fugitive emission
fugitive release

As a result, fugitive emissions from the pile must be calculated.

A number of initiatives are already underway to address fugitive emissions.

Clean out labour costs during product change over and fugitive emissions need reducing.

Table A10-2 provides a detailed breakdown of fugitive emissions by activity.

Generally, emission factors may be used to estimate fugitive emissions.

A study to evaluate fugitive emissions will be conducted during detailed design.

The model assumes reductions of fugitive emissions in those provinces.

The overall uncertainty for fugitive emissions from the oil and gas industry is estimated to be in the range of -10% to 9%.

Other industrial sources include fugitive emissions, which cannot be attributed to any single release point.

• Are actions to reduce fugitive emissions eligible for early action?

Sound engineering practice will be used to design valves to minimize fugitive emissions.

These controls maintain buildings under negative pressure and reduce fugitive emissions from process equipment.

No detectable odours Reduction on the number of fugitive emissions.

For this reason, reductions in fugitive emissions are not eligible for early action.

Another 7.4% resulted from fugitive emissions, for a total of almost 81% from the energy sector.

Monthly fugitive emissions are calculated from the annual total.

• fugitive emissions (see box) during exploration, production and transport.

Many facilities report their stack and fugitive emissions separately.

Measurement of fugitive emissions to atmosphere by methods such as boundary monitoring.

The fugitive emissions were equivalent to 0.17% of the refinery throughput.

-- did you get a sense that we know what they fugitive emission numbers are?

Such an imbalance can also indicate that fugitive emissions or unidentified releases are occurring.

Additional primary hooding is being put in place and this will reduce the release of fugitive emissions.

Fugitive emissions from absolute open flow tests are assumed to be negligible.

Fugitive emissions refer to waste gas escaping into the atmosphere from various processes.

Air emission data should include both stack and fugitive releases.

"fugitive release" means the total of all releases to air that are not released through confined process streams.

These estimates do not include fugitive releases which can be substantial (Western Research, 1991).

Emissions in this sector are classified as either fuel combustion or fugitive releases.

Air releases for each substance are entered in section B12.0 for stacks and fugitive releases.

Present information on anthropogenic sources to describe the direct and fugitive releases, point, area, and mobile sources.

Prior to the removal of H2 S from the gas, there is the potential for occasional, localized fugitive releases of odours.

Fugitive releases (e.g. methane leaks from pipelines) contributed just as significantly to GHG emissions.

Include both routine and accidental or non-routine releases. stack or point releases storage or handling fugitive releases spills B1.

This estimate does not include fugitive releases, which can be significant (Western Research, 1991), or releases resulting from spillage of PCB-containing fluids.

Air releases for each substance are entered in section B12.0 for Stacks or Point Sources and Fugitive releases and will be reported as shown below.

Canada's Industrial Sector Greenhouse gas emissions in the Manufacturing Industry result from fossil fuel combustion, industrial processes, as well as fugitive releases.

• Reciprocating Engines (i.e. the natural gas and diesel fuel engines) Fugitive releases - Air releases that are not released through stacks or points.

The two categories considered in the inventory are fugitive releases associated with solid fuels (coal mining and handling) and releases from activities related to the oil and natural gas industry.

About two thirds of that increase (43.1 Mt) was in fossil fuel industries, pipelines and fugitive releases, a product of the 66% increase in oil and gas production over the period.

B12.1.a Stack or point releases - Total releases from stack or point sources B12.1.c Fugitive releases - Air releases that are not released through stacks or points.

The 28 tonnes are from the following sources: 7 tonnes from a stack with height of 65 meters, and the remaining 21 tonnes are from storage/handling, fugitive releases, spills, other non-point sources.

This definition of fugitive emissions is consistent with descriptions of fugitive releases ("such as ventilation fumes and windblown releases from tailings on your property") found in the Mining Association of Canada's guidance documents.

• Emissions from Energy Industries (including Fossil Fuel Industries, Electricity and Heat Generation, Mining, fugitive releases and combustion emissions from pipelines) rose by about 94.7 Mt between 1990 and 2004.

Emissions from the various manufacturing industries result from fossil fuel combustion, from industrial processes in which greenhouse gases (GHG) are emitted as a direct by-product of those processes, and from the fugitive release of methane during the mining of coal.

Canadian Greenhouse Gas Emissions and Removals 1990 and 1999 Click here to view image full size [Back to top] Canada's Industrial Sector Greenhouse gas emissions in the Industrial sector result from fossil fuel combustion, industrial processes, as well as fugitive release.

It was pointed out that the general subdivision of releases by source type (e.g., point releases vs storage or handling releases vs fugitive releases, spills or other non-point releases) that is currently (and will continue to be) required for total VOC is not necessary in the context of speciation.