Tailored Options for Sustainable Supply Chain Management

Basic
Key features across measuring, optimizing, and collaborating, perfect for businesses starting their sustainability journey.
$
499
/m
USD. billed monthly
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Complete
An extensive range of features for advanced sustainability efforts in supply chain management.
$
699
/m
USD. billed monthly
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Customer Spotlight
“Partnering with Revolve has been a game-changer for our supply chain management. We've seen a remarkable 30% reduction in our carbon footprint, which significantly exceeds our initial sustainability targets. Revolve's innovative approach not only helped us achieve these results but also brought a new level of efficiency and visibility into our operations.”
Alex Johnson
Chief Operations Officer, Beem
85%
Revolve boosts supply chain efficiency by up to 85%, streamlining operations with precision.
* Add some disclaimer text to the performance claims made above with this text.
Basic
Complete
Measure
Real-time Emission Tracking
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Carbon Footprint Analysis
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Customizable Reporting Tools
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Historical Data Comparison
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Regulatory Compliance Tracking
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Energy Consumption Audits
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Optimize
Smart Route Planning
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Resource Utilization Enhancement
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Cost-Efficiency Analysis
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Predictive Analysis for Future Planning
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Collaborate
Stakeholder Engagement Tools
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Integrated Feedback System
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Collaborative Decision-Making Features
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Shared Sustainability Dashboards
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Do you have any questions about our plans?
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FAQ
What crops are you using?
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We aim to launch varieties of five major feed crops, each one of which works best for a major livestock production system. We are currently working on corn grain, for use in large US-style dairies; ryegrass, for New Zealand-style grazing pastures;  and sorghum, for forage/silage in warm regions like Brazil and India.
OK, but how does it actually work?
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Different versions of our technology work in slightly different ways, because they use different mechanisms of reducing methane. In some cases we cause our plants to produce a compound that interferes with the microbes that generate methane in the animal gut; in other cases the plants make an enzyme that redirects carbon metabolism from methane into something more useful. Here's one example: we gave feed plants the genetic instructions to make a well-known methane reducing compound that's normally found in a rare seaweed. When we gave animals feed including about 5% engineered plants, we found that their methane emissions decreased by over 90% within just a few days.