Tracer White Paper v0.99 A
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Tracer White Paper v0.98
Tracer White Paper v0.98
  • 👋Welcome to Tracer
  • Overview
    • ⏩Summary
    • 🍀Why are we doing this
      • Market background
      • The opportunity
    • ✨What is Tracer
      • Technical overview
      • Dual-Token System
      • The Tracer Token (TRCR)
      • The Carrot Token (CRRT)
      • Tracer applications
    • 📢Tracer DAO
    • 🧲Market adoption
      • Empowering the supply side
      • Attracting developers
      • Incentivizing (re)sellers
      • Tracer's DAO: scaling growth and adoption
      • Roadmap
    • 📊Tokenomics
      • Tracer token distribution
      • Token release schedule
      • Total circulating supply
      • Token burn
      • Use of proceeds
      • Regulatory compliance
    • 🏆Team and advisors
  • 📧Get in touch
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  1. Overview
  2. Market adoption

Empowering the supply side

PreviousMarket adoptionNextAttracting developers

Last updated 11 months ago

Tracer's initial focus is on supporting the long tail of carbon removal project developers, as the current market is characterized by high demand for carbon removal credits but limited supply. By leveraging the Tracer DAO's treasuries, the ecosystem aims to empower these suppliers through:

  • Access to funding for new projects: Tracer's financial instruments, such as Carrot token futures, enable project developers to secure funding by selling carbon removal credits before they are delivered. This provides them with the necessary capital to start and scale their operations.

  • Easy access to buyers: Tracer enables project developers from every size to access a wide range of buyers, including those with high demand for carbon removal credits. This eliminates the need for intermediaries and enables suppliers to succeed in scaling their carbon removal solution and maximize their revenue potential.

Achieving cost-efficiency: Tracer helps project developers achieve cost-efficiency by enabling them to scale their own projects. As carbon removal technologies scale, the costs are expected to decrease. For example, large-scale deployment of bioenergy with carbon capture and storage (BECCS) through economies of scale. Moreover, investment in technology innovation is crucial. Current costs for DAC can be high, but with continued development, these costs could . By providing project developers with access to funding and a wide range of buyers, Tracer empowers them to scale their projects and achieve cost-efficiency.

🧲
can reduce per-unit costs
drop to around $200 per ton of CO2