By 2030, the $13 trillion food industry could lose 10–50% of its profits due to climate change impacts on innovation, sourcing, and operations. On top of this, poor-quality data and fragmented reporting systems cost companies an average of $12.9 million annually, leaving many climate-critical decisions delayed in spreadsheets and silos. The urgency is compounded by rising regulatory pressure, from the EU’s CSRD, EUDR, and ETS, and the global demand for science-based targets (SBTi) to halve emissions by 2030 and achieve net zero by 2050.
This workshop will demonstrate how Unibloom can transform sustainability from a compliance cost to a business growth strategy & cost-savings. Participants will learn how the platform delivers 60–100% more precise data, enabling low-risk sourcing, faster collaboration for more sustainable innovation, and real time scenario modeling across supply chains.
With clients already achieving 15% cost savings, 80% faster decision-making, and 60% better data accuracy, Unibloom provides the tools for sustainable sourcing teams, sustainable innovation and sustainability managers in producing companies and retailers, who are primarily in need for better data, smarter digital tools and productivity gains. The insights help them act confidently, protect margins, and drive sustainable innovation and move from 2 years of uncertainty and guess work to minutes of real time insights.
Learnings
Post-Event Actions
Dr. Johnson Lau
Lead Expert in LCA, Innovation and Database Development
Unibloom World
Unibloom World
Lead Expert in LCA, Innovation and Database Development
Dr. Johnson Lau is the Lead Expert in Life Cycle Assessment (LCA), Innovation, and Database Development at Unibloom, a Climate & Financial Data & Simulation platform aligned with SBTi. With deep expertise in translating science into actionable sustainability strategies, Johnson leads science-based solutions and develops LCA methodologies to help companies simulate sustainability targets, evaluate emission reduction initiatives, and prioritize actions with both environmental and financial impact in mind.
Johnson is also responsible for enhancing Unibloom’s database capacities, eliminating data gaps, and modeling emissions grounded in ISO 14040/14044 standards. By applying regionalised data rather than global averages, he equips companies with more precise insights to guide low-risk decision-making. His scientific rigor enables him to identify key hotspots across value chains, empowering organisations to act on sustainability initiatives that maximize ROI while meeting regulatory and climate goals.
Prior to joining Unibloom, Johnson earned an Engineering Doctorate (EngD) from the University of Nottingham and a Master of Engineering (MEng) from the University of Oxford. He is also an Associate Member of the Institute of Chemical Engineers (IChemE) and has extensive experience of conducting research for the bioenergy and agricultural industries. With expertise spanning regulations, system modelling, and interdisciplinary innovation, Johnson provides thought leadership that bridges technical and scientific excellence with business strategy in climate action.
Legal Name: Unibloom World Ltd