Smartly Manage Decarbonization – with Software that Works
Guide your company in a structured and measurable way toward climate neutrality – based on recognized standards such as Science Based Targets (SBTi) or Net-Zero approaches.
Decarbonization with the leadity Software
Plan systematically, evaluate actions, coordinate CO2 reduction
With leadity, you develop strategic reduction pathways based on your carbon footprint – individualized, strategic, and scalable through science-based targets (SBT) and standards like the SBTi Net-Zero Standard. Growth assumptions and external factors can be flexibly integrated. The integrated action tool helps you plan, evaluate, and integrate reduction and substitution measures into your strategy – as a basis for strategic decisions and sustainable investments.
Key features at a glance:
- Individual action modeling by defining scope, timeframe, consumption or substitution quantities, and more
- Automated CO₂ evaluation powered by integrated emission factors and direct linkage to your recorded carbon data.
- Flexible scenario modeling for combining and evaluating different measure variants
- Gap analysis and visualization compared to your planned decarbonization roadmap
Evaluate Investments with a Scenario Analysis
Compare action options in terms of their impact on your CO2 balance – intuitive, data-driven, and visually presented. With the leadity software, you develop an effective decarbonization strategy in 5 steps:
Step 1: Record your Carbon Footprint
leadity generates your company-wide CO2 balance in accordance with the Greenhouse Gas Protocol and ISO 14064 – legally compliant, transparent, and scalable. More information is available here.
Step 2: Model a Decarbonization Pathway
Plan your reduction targets based on pre-set pathways – e.g., SBTi-compliant or Net-Zero by 2045/2050.
- Selection from relevant stored reduction pathways for corporate groups and locations
- Automatic modeling over the defined time horizon – differentiated by scopes and emission categories
Step 3: Model Growth
Take planned business growth into account – whether in revenue, production, or location-specific units.
- Simple consideration of specific or generic growth pathways
- Automated integration into the reduction pathway to achieve your decarbonization goals
Step 4: Plan and Evaluate Measures
Plan and assess your actions efficiently and practically – from consumption reduction to substitution of existing purchasing products.
- Intelligent integration of your measures with your carbon balance to automatically model their long-term impact oder Intelligent mapping of your reduction measures to your CO₂ footprint for automated impact assessment across multiple years
- Flexible modeling of consumption quantities, substitution quantities, substitute products, time periods, and more
Step 5: Analyze and Visualize Scenarios
Combine measures into scenarios to maximize impact and implement investments cost-efficiently.
- Flexible combination of measures into scenarios
- Simple gap analysis of your planned reduction path including the impact of all actions
More Than Just Scenarios
Additional leadity Features for Your Climate Strategy
Scenario analysis is just one module in leadity – but the software offers much more: all features for planning and implementing your decarbonization strategy are included – from carbon footprint to AI-based reporting. Expand your system in a targeted and needs-based way. Thus, a scenario analysis becomes a comprehensive solution for impactful climate and sustainability management.
FAQs on Decarbonization
Questions and Answers about Decarbonization with leadity
Would you like to learn more about scenario analysis or implementing your decarbonization strategy with leadity? Send us your questions about carbon footprinting, action planning, or CO2 reduction pathways at kontakt@leadity.de
What does decarbonization mean?
Decarbonization describes the process of systematically reducing or avoiding CO2 emissions, especially by replacing fossil fuels (coal, gas, oil) with climate-friendly alternatives such as renewable energy, electrification, or energy efficiency measures.
This transformation mainly affects the industrial sector, energy supply, transportation, and building infrastructure. The goal is to restructure the economy and society to be climate neutral in the long term – without exceeding planetary boundaries.
Why is decarbonization so important for companies?
Companies are under increasing pressure – not only from regulations such as:
- Supply chain risks & ESRS (EU Sustainability Reporting Standards)
- Future CO2 pricing schemes
- GHG Protocol (globally recognized standard for CO2 accounting)
But also due to rising expectations from:
- Investors (e.g., ESG criteria)
- Customers demanding climate-friendly products
- Competitors using sustainability as a differentiator
At the same time, energy prices and supply chain risks are rising. Sustainability is now critical for funding, tenders and market access. Companies that fail to decarbonize now risk losing market share and reputation – or being held back by future regulatory frameworks.
Did you know: According to Umweltbundesamt, industry accounts for around 23% of CO2 emissions in Germany – making it one of the key sectors for transformation.
What is the status of global decarbonization?
Global decarbonization is progressing – but with varying speed and intensity. While some countries have already adopted consistent transformation pathways, others still face significant challenges, e.g., due to high fossil fuel dependency or limited access to technologies.
International developments:
- The European Union aims to reduce emissions by at least 55% by 2030 (compared to 1990) through the Green Deal and the Fit-for-55 package
- Countries like Denmark, Sweden, and Norway are pioneers in industrial decarbonization – via clear CO2 pricing, innovation incentives, and electrification
- China and the USA have launched programs for industrial transformation, investing heavily in hydrogen, CO₂ capture (CCS) and green infrastructure
Did you know: According to the International Energy Agency (IEA), global CO2 emissions must fall by 45% by 2030 to meet the 1.5°C goal.
Decarbonization Measures: Where Are the Greatest CO2 Savings Potentials in Companies?
An effective decarbonization strategy starts with identifying the most effective decarbonization measures. In almost every company, there are clear areas with high potential for reducing greenhouse gas emissions – in both internal operations (Scope 1 & 2) and the supply chain (Scope 3).
Here are the key action areas for CO2 savings – including typical decarbonization measures:
Energy Supply – High CO2 Savings Potential
- Switching to certified green electricity
- Self-generation via photovoltaic systems
- Use of industrial waste heat
Processes & Production – High CO2 Savings Potential
- Increasing energy efficiency
- Decarbonizing process heat
- Implementing circular economy concepts
Buildings & Infrastructure – Medium CO2 Savings Potential
- Energy-efficient building renovations
- Use of heat pumps
- Conversion to energy-efficient LED lighting
Mobility & Logistics – Medium CO2 Savings Potential
- Electrifying the vehicle fleet
- Optimizing routes and supply chains
- Efficient fleet management
Procurement & Suppliers – High CO2 Savings Potential (Scope 3)
- Applying sustainable procurement criteria
- Conducting supplier audits
- Considering CO2 criteria when selecting suppliers
IT & Digitization – Medium CO2 Savings Potential
- Using CO2-efficient cloud services
- Optimizing data center energy use
- Implementing comprehensive Green IT strategies
Tip: The greatest potential often lies in procurement and supply chains (Scope 3). According to Bundesministerium für Wirtschaft und Klimaschutz, indirect emissions from supply chains account for a significant share of the total carbon footprint. Through targeted sourcing, supplier audits, and climate-friendly partnerships, companies can drastically reduce their emissions.
What Are “Science Based Targets” (SBTi) and “Net-Zero” Approaches – and What Do They Mean for Companies?
The Science Based Targets initiative (SBTi) and the Net-Zero concept define scientifically grounded targets for reducing greenhouse gas emissions – with the aim of limiting global warming to a maximum of 1.5°C, as outlined in the Paris Agreement.
- Science Based Targets (SBTi): Companies voluntarily commit to measurable emissions targets aligned with the latest climate science. The reduction pathways are based on global CO2 budgets and consider sector- and company-specific data. The goals are validated by the SBTi.
- Net-Zero: Net-Zero refers to the state in which a company fully offsets all remaining greenhouse gas emissions, after having reduced all avoidable emissions. The SBTi Net-Zero approach calls for significant emission reductions by 2050 at the latest (usually by 2045 in Germany) – only then can remaining emissions be compensated through CO2 removal.
For companies, both approaches provide clear guidance and are increasingly expected by stakeholders, investors, and regulators. They help structure and substantiate decarbonization goals – and ensure companies are prepared to meet future regulatory and market demands.
Your Climate Strategy, Systematically Delivered
Smartly Manage Decarbonization with leadity – Effective and Data-Driven
A well-founded decarbonization strategy is your opportunity to steer CO2 reduction strategically, plan impactful investments, and prepare for upcoming ESG requirements. With leadity, you manage decarbonization digitally, data-driven, and aligned with leading standards such as Science Based Targets (SBTi) or Net-Zero approaches. Our team will show you how to get started right away.