Potential for emissions

In computing the potential for emission of a new source or source complex, it is necessary to consider two other source categories, "fugitive" and... 

Provides potential for emission reduction credits. Provides potential for increased boiler flexibility. 

Some information exists regarding the potential for emissions of organotin compormds from landfills, including laboratory-scale experiments as well as measured concentrations of organotins in landfill leachate. 

Kern JS, Gong ZT, Zhang GL, Zhuo HZ, Luo GB. 1997. Spatial analysis of methane emissions from paddy soils in China and the potential for emission reduction. Nutrient Cycling in Agroecosystems 49 181-195. 

LEMlEUX, P. M. 1994. Pilot-Scale Evaluation of the Potential for Emissions of Hazardous Air Pollutants from Combustion of Tire-Derived Fuel. US Environmental Protection Agency, EPA-600/ R-94-070. 

Etyemezian V, Nikolich G, Ahonen S, Pitchford M, Sweeney M, Purcell R, Gillies J, Kuhns H (2007) The Portable In Situ Wind Erosion Laboratory (PI-SWERL) a new method to measure PM10 windblown dust properties and potential for emissions. Atmos Environ 41 (18) 3789-3796... 

Concerns have been raised about the findings of chemicals, including some flame-retardants, in humans or the environment.4 5 Even though the levels found are extremely low and have not been shown to pose a risk to the environment or to human health,6-7 every effort should be made to minimize the release of chemicals from manufacture and use, where the largest potential for emissions exists. 

The government s consultancy had identified significant potential for emission reduction in the cement sector by means of reducing the clinker content of finished cement. 

State acceptance of the electrokinetic technology at hazardous waste sites will likely depend on expected residual contamination and on how wastes from the remediation processes are handled and disposed. The potential for emissions during drilling and installation of the electrokinetic technology is substantially lower than excavation. Acceptance of the technology may involve consideration of performance data from applications such as field- and pilot-scale demonstrations using actual wastes that will be treated during later, full-scale remediation. 

Recently, a XeCl laser (308 nm) with high spectral brightness has been used by Maeda and Takahashi [lO] to excite up to the 11th AS component at 128.3 nm in H2 gas at 10 atm. This source and therefore the AS Raman emission is tunable over the bandwidth of the XeCl laser ( V IOA). The potential for emission at much shorter wavelengths now exists with excitation of stimulated Raman scattering with an E-beam pumped Ar2 ex-cimer laser operating at 124 to 127.5 nm with 2 MW output power. In preliminary experiments, Sasaki et al. [ll] have generated X IOO kW power in the first and second order Stokes emission (at 134 and 141 nm) of H2 at 8 atm pressure. 

Chapter 4 includes detailed inventories of emissions associated with the production of common thermoplastic materials. The potential for emissions, however, does exist in the synthesis, processing, and use of polymer-based products. 

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