環境に配慮した鉛バッテリー回収・再資源化に一貫対応。処理体制の紹介資料など進呈
ダイセキMCR自動車や建機などの廃鉛バッテリーの回収を依頼する業者選定では、環境配慮や法令対応への姿勢にも注目したいところ。 ダイセキMCRは廃鉛バッテリー・廃鉛蓄電池の回収から精錬まで一貫対応しています。CO2オフセットを推進し、2013年度比で約70%のCO2削減を実現。2030年のカーボンニュートラル達成に向けた計画も策定済みで、ダイセキグループとしてコンプライアンスに配慮した体制も整えています。

CO2削減・省エネ・省資源など「SDGs」の達成に役立つ製品・システムをご紹介
Date Published:
自動車や建機などの廃鉛バッテリーの回収を依頼する業者選定では、環境配慮や法令対応への姿勢にも注目したいところ。 ダイセキMCRは廃鉛バッテリー・廃鉛蓄電池の回収から精錬まで一貫対応しています。CO2オフセットを推進し、2013年度比で約70%のCO2削減を実現。2030年のカーボンニュートラル達成に向けた計画も策定済みで、ダイセキグループとしてコンプライアンスに配慮した体制も整えています。
Why not start with "sustainable business cards" as a tool to communicate your company's initiatives both internally and externally?
A system that is less affected by market conditions! It is also highly regarded by suppliers and various media.
Providing fun and safe art kits and novelties that cater to various needs!
Triggering innovation through design thinking, working towards the achievement of the SDGs, and turning ideas into reality.
Achieve heat stroke prevention and energy-saving air conditioning without stopping the use of the building. By utilizing it during repainting, it is possible to improve the work environment while saving on taxes.
Using reclaimed and unused wood for the wooden parts. Lightweight boards suitable for the core material of panels, as well as cushioning materials for preventing damage and scratches during packaging, internal transport, and transportation.
Learn actively and joyfully so that you can apply it to your daily actions! Here are some suggestions for utilizing our sensors.
A newly constructed bridge requires no replacement for 100 years! Long-term water resistance, maintenance-free.
Non-combustible material "Dailight" made from mineral fibers and volcanic ash glass materials - an eco-friendly material utilizing untapped natural resources.
The floor of the hazardous materials warehouse was constructed with seal hard. Additionally, joint filling was applied to achieve a hazardous materials warehouse that offers "ease of use, easy maintenance, and durability"!
The introduction of the RICOH handheld sensor has successfully converted about 20% of waste plastic into "valuable materials."
Stay Updated with Our Newsletter
The next update is,.