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Siloed decision-making and the lack of integrated life cycle thinking in current innovations and forecast planning lead to missed opportunities, inefficiencies, and increased risks in the consumer goods and food industry.

Without a unified approach, sustainability efforts are fragmented, making it difficult to align goals, optimise resources, and achieve long-term success.

This disconnect hinders the industry's ability to respond effectively to environmental challenges and meet consumer demands for sustainable products.

Integrated Agri-footprint Database: Seamlessly connects with Agri-footprint, a widely recognised resource in the food industry and LCA community.

‍Alignment with PEF Guidelines: Models processes in line with the European Commission’s Product Environmental Footprint (PEF) guidance.

‍ReCiPe Midpoint H Methodology: Utilises the ReCiPe Midpoint H (v1.07, 2016) LCA method for accurate assessments.

‍Flexible Allocation Methods: Supports mass, energy, and economic allocation for precise environmental impact analysis.

‍Comprehensive and Up-to-Date Data: Includes approximately 5,000 emission factors products and processes, continually enhanced with new releases and expert modelling.

For consumer goods companies, modelling scenarios for a sustainable
transition in transportation & energy are challenging. Ie deciding between airfreight and ocean shipping requires balancing cost, environmental impact, and delivery timelines. Airfreight is faster but has a higher carbon footprint, while ocean shipping is more sustainable but slower and influenced by fuel diversity and route efficiency.

The complexity of these trade-offs makes it difficult to determine the best option, and relying on spreadsheets alone is insufficient. Without advanced modelling tools, companies risk making suboptimal decisions that can increase costs, harm the environment, and undermine sustainability goals.

Unibloom's scenario simulation tool for transportation and energy in Scope 1 & 2, linked to SBTi targets, simplifies these decisions, making them faster, cheaper, more transparent, and aligned with sustainability & business goals.

Scenario planning & visualising the impact of packaging choices on both long-term sustainability targets and cost savings is challenging. Traditional methods (spreadsheets, consultants or silod tools) make it difficult to assess the trade-offs between different materials, designs, and transportation methods, especially when considering factors like carbon footprint, resource usage, and financial implications. This lack of clarity often leads to suboptimal decisions, missed opportunities for cost savings, and difficulty in aligning with sustainability goals.

Unibloom's integrated scenario model LCA tool for packaging, combined with financial data, provides clear insights into the most cost-effective and sustainable options and brings finance, packaging, suppliers and supply chain together for real time simulations in one place.

By linking packaging choices with transportation impacts, the tool enables businesses to model scenarios that balance cost, environmental impact, and long-term targets. This holistic approach simplifies decision-making, making it easier to switch to more sustainable solutions while ensuring transparency and alignment with both financial and climate goals.

Transitioning to sustainable feed in livestock is one of the most challenging areas in the supply chain, often buried two tiers down. Influencing change at this level is difficult but crucial, as feed production is a major hotspot for greenhouse gas emissions. The complexity of assessing the environmental impact, combined with limited transparency, hampers progress toward more sustainable practices.

Unibloom's scenario tool brings together customers, suppliers, and stakeholders in real-time digital simulations, using both secondary and primary data, like that from the AgriFootprint tool.

This integration improves data accuracy and transparency, enabling better decision-making and stakeholder engagement. By simplifying complex modelling and visualising the impacts, the tool makes it easier to drive the necessary transitions in livestock feed, significantly reducing the industry's climate impact.