Target Technology Fields
Simplified VOC, etc. Measurement Technology field

Examples
of Technologies: Handy VOC sensor/monitor, etc.
Outline of Technologies
The relevant technologies have such characteristics
as ease of operation or control and ability to quickly measure quantities. As
such, they are useful for voluntary efforts to reduce the emission of VOC, etc.
by business establishments handling VOC, etc. through process control, equipment
control and other viable means.
In general, the term “VOC” means causative substances which produce photochemical
oxidants and suspended particulate matters (SPM) through photochemical and physical
reactions. When the term “VOC, etc.” is used, it includes, for example, “TVOC
in gas emissions”, “VOC in the indoor environment” and “odor”. Accordingly, technologies
in a wider range are included in the target technology field.
Examples of Target Technologies
Technologies which are easy to operate and control and which are capable
of simultaneously measuring more than one constituent of VOC, etc. (Verified
technologies include those related to the catalytic oxidation-detecting tube
method, the interference enhanced reflection (IER) method, oxide semiconductor
gas sensors and photoionization detectors.)
Reference Materials
- Protocol (Version 6: revised on July
18, 2014) [PDF/405 KB]
A protocol defines the basic approach for the implementation of verification
tests, test conditions, test methods and other relevant matters in the relevant
technology field.
- PR materials for simplified VOC, etc. measurement technologies in various
foreign languages
For users
The Air Pollution Control Act regulates the level
of VOC concentration at the outlet of those facilities which emit a large amount
of VOC, considerably affecting the air quality. At the same time, based on the
idea of containing the amount of VOC emission by means of a system combining
official regulation with the voluntary measures of business operators to contain
emission (best mix approach), there must be some kind of assistance to facilitate
voluntary measures at small to medium size facilities outside of the regulatory
regime to enable a further reduction of the amount of VOC emission.
If business operators emitting VOC, etc. obtain accurate data on the emission
amount of VOC, etc. through day-to-day management and adopt optimal VOC, etc.
emission reduction measures, positive effects can be expected. These effects
include further improvement of the working environment, reduced cost of solvents
and fulfillment of CRS through the increased transparency of environmental data.
Meanwhile, even though many different simplified measuring instruments are available
for use for voluntary measures, the existing data on the accuracy, operability,
measurement cost and other relevant matters of these instruments is only that
published by their manufacturers.
The ETV Program assists the selection of technologies suitable for the needs
of users by means of disclosing the results of technology verification tests
conducted by third party organizations and providing various types of information
required to judge the effectiveness of individual technologies.
For verification applicants
The ETV Program assists the dissemination and
wider use of useful technologies of verification applicants by means of bringing
out the potential needs of users through the introduction of usable environmental
technologies to users, disclosure of the results of technology verification tests
conducted by third party organizations and provision of various types of information
required by users to select technologies.
A questionnaire survey with verification applicants in the past received such
replies as “The number of enquiries about the technology has increased since
verification” and “There have been certain positive effects on sales promotion
and technological development activities”. Another reply concerning the issued
logo was that “The logo has been attached to the product pamphlet, technical
reports, company brochure, and company website”.