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R-Leaf®

Partners & Projects

Real-world evidence, described precisely.

R-Leaf® has progressed through commercial field research, supply-chain programmes, sustainability accelerators and carbon-project development. Each example below is framed according to what the public record actually supports.

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R-Leaf®technology
Commercial
farmsIndependent
researchFood supply
chainsCarbon
projectsInnovation
programmes

Development journey

Different programmes answer different questions.

Crop performance, operational scale, independent evaluation, supply-chain adoption and carbon-market integrity are separate proof points. The strongest proposition comes from showing how they connect without pretending they are the same thing.

Science→Field trials→Commercial deployment→Supply chains→MRV→Carbon projects

Publicly documented examples

Six routes through which R-Leaf has been tested and developed.

Third-party names appear only where a project, programme or article is already public. The visual panels are R-Leaf-designed technology illustrations, not representations of a specific partner site or an endorsement.

01
CARBON + MRVAtmospheric N₂O destruction
N₂O → N₂ + O₂
Carbon project2025 season

Atmospheric N₂O destruction — ICR Project 356

The International Carbon Registry currently lists a 1,533 ha R-Leaf project across the United Kingdom and Hungary. The project applies M-ICR011 and identifies Crop Intellect as project owner/developer and Enviance Services Private as validation and verification body.

Project status
Under development
Project area
1,533 ha
Methodology
M-ICR011
Role demonstrated
Carbon MRV + registry pathway
View live registry record ↗
02
COMMERCIAL RESEARCHWheat at field scale
Crop + GHG
Commercial researchCereals

Crop Intellect-led low-carbon fertiliser research

A publicly documented Innovate UK consortium led by Crop Intellect has included Dyson Farming, the University of Lincoln, the UK Agri-Tech Centre, Barworth Research and The Allerton Project. Multi-location wheat trials examine crop nutrition and greenhouse-gas outcomes under different nitrogen programmes.

Crop
Wheat / cereals
Setting
Research + commercial fields
Question
Lower synthetic N while protecting performance
Role demonstrated
Independent / multi-partner evaluation
Read public project story ↗
03
SUPPLY CHAINFrom farm to customer
Scale
Supply-chain trialField vegetables

Commercial low-carbon fertiliser programme

Public industry coverage reported R-Leaf as part of a major UK retailer's commercial field-vegetable work on lower-carbon fertiliser alternatives. Crop Intellect had previously won the retailer's Agri T-Jam innovation competition, creating a route to test the technology with commercial suppliers.

Crops represented
Vegetable supply chain
Setting
Commercial suppliers
Question
Can lower-carbon fertiliser technologies scale?
Role demonstrated
Retail supply-chain adoption
Read public coverage ↗
04
ACCELERATORValue-chain innovation
Barley
Accelerator / pilotBarley

100+ Accelerator: connecting farm innovation with global value chains

Crop Intellect participated in Cohort 6 of the 100+ Accelerator, a programme designed to pilot and scale sustainability solutions through major global consumer-goods supply chains. We use the programme here as evidence of commercial-scale innovation exposure, not as a blanket product endorsement.

Crop context
Barley
Setting
Global sustainability accelerator
Question
Can farm-level innovation scale through major value chains?
Role demonstrated
Commercial scalability + corporate relevance
View Cohort 6 announcement ↗
05
LEGUMESVining pea opportunity
Commercial crop contextVining peas

Peas: productivity and greenhouse-gas measurement

Farmers Weekly reported a 10% yield increase from foliar photocatalyst use in a large commercial vining-pea system, alongside University of Lincoln work measuring greenhouse gases to quantify and validate the emissions effect. We use this example to explain the crop opportunity rather than imply a brand endorsement.

Crop
Vining peas
Reported outcome
10% yield increase
Climate work
University-led GHG measurement
Role demonstrated
Legume / commercial crop relevance
Read Farmers Weekly coverage ↗
06
POTATOESNutrition + carbon
Supply-chain R&DPotatoes

Potato nutrition and lower-carbon production

Public reporting on a UK potato supply-chain programme described R-Leaf among the technologies being assessed to reduce reliance on synthetic fertiliser and explore foliar crop nutrition. Crop-specific R-Leaf performance is presented separately in the Evidence section.

Crop
Potatoes
Setting
Commercial supply chain
Question
Reduced synthetic N + foliar nutrition
Role demonstrated
Potato-sector relevance
Read public coverage ↗

The cards intentionally avoid third-party logos and partner-site photography. Owned or explicitly approved field photography can be swapped into the same visual slots later without redesigning the page.

How to read these examples

Public relationship does not automatically mean endorsement.

We deliberately separate the fact that an organisation has hosted, supported, funded, evaluated or publicly discussed a project from any broader claim about endorsement of R-Leaf.

What we publish

  • Publicly announced projects and programmes
  • Facts stated in public registry, research or industry records
  • Crop and project context that helps visitors understand the development journey
  • Approved R-Leaf trial results in the Evidence Centre
  • Direct links so readers can check the original source

What we do not imply

  • Endorsement beyond the published relationship
  • That a past pilot is necessarily a current partnership
  • Confidential results or commercial terms
  • That one participant's project result applies to every crop or season
  • Permission to use a third-party logo unless separately confirmed

Evidence behind the projects

Start with the story. Dig into the data when you need it.

Project examples show where and why R-Leaf has been tested. The Evidence Centre holds the agronomic results, methodology records and technical material behind the wider proposition.

Explore EvidenceDiscuss a Project