The Project of the ETV of Japan＞Introduction＞Target Verification Technology Fields

　HOME　

　Introduction to the Pilot Project for the ETV of Japan　

　Target Verification Technology Fields　

　in the fiscal year 2006

main body Link to menu

Target verification technology fields in the fiscal year 2006 are listed below.



	Organic Wastewater Treatment Technologies for Small-Scale Establishments (Kitchens/Restaurants and Food Manufacturing Plants)

	Description Technologies for treatment of organic wastewater from small-scale establishments (with a daily wastewater flow rate of less than 50 m3) such as kitchens/restaurants, food manufacturing plants etc.
	Examples Technologies (or equipment, plants, etc.) for the proper treatment (for example, by the biological and physicochemical process) of organic wastewater from kitchen.


	Treatment Technologies for Human Waste in Mountain District

	Description Technologies of treatment of human waste in a public restroom at the mountain area, which is not served with sewage works, drainage, electricity etc.
	Examples Technologies (equipment) for proper treatment that has no effluent system (for example, by the biological, chemical and physical treatment or combination of those treatments) of human waste.


	Technologies for mitigation of the urban heat-island effect

	Technologies for reducing air conditioning load by applying building envelope decorations(government-sponsored system) Description Technologies for suppressing the heat emitting by reducing indoor air-conditioning cooling load with crusting buildings (such as establishments, outlets, and housing) after construction. Examples Solar radiation shielding film for windows, etc.


	VOC treatment technologies

	VOC treatment technologies for medium- and small-scale establishments (government-sponsored system) Description Technologies for versatile VOC treatment for medium- and small-scale establishments, that are expected their voluntary efforts in revised Air Pollution Control Law. Examples Technologies (or equipment, plants, etc.) for the proper treatment (for example, by the decomposing, removal and separation process) of VOC emission from the facilities (that are expected their voluntary efforts to reduce emissions in Air Pollution Control Law) owned by medium- and small-scale establishments for such as coating painting, printing, industrial cleaning and dry-cleaner.


	Wastewater treatment technologies for nonmetallic elements (e.g., boron) (government-sponsored system)

	Description Technologies for treatment of wastewater containing nonmetallic elements such as boron, applying to operating establishments such as hotels and inns where only organic pollutants in wastewater have been considered to date.
	Examples Compact and low-cost technologies (equipment) for treating wastewater containing nonmetallic elements such as boron (for example, by the coagulation/sedimentation or ion-exchange methods), that may be retro-fitted into existing wastewater systems.


	Technologies for improving the water quality of lakes and reservoirs. (government-sponsored system)

	Description Technologies for directly removing pollutants that have accumulated in water, benthic mud, etc., or for preventing internal production of pollutants within enclosed lakes and reservoirs, where it is difficult to improve the water quality merely by reducing pollutant load inflows. Mainly equipment that can be used on-site, and excluding technologies that require large-scale work such as dredging.
	Examples Technologies for improving the water quality of lakes and reservoirs, for example, by filtration, adsorption, or sedimentation, or by suppressing massive growth of phytoplankton.

Target Verification Technology Fields in the fiscal year 2005 ( from April 2005 to March 2006 )