cold Lake. Typical simulated distillation results are included.
View sample data.


Batch: CL(H)-329 - Hardisty

Date: Oct 1, 2016
Density and butanes were marginally elevated in the October sample of Cold Lake.
View sample data.


Batch: CL(H)-068 - Hardisty

Date: Sep 4, 2016
The September sample of Cold Lake had slightly increased density and TAN while metals, pentanes, and hexanes were reduced.
View sample data.


Batch: CL(H)-212 - Hardisty

Date: Aug 30, 2016
The August sample of Cold Lake contained marginally increased density, sulphur, TAN, and pentanes. Typical simulated distillation results are included.
View sample data.


Batch: CL(H)-710 - Hardisty

Date: Jul 1, 2016
Marginally increased TAN and butanes were observed in the July sample of Cold Lake.
View sample data.


Batch: CL(H)-476 - Hardisty

Date: Jun 6, 2016
Cold Lake had increased MCR, TAN, and pentanes in the June sample compared to typical results.
View sample data.


Batch: CL(H)-531 - Hardisty

Date: May 6, 2016
Butanes and TAN were slightly increased in the May sample of Cold Lake. Simulated distillation results showed less resid than typical.
View sample data.


Batch: CL(H)-848 - Hardisty

Date: Apr 19, 2016
Cold Lake had slightly reduced density and BTEX while TAN and C4 x C6 contents were increased. These shifts were expected based on the seasonality of this stream.
View sample data.


Batch: CL(H)-090 - Hardisty

Date: Mar 8, 2016
Cold Lake saw reduced density, sulphur, MCR, and metals in the March sample. These are typical results due to the seasonality of this stream.
View sample data.


Batch: CL(H)-044 - Hardisty

Date: Feb 2, 2016
Cold Lake had reduced density while TAN, pentanes and hexanes were increased. Typical simulated distillation results are included.
View sample data.


Batch: CL(H)-733 - Hardisty

Date: Jan 27, 2016
The January sample of Cold Lake had reduced density while TAN and butanes were increased.
View sample data.


Batch: CL(H)-000 - Hardisty

Date: Dec 7, 2015
The December sample of Cold Lake had elevated C4 x C7 concentrations. Typical simulated distillation results are included.
View sample data.


Batch: CL(H)-699 - Hardisty

Date: Nov 3, 2015
Apart from a very slight increase in butanes and TAN, the November Cold Lake crude sample was typical and average composition. Results included High Temperature Simulated Distillation (HTSD) in addition to the routine compositional analyses.
View sample data.


Batch: CL(H)-512 - Hardisty

Date: Oct 4, 2015
The October sample of Cold Lake had slightly reduced metals, BTEX, and hexanes. Simulated distillation results showed less naphtha and more distillate and resid.
View sample data.


Batch: CL(H)-702 - Hardisty

Date: Sep 1, 2015
The September sample of Cold Lake had marginally increased density, sulphur, and TAN while BTEX and C6 x C8 concentrations were reduced.
View sample data.


Batch: CL(H)-111 - Hardisty

Date: Aug 4, 2015
The August sample of Cold Lake had slightly increased density, MCR, and TAN while BTEX was reduced. Typical simulated distillation results are included.
View sample data.


Batch: CL(H)-520 - Hardisty

Date: Jul 1, 2015
Pentanes and TAN were marginally elevated while BTEX was reduced in the July sample of Cold Lake.
View sample data.


Batch: CL(H)-082 - Hardisty

Date: Jun 4, 2015
The June sample of Cold Lake was consistent with historical trends.
View sample data.


Batch: CL(H)-784 - Hardisty

Date: May 7, 2015
Pentanes continue to be elevated in the May sample of Cold Lake. Simulated distillation results show slightly more naphtha and less residue.
View sample data.


Batch: CL(H)-212 - Hardisty

Date: Apr 3, 2015
The April sample of Cold Lake had marginally reduced density while pentanes were notably increased.
View sample data.


Batch: CL(H)-869 - Hardisty

Date: Mar 1, 2015
Cold Lake saw slightly lower than average density while pentanes and hexanes were elevated.
View sample data.


Batch: CL(H)-642 - Hardisty

Date: Feb 1, 2015
Cold Lake has shown a trend over the last 5 months of elevated C4 x C6 concentrations. Density is also slightly reduced in this sample.
View sample data.


Batch: CL(H)-609 - Hardisty

Date: Jan 7, 2015
Cold Lake continues to show a trend of increased butanes and pentanes. Also observed in the January sample of Cold Lake were slightly reduced density and BTEX values.
View sample data.


Batch: CL(H)-614 - Hardisty

Date: Dec 22, 2014
Cold Lake has shown a trend of slightly increased C4 x C6 content and reduced C8 x C10 content over the last few months. Density is also lower than average for this sample. Typical simulated distillation results are included.
View sample data.


Batch: CL(H)-790 - Hardisty

Date: Nov 11, 2014
The November sample of Cold Lake saw marginally elevated pentanes.
View sample data.


Batch: CL(H)-757 - Hardisty

Date: Oct 28, 2014
Cold Lake saw reduced BTEX and elevated pentanes for the October sample. Typical simulated distillation results are included.
View sample data.


Batch: CL(H)-662 - Hardisty

Date: Sep 14, 2014
Consistent with the seasonality of this stream, Cold Lake saw a slight increase in density, sulphur, MCR, and pentanes, while BTEX was reduced.
View sample data.


Batch: CL(H)-843 - Hardisty

Date: Aug 26, 2014
Marginally elevated density, sulphur, and pentanes, while reduced BTEX were observed in Cold Lake. These results are typical due to the seasonality of Cold Lake.
View sample data.


Batch: CL(H)-677 - Hardisty

Date: Jul 20, 2014
Sulphur was slightly elevated, while metals were reduced in the July sample of Cold Lake. Typical simulated distillation results are included.
View sample data.


Batch: CL(H)-764 - Hardisty

Date: Jun 24, 2014
Typical light ends and bulk properties were observed in the June sample of Cold Lake.
View sample data.


Batch: CL(H)-778 - Hardisty

Date: May 20, 2014
Butanes, pentanes and TAN were marginally increased in the May sample of Cold Lake at Hardisty.
View sample data.


Batch: CL(E)-652 - Edmonton

Date: Apr 19, 2014
Density, sulphur, and MCR were slightly reduced, while pentanes were increased in the Cold Lake sample at Edmonton. These results are expected based on the seasonality of this stream.
View sample data.


Batch: CL(H)-761 - Hardisty

Date: Apr 14, 2014
Cold Lake at Hardisty had typical properties on a seasonally adjusted basis. Density, sulphur, MCR were slightly reduced, while butanes and pentanes were elevated. Typical simulated distillation results are included and no olefins were detected.
View sample data.


Batch: CL(H)-753 - Hardisty

Date: Mar 18, 2014
The Cold Lake sample at Hardisty contained slightly reduced density and sulphur for the month of March.
View sample data.


Batch: CL(E)-803 - Edmonton

Date: Mar 15, 2014
On a seasonally adjusted basis, Cold Lake showed typical light ends and bulk properties. Density, sulphur, TAN, and MCR were slightly reduced, while butanes and pentanes were increased. Simulated distillation results show an increased naphtha cut.
View sample data.


Batch: CL(E)-935 - Edmonton

Date: Feb 18, 2014
Cold Lake at Edmonton contained slightly reduced sulphur and metals, while pentanes were marginally increased.
View sample data.


Batch: CL(H)-711 - Hardisty

Date: Feb 18, 2014
Density, sulphur and metals were slightly reduced in the Cold Lake sample at Hardisty.
View sample data.


Batch: CL(E)-890 - Edmonton

Date: Jan 17, 2014
Cold Lake at Edmonton recorded slightly reduced TAN, as well as, marginally elevated pentanes and hexanes in the January sample.
View sample data.


Batch: CL(H)-702 - Hardisty

Date: Jan 15, 2014
Apart from reduced sulphur, the January sample of Cold Lake at Hardisty was consistent with historical data. Typical simulated distillation results are included.
View sample data.


Batch: CL(E)-850 - Edmonton

Date: Dec 27, 2013
Apart from a slightly reduced MCR, the December sample of Cold Lake at Edmonton was consistent with historical averages. Simulated distillation results show a shift from the residue cut to the naphtha cut.
View sample data.


Batch: CL(H)-727 - Hardisty

Date: Dec 25, 2013
C4 x C6 concentrations were slightly elevated in the December sample of Cold Lake at Hardisty.
View sample data.


Batch: CL(H)-854 - Hardisty

Date: Nov 26, 2013
Apart from slightly elevated pentanes, the November sample of Cold Lake at Hardisty was consistent with historical data.
View sample data.


Batch: CL(E)-639 - Edmonton

Date: Nov 20, 2013
The Cold Lake sample at Edmonton contained typical light ends and bulk properties.
View sample data.


Batch: CL(E)-693 - Edmonton

Date: Oct 25, 2013
Other than slightly reduced sulphur, the October sample of Cold Lake at Edmonton was consistent with historical trends.
View sample data.


Batch: CL(H)-810 - Hardisty

Date: Oct 20, 2013
Other than a small increase in MCR, the October sample of Cold Lake at Hardisty was consistent with historical data.
View sample data.


Batch: CL(E)-732 - Edmonton

Date: Sep 21, 2013
As expected, based on the seasonality of Cold Lake, density is slightly elevated, while light ends and BTEX are reduced for this September sample at Edmonton.
View sample data.


Batch: CL(H)-628 - Hardisty

Date: Sep 18, 2013
The Cold Lake sample from Hardisty recorded marginally elevated density, sulphur, MCR, metals and C8 x C10 concentrations. Slight reductions were observed in butanes and pentanes.
View sample data.


Batch: CL(E)-913 - Edmonton

Date: Aug 24, 2013
Butanes and BTEX were marginally reduced in the August sample of Cold Lake at Edmonton.
View sample data.


Batch: CL(H)-696 - Hardisty

Date: Aug 20, 2013
As expected, based on the seasonality of this stream, density was slightly elevated, while BTEX and C7 x C10 content was reduced.
View sample data.


Batch: CL(H)-721 - Hardisty

Date: Jul 14, 2013
Very slight increases were observed in sulphur, MCR, metals, butanes, and pentanes for the July sample of Cold Lake out of Hardisty. Simulated distillation results are included.
View sample data.


Batch: CL(E)-961 - Edmonton

Date: Jul 13, 2013
Slight reductions in TAN and C7 x C9 content were detected in the June sample of Cold Lake out of Edmonton.
View sample data.


Batch: CL(H)-780 - Hardisty

Date: Jun 25, 2013
Typical light ends and bulk properties were observed in Cold Lake at Hardisty.
View sample data.


Batch: CL(E)-666 - Edmonton

Date: Jun 24, 2013
Simulated distillation results indicate a slight reduction in the residuum fraction. Slightly increased pentanes content was also observed in this sample of Cold Lake at Edmonton.
View sample data.


Batch: CL(H)-720 - Hardisty

Date: May 24, 2013
Notably elevated BTEX and C7 x C10 content with slightly reduced butanes and pentanes were observed in the Cold Lake sample out of Hardisty.
View sample data.


Batch: CL(E)-924 - Edmonton

Date: May 23, 2013
The Edmonton sample of Cold Lake was consistent with historical data with the exception of slightly elevated nickel.
View sample data.


Batch: CL(E)-744 - Edmonton

Date: Apr 16, 2013
The Edmonton sample of Cold Lake displayed increased BTEX and C7 x C10 content as well as reduced density, sulphur, and MCR.
View sample data.


Batch: CL(H)-872 - Hardisty

Date: Apr 15, 2013
Apart from slightly elevated metals, the April sample of Cold Lake at Hardisty was consistent with historical data. No olefins were detected and simulated distillation results are included.
View sample data.


Batch: CL(E)-650 - Edmonton

Date: Mar 19, 2013
Marginally low sulphur, MCR, TAN, butanes and pentanes with elevated BTEX and C9 x C10 content was observed in the March sample of Cold Lake at Edmonton. Simulated distillation results are included.
View sample data.


Batch: CL(H)-678 - Hardisty

Date: Mar 17, 2013
Cold Lake out of Hardisty contained elevated BTEX and C6 x C10 content for the month of March.
View sample data.


Batch: CL(E)-695 - Edmonton

Date: Feb 28, 2013
Butanes, sulphur and MCR were marginally reduced for the February sample of Cold Lake at Edmonton.
View sample data.


Batch: CL(H)-490 - Hardisty

Date: Feb 25, 2013
Consistent with seasonal history, the slightly elevated concentrations of C4 x C6 gave the Cold Lake sample at Hardisty a slightly reduced density.
View sample data.


Batch: CL(E)-687 - Edmonton

Date: Jan 24, 2013
The Cold Lake sample out of Edmonton displayed typical light ends and bulk properties.
View sample data.


Batch: CL(H)-910 - Hardisty

Date: Jan 22, 2013
Very slight increases in C5 x C7 concentrations and a slightly reduced density were detected in the January sample of Cold Lake at Hardisty. Simulated distillation results are included.
View sample data.


Batch: CL(E)-619 - Edmonton

Date: Dec 27, 2012
Apart from a marginally reduced TAN, the December sample of Cold Lake at Edmonton was representative of previous data. Simulated distillation results were received.
View sample data.


Batch: CL(H)-641 - Hardisty

Date: Dec 27, 2012
The December sample of Cold Lake at Hardisty recorded slightly reduced MCR.
View sample data.


Batch: CL(E)-755 - Edmonton

Date: Nov 24, 2012
Slightly decreased butanes and MCR were observed in the Cold Lake sample from Edmonton.
View sample data.


Batch: CL(H)-980 - Hardisty

Date: Nov 21, 2012
The November sample of Cold Lake at Hardisty was consistent with historical averages.
View sample data.


Batch: CL(E)-914 - Edmonton

Date: Oct 25, 2012
The October sample of Cold Lake at Edmonton was normal in all regards.
View sample data.


Batch: CL(H)-909 - Hardisty

Date: Oct 22, 2012
The Cold Lake sample at Hardisty was consistent with seasonally adjusted averages. Simulated distillation results are included.
View sample data.


Batch: CL(E)-620 - Edmonton

Date: Sep 22, 2012
A slight increase in the residuum fraction led to a slightly elevated density for the September sample of Cold Lake at Edmonton.
View sample data.


Batch: CL(H)-833 - Hardisty

Date: Sep 18, 2012
Cold Lake out of Hardisty was representative of historical data.
View sample data.


Batch: CL(E)-719 - Edmonton

Date: Aug 18, 2012
Apart from marginally reduced butanes, this August sample of Cold Lake was consistent with historical averages.
View sample data.


Batch: CL(H)-868 - Hardisty

Date: Aug 14, 2012
This sample of August Cold Lake was typical of historical trends.
View sample data.


Batch: CL(H)-702 - Hardisty

Date: Jul 23, 2012
Slightly elevated metals and density, which are consistent with seasonal changes, were observed for this sample of Cold Lake.
View sample data.


Batch: CL(E)-899 - Edmonton

Date: Jul 21, 2012
Increases in metals were observed for this months sample of Cold Lake, along with an expected slight increase in density for July. Typical simulated distillation results were received for this sample.
View sample data.


Batch: CL(E)-835 - Edmonton

Date: Jun 20, 2012
On a seasonally adjusted basis, the overall characteristics of the June sample of Cold Lake were consistent with historical values.
View sample data.


Batch: CL(H)-661 - Hardisty

Date: Jun 18, 2012
On a seasonally adjusted basis, the overall characteristics of the June sample of Cold Lake at Hardisty were very consistent with historical values.
View sample data.


Batch: CL(H)-905 - Hardisty

Date: May 20, 2012
Predictable seasonal adjustments in diluent content is the driver behind the higher than average density value. All other parameters of this sample are consistent with past results.
View sample data.


Batch: CL(E)-642 - Edmonton

Date: May 19, 2012
Predictable seasonal adjustments in diluent content is the driver behind the higher than recent density value. All other parameters of this sample are consistent with past results.
View sample data.


Batch: CL(E)-658 - Edmonton

Date: Apr 14, 2012
The quality of the Cold Lake sample at Edmonton was consistent with seasonally adjusted expectations.
View sample data.


Batch: CL(H)-872 - Hardisty

Date: Apr 9, 2012
On a seasonally diluent adjusted basis, the Hardisty Cold Lake sample was typical in all regards. The simulated distillation performed in April confirms the normal composition of this sample.
View sample data.


Batch: CL(E)-820 - Edmonton

Date: Mar 18, 2012
Consistent with its nature as a dilbit blend, the March sample of CL at Edmonton had lower than average density, sulphur and metals. It can be anticipated that the density of Cold Lake will rise between March and September.
View sample data.


Batch: CL(H)-621 - Hardisty

Date: Mar 13, 2012
Consistent with its nature as a dilbit blend, the March sample of Cold Lake had lower than average density, sulphur, TAN and metals. It can be anticipated that the density of Cold Lake will rise between March and September. A simulated distillation was run on this March sample.
View sample data.


Batch: CL(E)-936 - Edmonton

Date: Feb 12, 2012
Seasonal shifts in the diluent quantity and quality increased the C7xC10 fraction of the February Cold Lake Edmonton sample. Seasonally adjusted density, TAN and MCR were all consistent with historical values.
View sample data.


Batch: CL(H)-735 - Hardisty

Date: Feb 5, 2012
The Hardisty Cold Lake sample had much lower than recent average sulphur, MCR, and metals. Consistent with seasonal adjustments, the C7xC10 contribution from diluent was slightly higher than an annual average.
View sample data.


Batch: CL(E)-618 - Edmonton

Date: Jan 15, 2012
Increases in vanadium, BTEX and decreased sediment, TAN and salt were observed for the January sample of Cold Lake taken from Edmonton. Simulated distillation results were received for this sample.
View sample data.


Batch: CL(H)-666 - Hardisty

Date: Jan 14, 2012
Above average values for TAN, vanadium and light ends were observed in this January sample of Cold Lake taken from Hardisty.
View sample data.


Batch: CL(E)-700 - Edmonton

Date: Dec 26, 2011
An increases in light ends and vanadium with a slight decrease in MCR were observed for the December sample of Cold Lake taken at Edmonton
View sample data.


Batch: CL(H)-750 - Hardisty

Date: Dec 26, 2011
Increases in the light ends, toluene along with a slight decrease in TAN were noted for the December sample of Cold Lake taken at Hardisty.
View sample data.


Batch: CL(E)-617 - Edmonton

Date: Nov 23, 2011
Density (gravity) and sulphur in Cold Lake are following the traditional cyclic pattern of WCSB dilbits that are blended to meet the mainline reference temperature profile. Conventional property analysis were consistent with historical values. A very typical simulated distillation data set is included for this sample.
View sample data.


Batch: CL(H)-645 - Hardisty

Date: Nov 20, 2011
Density (gravity) and sulphur in Cold Lake are following the traditional cyclic pattern of WCSB dilbits that are blended to meet the mainline reference temperature profile. Conventional property analysis were consistent with historical values.
View sample data.


Batch: CL(E)-878 - Edmonton

Date: Oct 19, 2011
Slight decreases in C4s x C5s and increases in C7s x C10s, BTEX, nickel, and sediment were observed for the October sample of Cold Lake taken at Edmonton.
View sample data.


Batch: CL(H)-711 - Hardisty

Date: Oct 19, 2011
Increased C7s x C9s, BTEX, and nickel along with slightly decreased C4s x C5s were noted for the October sample of Cold Lake taken at Hardisty.
View sample data.


Batch: CL(E)-887 - Edmonton

Date: Sep 22, 2011
Decreases in C4s x C5s and TAN and increased C7s x C10s, BTEX, sulphur, and density were noted for the September 22 sample of Cold Lake.
View sample data.


Batch: CL(H)-655 - Hardisty

Date: Sep 20, 2011
Decreased vanadium and C4s x C5s and above average density, BTEX, and C8s x C10s were observed for the September 20 sample of Cold Lake.
View sample data.


Batch: CL(H)-737 - Hardisty

Date: Aug 23, 2011
Slight decreases in BTEX and C8s x C10s and increases in density and salt were observed for the August 23 sample of Cold Lake (Hardisty).
View sample data.


Batch: CL(E)-651 - Edmonton

Date: Aug 23, 2011
Slight decreases in BTEX and C8s and a marginally increased density were observed for the August 23 sample of CL from Edmonton. Simulated distillation results indicated an increase in gas oil along with a decrease in residuum.
View sample data.


Batch: CL(E)-619 - Edmonton

Date: Jul 29, 2011
Slight decreases in butanes and TAN, as well as increases in density, sulphur, MCR, and nickel, were observed for the July 29 sample of Cold Lake.
View sample data.


Batch: CL(H)-915 - Hardisty

Date: Jul 24, 2011
A slight decrease in pentanes and increases in sulphur and density were observed for the July 24 sample of Cold Lake.
View sample data.


Batch: CL(E)-717 - Edmonton

Date: Jun 25, 2011
The June 25 sample of Cold Lake had fairly typical light ends and bulk properties.
View sample data.


Batch: CL(H)-839 - Hardisty

Date: Jun 22, 2011
Slight decreases in C9s x C10s and vanadium were observed for the June 22 sample of CL.
View sample data.


Batch: CL(E)-929 - Edmonton

Date: May 25, 2011
Slight increases in toluene and C7s were observed for the May 25 sample of Cold Lake. Simulated distillation results were received for this sample.
View sample data.


Batch: CL(H)-795 - Hardisty

Date: May 20, 2011
A slight decrease in butanes and increases in C7s, vanadium, and sulphur were observed for the May 20 sample of Cold Lake.
View sample data.


Batch: CL(E)-679 - Edmonton

Date: Apr 22, 2011
Slight decreases in butanes and density were observed for the April 22 sample of Cold Lake.
View sample data.


Batch: CL(H)-950 - Hardisty

Date: Apr 19, 2011
The April 19 sample of Cold Lake from Hardisty had typical light ends and bulk properties. The simulated distillation results reflected an increase in gas oil along with a slight decrease in resid.
View sample data.


Batch: CL(E)-618 - Edmonton

Date: Mar 24, 2011
Slight increases in C5s x C9s and a decreased density were observed for the March 24th sample of Cold Lake.
View sample data.


Batch: CL(H)-708 - Hardisty

Date: Mar 20, 2011
The March 20th sample of Cold Lake had marginally above average C7s x C9s and BTEX along with slightly decreased MCR.
View sample data.


Batch: CL(E)-723 - Edmonton

Date: Feb 24, 2011
The February 24 sample of Cold Lake from Edmonton contained elevated C7s x C9s and BTEX along with lower than average sulphur and density. The simulated distillation results reflected an increase in the lighter naphtha component along with decreased residuum. These results were consist with the seasonal diluent requirement for Cold Lake.
View sample data.


Batch: CL(H)-986 - Hardisty

Date: Feb 19, 2011
Slight increases in C4s, C6s x C8s, and BTEX and decreases in density, TAN and vanadium were observed for the February 19 sample of Cold Lake. No olefins were detected.
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Batch: CL(E)-879 - Edmonton

Date: Jan 22, 2011
Slight decreases in density and MCR and marginally above average vanadium were observed for the January 22 sample of Cold Lake taken at Edmonton.
View sample data.


Batch: CL(H)-548 - Hardisty

Date: Jan 20, 2011
Increases in C8s, BTEX, and vanadium, along with a slightly lower than average density, were observed for the January 20 sample of CL, taken at Hardisty. Simulated distillation results were received for this sample.
View sample data.


Batch: CL(E)-642 - Edmonton

Date: Dec 28, 2010
Slight increases in toluene, ethyl-benzene, vanadium, C4s, and C7s x C8s were observed for the December sample of Cold Lake taken at Edmonton. The sample's density was slightly lower than average.
View sample data.


Batch: CL(H)-419 - Hardisty

Date: Dec 27, 2010
The December sample of Cold Lake taken at Hardisty had typical light ends and bulk properties. No olefins were detected.
View sample data.


Batch: CL(H)-791 - Hardisty

Date: Nov 26, 2010
The November sample of Cold Lake from Hardisty had lower than average C10s, and slightly increased sulphur and pentanes.
View sample data.


Batch: CL(E)-999 - Edmonton

Date: Nov 24, 2010
Apart from a slight increase in TAN, the sample of Cold Lake from Edmonton had typical light ends and bulk properties. The sample's simulated distillation results were consistent with the results typical for Cold Lake.
View sample data.


Batch: CL(E)-647 - Edmonton

Date: Oct 25, 2010
The October sample of Cold Lake taken in Edmonton had marginally increased sulphur, MCR, and TAN.
View sample data.


Batch: CL(H)-664 - Hardisty

Date: Oct 23, 2010
Decreases in C4s x C5s, vanadium, sediment, and MCR, along with a slight increase in TAN, were observed for this month's sample of Cold Lake from Hardisty.
View sample data.


Batch: CL(E)-831 - Edmonton

Date: Sep 27, 2010
The Edmonton sample of Cold Lake had slightly lower than average butanes, but increased density and sulphur. No olefins were detected.
View sample data.


Batch: CL(H)-884 - Hardisty

Date: Sep 24, 2010
The September sample of Cold Lake from Hardisty had slightly decreased C8s and toluene along with increased vanadium, TAN, sulphur, and density.
View sample data.


Batch: CL(E)-730 - Edmonton

Date: Aug 19, 2010
The August sample of Cold Lake from Edmonton had slightly decreased C7s x C10s, and BTEX. As a result, density and sulphur were marginally higher than average. Vanadium was also slightly decreased. Simulated distillation results were received for this sample.
View sample data.


Batch: CL(H)-634 - Hardisty

Date: Aug 16, 2010
Decreased C4s x C10s, BTEX, and vanadium, and increased density, sulphur, and TAN were observed for the August sample of Cold Lake from Hardisty.
View sample data.


Batch: CL(H)-772 - Hardisty

Date: Jul 24, 2010

The July 24th sample of Cold Lake had decreased C5s x C10s, benzene, and xylenes. Notably elevated salt, and slightly increased sulphur and density, were also observed. Simulated distillation results were received for this sample.


The July results are consistent with the seasonal diluent adjustments for Cold Lake.


View sample data.


Batch: CL(E)-799 - Edmonton

Date: Jul 22, 2010
Notably decreased BTEX and C4s x C10s were observed for the July 22 sample of Cold Lake. Salt contents were also slightly decreased, while density and sulphur were higher than average.
View sample data.


Batch: CL(E)-783 - Edmonton

Date: Jun 26, 2010
The June sample of Cold Lake from Edmonton contained slightly increased sulphur and metals.
View sample data.


Batch: CL(H)-675 - Hardisty

Date: Jun 23, 2010
Slight increases in sulphur and nickel were present in the June sample of CL from Hardisty.
View sample data.


Batch: CL(E)-749 - Edmonton

Date: May 25, 2010
The May sample of CL taken at Edmonton had typical light ends and bulk properties. Typical simulated distillation results were received for this sample.
View sample data.


Batch: CL(H)-779 - Hardisty

Date: May 25, 2010
Aside from slightly higher than average C4s, the May sample of CL from Hardisty had typical light ends and bulk properties.
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Batch: CL(E)-873 - Edmonton

Date: Apr 27, 2010
With the exception of a slight increases in C8s, the sample of Cold Lake from April 27th had typical light ends and bulk properties.
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Batch: CL(H)-828 - Hardisty

Date: Apr 25, 2010
Slight increases in C7s x C8s were present in the April 25th sample of Cold Lake. The sample's simulated distillation distribution was consistent with the long-term historical averages for this stream.
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Batch: CL(E)-745 - Edmonton

Date: Mar 26, 2010
The March sample of CL from Edmonton contained increased C4s x C6s. As a result, density was decreased. These results were consistent with the seasonal diluent requirements for this crude stream.
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Batch: CL(H)-961 - Hardisty

Date: Mar 22, 2010
Increased C4s x C6s were observed in the March sample of CL from Hardisty. As a result, density was decreased.
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Batch: CL(H)-843 - Hardisty

Date: Feb 23, 2010
The February sample of CL from Hardisty sample had slightly lower than average C9s x C10s, and a slightly decreased density.
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Batch: CL(E)-708 - Edmonton

Date: Feb 23, 2010
The Edmonton sample of CL had increased C4s x C8s and BTEX, and a slightly decreased density. The simulated distillation distribution reflected a decrease in naphtha and increase in distillate, which appears consistent for the seasonal diluent requirements for Cold Lake.
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Batch: CL(E)-813 - Edmonton

Date: Jan 23, 2010
The Edmonton sample had typical light ends along with slightly lower than average density and sediment.
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Batch: CL(H)-627 - Hardisty

Date: Jan 18, 2010
Slight decreases in C9s x C10s were observed for the January CL sample from Hardisty. Simulated distillation results were received for the Hardisty sample.
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