Calculating method for dynamically establishing port and vessel air pollutant emission lists

Abstract

Provided is a calculating method for dynamically establishing port and vessel air pollutant emission lists. A port emission module (including a cargo storage and shipment submodule, a port operation facility submodule, a collecting and distributing submodule and a database), a vessel emission module (including a cruising submodule, a berthing and departing submodule, an operation and construction submodule and a database), an operation scene (including an emission reduction strategy) dynamic combining module and a data base are included. The calculating method is used for calculating single and superposed accumulated emission lists for air pollutants (mainly PM2.5, NOx, SOx, VOCs, CO, CO2 and the like) which has general characteristics and are emitted by coastal or inland vessels entering, leaving and passing through ports through cruising, berthing and departing and / or operation, and facilities for port cargo loading, unloading, storage, transporting, collecting and distributing in identical or similar time and space in different working conditions and modes, reliable data support is provided for port and vessel energy conservation and emission reduction schemes of related departments, and design and strategies of structure adjustment and mode transformation green traffic development planning of the ports, and the goals of air pollution prevention, carbon emission control, port air quality improvement and weather climate changing handling are achieved.

Description

(1) Technical field [0001] The invention relates to a calculation method for dynamically building air pollutant discharge inventories of ports and ships, which can help relevant personnel combine the operating states of ports and ships according to different energy-saving and emission-reduction countermeasures, and use the corresponding air pollutant discharge Calculating formulas and parameters, dynamically building an emission inventory, and then providing reliable data support for the design and decision-making of energy-saving and emission-reduction schemes of relevant departments, belongs to the technical field of environmental protection and air pollution prevention and control. (2) Background technology [0002] With the rapid development of my country's economy, the shipping and logistics industry has also made great progress. According to relevant statistics, as of the end of 2011, the country had 179,200 ocean-going, offshore, and inland water transport ships, an i...

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Problems solved by technology

[0008] Developed countries in the world and my country's Hong Kong have done a lot of research on emission inventories, and domestic scholars have also carried out research on individual port emission inventories, but the research on ship and port air pollutant emission inventories suitable for my country's specific national conditions and current water transport statistical reports is still in the works. In particular, there is a lack of emission inventory calculation methods that can dynamically combine different emission control strategies. It is difficult to meet the needs of systematic, comprehensive and practical reflection of air pollutant emissions from ports and ships by relying on some scattered diesel engine emission formulas alone. The invention patent for the calculation method of forestry greenhouse gas carbon emission inventory is also completely inapplicable to the carbon emission conditions of ships and ports, and related inventions are urgently needed to fill the gap

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