Climate Readiness
Understand where you are and define the next steps.
- Climate maturity diagnosis
- Identification of gaps and priorities
- Initial progress roadmap
Climate strategy grounded in data, science and implementation.
Understanding where emissions come from reveals how energy, raw materials, logistics and the value chain influence business performance. With quality data, what used to be a reporting requirement starts to support decisions on efficiency, investment, suppliers and risk, while customers, investors and regulators ask for targets and transition plans.
In practice, many companies still face five main challenges:
Identify what already exists, where the main gaps are and which capabilities need to be developed.
Structure boundaries, sources, activity data and appropriate methodologies to generate consistent information that is useful for decision-making.
Define priorities, initiatives, responsibilities, indicators and a reduction pathway aligned with business objectives.
Map Scope 3, identify emission hotspots and prioritize the most relevant categories, suppliers and activities.
Create governance, monitoring and continuous improvement mechanisms so that decarbonization plans deliver measurable results.
Understand where you are and define the next steps.
Build a reliable emissions baseline.
* Specialized, complementary services, defined according to the objective and scope of the study.
Turn data and targets into a decarbonization pathway.
Transform beyond the boundaries of your operations.
Turn strategy into continuous action.
Understand the current situation before defining the path.
We map operations, emission sources, available data, methodologies already in use and the organization’s level of climate maturity. When an inventory or strategy already exists, we assess its consistency, coverage and quality; when it does not, we build the foundation needed to get started.
The goal is to identify gaps, emission hotspots and priorities so that the next steps are proportionate to the reality and needs of the business.
Turn emissions data into targets and reduction pathways.
Starting from the baseline and the main hotspots, we assess climate targets, reduction pathways and decarbonization levers compatible with the company’s emissions profile.
Where applicable, we support the development of science-aligned targets that meet SBTi criteria, as well as scenarios and roadmaps that translate long-term objectives into actions, owners, indicators and implementation milestones.
Take the strategy into operations and the value chain.
Decarbonization plans need to translate into concrete decisions. We support the prioritization of reduction initiatives considering abatement potential, feasibility, business relevance and implementation capacity.
When the main emissions are in Scope 3, we extend our work to the value chain, structuring primary data assessment strategies, supplier prioritization and engagement, and the identification of reduction opportunities beyond the company’s operational boundaries.
Measure results, review assumptions and adjust the pathway.
Climate management is an ongoing process. Inventories evolve, emission factors get updated, new information becomes available and operating and regulatory conditions change over time.
We support the periodic review of results, the monitoring of indicators, improvements in data quality and the reassessment of priorities and strategies to keep the decarbonization pathway technically sound and connected to the reality of the business.
Carbon as management information, not just reporting.
Methodological rigor for consistent climate decisions.
Climate maturity doesn’t have to start from scratch.
Nina Skurczenski
Founder | Climate and Decarbonization Specialist
Chemical engineer with a master’s degree in Environmental Sciences, experienced in corporate climate strategy, greenhouse gas inventories, Scope 3, science-based targets (SBTi) and value chain decarbonization.
Her career combines technical work with experience in global corporate environments, connecting carbon accounting, climate strategy, supplier data and implementation to turn methodological requirements into decisions and action plans that apply to the business.
Education — Chemical Engineering (Unifesp), postgraduate degree in Environment and Sustainability (FGV) and master’s in Environmental Sciences (Eötvös Loránd University, Hungary).
Bridged suppliers and the global sustainability team to expand the collection of primary emissions data.
Led the corporate GHG inventory, improved Scope 3 and structured the engagement of more than 100 suppliers.
Jabú, 2026 — brings this experience to companies that want to decarbonize their operations and value chain.
An initial conversation to understand your company’s level of climate maturity, its main challenges and which next steps make the most sense for the business.