Taikisha (1979) · InitiativeAdvanced
CO₂ Reduction Using the Low-Airflow Painting Booth “i-LAVB”
First written in FY2022. 1 of 2 entries say "Advanced", first in FY2023. Latest entry: FY2023.
2entries
2years
0from disclosures
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Same theme, other companies
Energy Consumption Reduction and Energy EfficiencyA theme 77 companies write about · 0 as a headwind · 80 as a tailwind
29 other companies' latest entry also says "Advanced".
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Showing 14 of the 77 companies compared. The sentences above are computed from all 77.Full recordFilings, disclosures and news, newest first
- FY2023AdvancedAnnual report
「Many customers are currently making inquiries, and installations have already begun at some sites.」
Inquiries about the low-airflow booth i-LAVB have increased, and installations have begun at some sites. Development has also progressed on a compact booth for parts lines. - FY2022First statedAnnual report
「The low-airflow booth “i-LAVB” uses controlled localized air supply from a semicircular duct installed in the booth ceiling to create a painting environment equivalent to that of a conventional paint booth with lower airflow.」
We developed a low-airflow booth that reduces airflow and air-conditioning energy through localized air supply. Paint booths account for approximately 50% of CO₂ emissions at automotive paint plants, and consideration of installations is progressing.