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脱炭素化促進事業サービス

AI×環進帳SDGS診断システム

●目的と特徴

 

 

環進帳とは、電気料金や燃料費などのエネルギー代、ごみ処理費等の会計データを入力することで、現状のCO2排出量が概算で算出・表示されるシステムです。

 

会計ソフトと連動することができ、自動的にCO2排出量を計算します。

 

 

CO2排出量について、業界平均との乖離が把握できます。

 

 

対応するSDGs17分野の表示がグラフ等で表示され、今後の課題を示唆します。

製品LCAに係わるCO2を把握

会計データを基にして算出した上流工程の製品のCO2量は、納品先に報告できます

製品やサービスの上流工程のCO2算定をしたい方

全企業活動のCO2量は、カーボンニュートラル目標の指標になり、対外的にPRできます

炭素生産性を把握する

 

省エネ法(税制優遇措置)対応をしたい方 

組織LCAに係わるCO2を把握

全企業活動のCO2算定をしたい方

●環進帳の算出結果に関する注意

 

<3EIDについて>

 

環進帳では、購入金額からCO2排出量を概算で算出する場合、「産業連関表による環境負荷原単位データブック(3EID)」を使用しています。

 

産業連関表は生産活動の種類によって区分された約400の部門で構成されており、一定程度のあいまいさを含みます。

 

また、海外で生産された製品を輸入する場合なども、乖離が大きくなりますので、注意が必要です。

 

より正確なCO2排出量を求める場合は、金額ではなく、数量を元に算出することをお勧めいたします。海外からの輸入品についても割合が高い場合などは個別に判断が必要です。

 

 

<GHGとCO2>

 

GHGとは、二酸化炭素(CO₂)、メタン(CH₄)、一酸化二窒素(N₂O)、ハイドロフルオロカーボン類(HFCs)、パーフルオロカーボン類(PFCs)、六フッ化硫黄(SF₆)、三フッ化窒素(NF₃)の7種を指します。

本来、CDPなどに報告する温室効果ガス排出量は7種すべてが対象となりますが、環進帳ではCO2のみを算出対象としていますのでご注意ください。

 

 

<輸送に関する排出量の考え方について>

 

原料や人などを輸送する場合、社用車を利用する場合は、輸送に関するCO2排出量は、燃料費としてSCOPE1に現れます。

 

外部へ輸送を委託する場合は、外部委託費(運送費)が輸送部分にあたるため、そのCO2排出量はSCOPE3 カテゴリ4に現れます。

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気候変動に関する企業のESG評価として著名なCDPの質問書(2023気候変動)の
スコアリングアップを目指して、質問内容を一つ一つ解説する実践的な
プログラム―CDPスコアリングパートナーが、2023気候変動質問書※CDP(気候変動)質問書は、2022年分から東証のプライム市場に上場する企業に対象を拡大しているを徹底解説!CDP(2023気候変動)質問書、並びにサプライチェーン質問書について全網羅的に
解説し、質問書に回答する上でのポイントを具体的に紹介。前年度の他社回答
事例や採点基準も交え、スコアを上げるノウハウを説明します。

1.CDPの概要
2.CDP(2023気候変動)質問書 CC 0~16、SC 0~4の各設問の解説
※ 質問書の正式リリースに応じ設問数が変更となる可能性がございます。     
3.設問ごとの過去回答例と採点基準のご紹介

「GHG(温室効果ガス)排出量算定、徹底解説!!」 ―選ばれるサプライヤーへ、攻めのグリーン戦略 ――、コンサルティングのシェアリングとして実施するもので、
世界的に推奨されている「GHG(温室効果ガス)プロトコル」に基づく
排出量の算定手法を徹底解説※GHGプロトコルに基づいた具体的な計算方法や適切な排出係数がない 場合の対応の仕方など、実務に即した具体的な方法を解説<SCOPE1と2><SCOPE3>温室効果ガス排出量の適正な算定と検証に関する方法やISO14064シリーズ等の国際規格について、基本からわかりやすくご紹介<SCOPE1と2>
 1.サプライチェーン排出量とは
 2.SCOPE1と2排出量算定の基準 
 3.SCOPE1と2排出量算定のステップと計算方法
 4.排出量算定の文書化
 5.排出量第三者検証への備え          など 

  <SCOPE3>
 1.SCOPE3排出量とは
 2.SCOPE3排出量算定のステップ 
 3.SCOPE3におけるカテゴリー別算定について(カテゴリー1~15)
 4.排出量算定の文書化
 5.排出量第三者検証への備え      など
事業会社とSDGs ~貯金をしながらSDGsに貢献」「IoTを活用したエネルギーの「見える化」で業務改善とコスト削減を両立SDGs/ESG/カーボンニュートラルのコンサルティング」電気と熱の最適利用による省エネとエネルギー供給リスク回避の
両立を実現する取り組みで、使用電力の可視化によって無駄を
発見し、コスト削減を実現したなど、取組事例

“SDGSTV"は2050年の脱炭素社会構築に向けて、企業・行政団体が取組む脱炭素に関する事業やSDGsや脱炭素、DX等の情報をタイムリーにYouTubeライブ配信にてお届けする公民連携の情報発信番組です。 いろいろな企業や行政団体にご出演頂き、有意義なコンテンツをお届けいたします。 放送については、毎月1回程度のペースで配信を予定しております。

見積もりを依頼する

有難うございました!

© 2023 HOC Intelligent Technology Co., Ltd. Created using https://www.nekkyoai.com/

Phone: 06-6720-8749

※新型コロナウイルス感染症予防対策の一環として、当面の間電話によるお問合せ受付は休止させて頂きます。
 

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〒577-0831

​ 4-9-35 Shuntoku-cho, Higashi-Osaka City, Osaka Prefecture

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member

Osaka Chamber of Commerce and Industry, Higashi-Osaka Chamber of Commerce and Industry, Tokyo Chamber of Commerce and Industry, Nagoya Chamber of Commerce and Industry

Authorization/Certification

General worker dispatch business qualification  permission

Privacy Mark qualification

 Information Security Management System Certification

CMM5 companies

ISO9000 company

SDGS certified company

ECO certified company

affiliated academic society

National Institute of Information and Communications Technology (NICT) 

Chinese Society for Artificial Intelligence, Society for Artificial Intelligence, AAAI, AAAS, IEEE, ComputerScience Professor Researcher, Chinese Academy of Sciences Researcher

CFI Researcher, Harvard University Researcher, Oxford University Researcher,

​NTT, Toyota Motor Corporation, JST, AMED, RIKEN, JAXA Research Team of the Japan Aerospace Exploration Agency

Management and economics research at Changchun University of Technology

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group company

Japan State-of-the-Art Technology Laboratory Co., Ltd.
Local subsidiary in China  Harniuqiao Intelligent Technology Nanjing Co., Ltd.
UK subsidiary HOCIntelligentTechnology
Subsidiary in USA, Subsidiary in Germany, Subsidiary in Canada

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In the bioscience field, we are promoting cutting-edge research and education based on a wide range of life sciences, centered on molecular biology and cell biology. Currently, we are promoting advanced biotechnology research in three research fields: plant science (laboratory), medical biology (laboratory), and integrated systems biology (laboratory).

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field of study
Algorithms, Artificial Intelligence, Machine Learning, Deep Learning, Big Data Analysis, Data Mining, Mathematical Modeling, Numerical Analysis, Computational Science, Web Informatics, Neuroscience, Quantum Information, and New Principles, Theories, and Interdisciplinary Areas of These Advanced research that creates possibilities for new applications
Research and development on the development of natural language processing, computer vision, image processing, acoustic information processing, computer graphics, databases, human interaction, web mining, social media, community analysis, media clone generation/recognition, machine learning/deep learning applications, etc.

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Research

Next Generation Energy System Creation Strategy Green Lab

The 21st century is said to be the age of life sciences. Elucidation of diseases such as cancer, brain diseases, and allergies, which have increased due to aging and stress. From the perspective of global environmental conservation, the development of bioenergy, the development of biopesticides that do not depend on chemical substances, and the development of safe food have become issues. Against this background, in the field of applied biology, a team of advanced engineers and researchers with the knowledge, skills, and judgment that can solve these problems, and biotechnology have played a major role in modern society. . Biotechnology has rapidly filled the gap between practical sciences related to organisms such as agriculture, medicine, and pharmacy, and basic biology, and has continued to develop. In this department, we make full use of biotechnology to not only analyze life phenomena themselves, but also to realize technologies related to better human life.

 New Material Innovation Lab

Today, from general-purpose familiar substances and materials to substances and materials that support cutting-edge science, substances and materials that play a role in the production, storage, and transportation of energy, environmentally friendly substances and materials, and biomolecules and other substances that are linked to life. and material innovations are essential for the development of material science, material science, and even life science. These fields of science are interconnected to develop nanotechnology, information technology, biotechnology, and environmental technology that support our social life. Against this background, this school has a broad perspective on advanced science and technology and substances and materials, and explores and develops next-generation substances and materials.

engineering organization

Engineering is a field of study that aims to design and construct things that are useful to society and safe and comfortable environments based on the basic theories of mathematics, physics, chemistry, and biology, as well as an understanding of natural principles. As globalization and urbanization advance, issues such as resource and energy problems, global warming, and a super-aging society are becoming apparent. Engineering is gaining importance for solving these problems. In order to plan and design things that are useful to society and safe and comfortable environments, it is necessary to discover issues and clarify objectives. You cannot move forward without understanding what is required of you. In order to actually construct things and environments, it is important to know what methods can be used and to understand the limitations in principle. Furthermore, we must ask ourselves whether the method is the best, and whether it is a natural course of action that is not unnecessarily complicated. In order to do so, we must acquire the ability to learn and understand various things and make comprehensive judgments by making full use of that knowledge. In the design engineering department, a team of highly specialized engineers acquires specific methods for constructing things and environments, and has the skills to make comprehensive judgments from the perspectives of usefulness, safety, and comfort.

City/Architecture/Design

On the other hand, we are strongly conscious of the shift to a stock-oriented society in the 21st century, and consider existing cities and buildings as stock that should be utilized, and develop comprehensive management skills for their preservation, restoration, and restoration, or their preservation. increase. A city/architectural expert who has the ability to preserve, restore, and regenerate a city/architecture as stock, or who has the ability to comprehensively manage its preservation. We train architects, restoration architects, urban/architectural planners, heritage managers, structural/environmental engineers, etc. For this reason, internships not only at companies but also in the local community and overseas are formally positioned as a course subject, and we actively encourage students to gain diverse construction work experience. In the field of design, based on specialized design skills related to products, graphics, interiors, etc., discovering needs and creating innovative solutions in a wide range of frameworks such as changes in the social and global environment, business, and technological environments. Aiming to achieve this goal, the field of value creation studies conducts world-class research on works and authors in the fields of art, design, architecture, etc., through work analysis, decipherment of literature, and historical and theoretical valuation through deep insight.

design areaWe aim to discover needs in a wide range of frameworks such as changes in the social and global environment, changes in business and technological environments, and create innovative solutions for them, based on our specialized design capabilities related to products, graphics, interiors, etc. In the field of value creation, world-class research is conducted on works and authors in the fields of art, design, architecture, etc., through work analysis, decipherment of literature, and historical and theoretical valuation through deep insight.

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Mesoscopic Materials Science Laboratoryprotein, nano-assembly, biomineralization, self-assembly, device

Sensory Functional Device Science LaboratoryMEMS technology, μTAS (Micro Total Analysis Systems) technology, molecular imaging technology

Functional Polymer Science LaboratorySynthetic Organic Chemistry, Medicinal Science, Kinase Inhibitors

Environmental Adaptation Materials LaboratoryGlobal warming countermeasure technology, carbon dioxide separation and recovery, membrane separation, adsorption separation, hydrogen production

Advanced Functional Materials LaboratorySuper-hybrid materials, energy storage materials, nanomaterials, thin films/particles/fibers, plating, interface control technology, heat dissipation control technology, secondary battery, micro-circulation platform, biomass

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Through research activities in the field of information AI, students will cultivate independent research skills, acquire high-level specialized knowledge and skills, problem-finding and problem-solving skills through a wide range of theories and systemic understanding of the field, and acquire global communication skills. This fellowship system supports students to acquire the ability to demonstrate leadership in advanced science and technology fields with high ethical standards and a broad perspective.

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Partner

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Bioscience field

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コロナ禍の下でも経済を牽引するような、デジタルやグリーンといった成長分野

  • 洋上風力・太陽光・地熱

  • 水素・燃料アンモニア

  • 次世代熱エネルギー

  • 原子力

  • 自動車・蓄電池

  • 半導体・情報通信

  • 船舶

  • 物流・人流・土木インフラ

  • 食料・農林水産業

  • 航空機

  • カーボンリサイクル・マテリアル

  • 住宅・建築物・次世代電力マネジメント

  • 資源循環関連

  • ライフスタイル関連      ゼロエミッション社会の実現に向けて健康長寿とバイオエコノミー社会を目指して人と共栄する情報・人間工学領域 カーボンニュートラルの早期実現に向けて世界トップレベルのAI計算基盤「ABCI」素材開発をDX化しませんか?AIを活用した製造現場の加工条件最適化

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