|
43. The expert from the Russian Federation introduced GRPE-69-03 while discussing item 7 on Particulate Measurement Programme (see para. 26).
|
GRPE-69-03 | Pollution of motor transport highways by particles from tire and road surface wear has a disastrous influence to human health
|
Pollution of motor transport highways by particles from tire and road surface wear has a disastrous influence to human health
|
|
Reference Number: GRPE-69-03
|
|
During motor transport operation, elevated concentrations of solid particles are formed in the air over the roadway as a result of particulate matter emissions from vehicle exhaust gases, tire and road surface wear particles, background air pollution and other processes. The content of tire and road surface wear particulates in the air over the roadway, as it has been specified in the previously submitted materials of the Russian delegation, amounts up to 60% from the total percentage of solid particles (WP-29-160-39). This paper presents further research into this subject.
|
|
Submitted by: Russia
|
|
Meeting Sessions: 69th GRPE session (5-6
Jun 2014)
|
|
Document date: 29 Apr 14
|
|
Relevant to
|
|
View full document file for more information
|
|
|
44. Recalling the submission of GRPE-66-03, WP.29-160-38, WP.29-161-12 and WP.29-162-16, the expert from South Korea introduced GRPE-69-28 on (i) the Korean VIAQ guideline that had proved to be effective, (ii) the standards applied in various countries and (iii) the need to harmonize internationally the VIAQ requirements. He concluded his presentation by proposing that GRPE develop a VIAQ guideline, as a first step. GRPE agreed to report on this matter at the June sessions of WP.29 and AC.3 and to further discuss a possible strategy to tackle this issue at its January 2015 session.
|
GRPE-66-03 | Proposal to establish a global technical regulation on vehicle interior air quality
|
Proposal to establish a global technical regulation on vehicle interior air quality
|
|
Reference Number: GRPE-66-03
|
|
Materials and adhesives used in the construction of vehicle interiors can emit volatile organic compounds(VOCs), aldehydes, or other substances that are harmful to human body. Korea, Japan, and China have legislation related to this subject and ISO 12219-1:2012 concerns the measurement of volatile organic compounds in cabin interiors. Many vehicle manufacturers have also addressed this issue. Therefore, Korea proposes that WP.29 undertake an effort to establish worldwide uniform standards to ensure healthy vehicle interior air quality (VIAQ).
|
|
Submitted by: Korea
|
|
Meeting Sessions: 66th GRPE session (3-7
Jun 2013)
|
|
Document date: 22 May 13
|
|
Relevant to
|
|
View full document file for more information
|
GRPE-69-28 | Proposal for Vehicle Indoor Air Quality (VIAQ)
WP.29-160-38 | Proposal for a New GTR on Vehicle Indoor Air Quality (VIAQ)
WP.29-161-12 | Proposal for development of a new UN GTR on Vehicle Indoor Air Quality (VIAQ)
|
Proposal for development of a new UN GTR on Vehicle Indoor Air Quality (VIAQ)
|
|
Reference Number: WP.29-161-12
|
|
Proposal to develop a new global technical regulation concerning the protection of occupants from harmful substances,such as Volatile Organic Compounds (VOC) or aldehydes, emitted by interior materials used in the construction of vehicles.
|
|
Submitted by: Korea
|
|
Meeting Sessions: 161st WP.29 session (12-15
Nov 2013)
|
|
Document date: 08 Nov 13
|
|
Document status: Request for mandate
|
|
Relevant to
|
|
View full document file for more information
|
WP.29-162-16 | Implementation of vehicle indoor air quality requirements
|
Implementation of vehicle indoor air quality requirements
|
|
Reference Number: WP.29-162-16
|
|
Presentation on Korean steps to address concerns over emissions of volatile organic compounds including formaldehyde, toluene, ethylbenzene, styrene, benzene, and xylene emanating from materials used in vehicle interior components such as dashboards, carpeting, and seats.
|
|
Submitted by: MOLIT
|
|
Meeting Sessions: 162nd WP.29 session (11-14
Mar 2014)
|
|
Document date: 10 Mar 14
|
|
Relevant to
|
|
View full document file for more information
|
|