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Hamat Hackathon

About Hamat Hackathon:

A national innovative programme that aims to transform ideas into practical solutions by empowering individuals, small businesses, and startups to develop projects with tangible economic and social impact.

Explore be’ah’s key challenges and opportunities and register your team to help build impactful solutions:

1.   Creation of Digital Passports for Tires in Oman (Import to Final Disposal or Reuse)
2.   Marble Waste Recycling
3.   Recycling of Residual Waste Generated from Construction and Demolition (C&D) Waste Processing Operations 

1. Creation of Digital Passports for Tires in Oman (Import to Final Disposal or Reuse)

Oman currently maintains visibility over newly imported tires, whether imported directly or as part of vehicle imports, through the Bayan customs platform. However, once these tires enter the local economy, this visibility diminishes as there is no unified national mechanism in place to track tire movement through distribution, use, retreading, shredding, recycling, or export. As a result End-of-Life Tires (ELT) flows remain fragmented, informal and many transactions often bypass official systems, which limits Oman’s ability to manage End-of-Life Tires (ELTs) as a valuable national resource. A key leakage point occurs when ELTs are cut and subsequently exported, where the material is burned as Tire-Derived Fuel (TDF). This practice causes a loss of domestically recoverable economic value that could otherwise support local industries, such as rubberized asphalt, pyrolysis oil, and recovered carbon black (RCB). 

The purpose of introducing Digital Tire Passports (DTPs) is not simply to track waste, it is to create a strategic data foundation that enables Oman to invest confidently in its domestic recovery industries. By assigning digital identities to imported tire batches and ensuring minimal-burden reporting by entities handling ELTs (importers, fleets, garages, shredders, exporters), Oman can build a reliable national picture of tire flows and unlock economic opportunities.

Participants are expected to develop a realistic, adoptable, low-friction fully integrated Digital Tire Passport system that enables lifecycle tracking relying on existing infrastructure in Oman.  The system should use:

  • QR/RFID identifiers issued at import
  • Batch-level passporting 
  • Blockchain-secured data trails
  • Mobile or web-based scanning and reporting at points where tires pass
  • Mandatory declarations at shredding and export points
     

2. Marble Waste Recycling

Across our C&D sites in Oman, we receive many requests to accept marble waste (powder and sludge). Meanwhile this waste is difficult to recycle as most marble waste arrives in mixed and contaminated forms (powder and sludge) combined with water, soil, adhesives, and cutting chemicals. This mixture makes it difficult to process into consistent material, as each type requires different handling and treatment, making recycling impractical with our current capabilities.

Your solution should aim to propose practical ways to recycle or reuse marble waste (powder and sludge), while also considering environmental impacts on dust and emissions which should minimize health and safety risks during handling, and processing. It should be scalable, cost-effective, and suitable for real field conditions, and wherever possible, include technology by identifying existing global solutions that could be adapted for use in Oman. 

The Goal:
To develop a field-ready, sustainable solution that helps us divert marble waste away from disposal and turn it into useful, value-added products.

3. Recycling of Residual Waste Generated from Construction and Demolition (C&D) Waste Processing Operations 

Across our be’ah sites in the Sultanate of Oman,  Residual waste is generated as part of daily processing operations for Construction and Demolition (C&D) waste. The residual waste consists of small plastics, wood, textiles, paper, and other low-value materials remaining after primary segregation. Currently, the majority of this residual waste is disposed of at the nearest landfill, resulting in underutilization of potentially recoverable materials.

By exploring innovative treatment and recovery technologies, we aim to convert these currently unused materials into alternative energy sources or other value-added outputs. This would significantly reduce landfill dependency and support Oman’s transition toward a circular economy.

Participants are encouraged to develop practical and scalable solutions that include:

1. Waste Testing & Characterization

  • Identify waste composition and contaminants
  • Estimate calorific value and other key properties
  • Recommend treatment steps based on findings


2. Converting Waste into Alternative Fuels (RDF)

  • Propose pre-processing and separation steps
  • Suggest methods to improve energy content
  • Explore simple systems for upgrading waste into usable fuel


3. Pelletizing & Energy Recovery

  • Technologies for producing fuel pellets
  • Methods to improve pellet quality and performance
  • Realistic concepts or prototypes 


4. Practical & Scalable Ideas. Solutions should be:

  • Field-ready and cost-effective
  • Compatible with existing equipment
  • Scalable across multiple sites

This is an opportunity to support Oman’s circular economy, protect the environment, and improve operations across the country.


Ready to make an impact? Register now!