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Circon Energy

Sustainability

Sustainability

Sustainability is not a department at Circon. It is the fundamental business model for success. A project has to be financially, scientifically and socially sustainable to thrive in any market.

Three tests

Financially, scientifically, and socially sustainable.

Any one of the three failing takes the other two with it. A project that does not pay for itself never gets financed. One whose environmental claim does not survive technical review never gets permitted. One the surrounding community does not want never gets built. Circon is designed against all three at once, which is why sustainability sits in the business model rather than beside it.

01

Financially sustainable

A project that cannot pay for itself does not get built, and one that depends on a subsidy does not survive a change of government.

A Circon facility earns across five co-product lines rather than one, and does not depend on tax subsidies or incentives to clear its hurdle rate — it stands on its own commercial merit. That revenue flexibility is what carries debt service coverage and lender covenants through a soft patch in any single market, and it is what makes cash management predictable rather than hopeful.

  • Five revenue lines from a single feedstock stream
  • No dependence on tax subsidies, credits or incentive regimes
  • Revenue flexibility that holds DSCR and lender covenants through a single-market downturn
  • Contracted core revenue under long-term offtake, with diversified ancillary income
  • Commercially proven equipment, so capital carries no first-of-a-kind risk
The five co-products
02

Scientifically sustainable

The environmental claim has to survive a technical review, not a brochure.

Pyrolysis is not a new idea. It rests on fundamental chemistry and on 114 years of industrial thermal refining, so nothing in the conversion step is speculative. Feedstock characterization and co-product validation run with Texas A&M AgriLife Research, which is what lets process recipes anticipate a waste stream changing across the term of a contract. The lifecycle carbon result is assessed under the GHG Protocol by a third party rather than asserted by us.

  • Fundamental chemistry and 114 years of industrial thermal refining behind the process
  • Sealed, oxygen-free conversion — combustion is chemically impossible
  • Feedstock and co-products validated by an independent university laboratory
  • Continuous analytics to anticipate feedstock change across the term of a contract
  • Lifecycle carbon assessed under the GHG Protocol with a third-party verifier
  • Designed against IFC Performance Standards and World Bank Group EHS Guidelines
How the process works
03

Socially sustainable

A facility the community around it does not want is a facility that does not get permitted.

Circon builds where the waste is already going, in territories carrying the least reliable power in their region. Public consultation happens before permitting rather than after it, operating roles are filled and trained in-country, and the conduct standards that bind the group are published and dated.

  • Public consultation before permitting rather than after it
  • Permanent local operating teams, trained in-country — several hundred skilled roles per facility, and several times that again through the supply chain
  • A landfill burden removed from the community that has been carrying it
  • Published, dated governance, conduct and anti-corruption standards
ESG and governance

How we measure

Few numbers, each one dated.

We report on a small number of things we can actually measure, using published methodologies, and we date every figure. Where a number is a projection rather than a result, we say so.

This replaces a self-scored scorecard claiming coverage of all seventeen Sustainable Development Goals and 54% of their 169 targets. A smaller claim, properly evidenced, is worth more than a larger one that cannot be checked.

  • Greenhouse gas emissions avoided and removed

    Target

    ~3million

    mT CO₂e per year, in the lifecycle assessment

    Basis

    GHG Protocol · Verra / Puro.earth methodology · third-party verifier

  • Waste diverted from landfill and the environment

    Target

    650,000

    mT per year

    Basis

    Weighbridge logs · municipal offtake contracts · third-party audit

  • Baseload clean energy delivered

    Target

    1.4million

    MWh per year

    Basis

    Metered generation data · independent engineer · IFC Performance Standard 3

  • Recovered carbon black returned to industry

    Target

    125,500

    mT per year

    1.9 million barrels of renewable fuel per year

    Basis

    Mass-balance accounting · ISCC PLUS certification

  • Advanced recycling capacity deployed

    Target

    ~1million

    mT per year

    Basis

    Commissioning records · independent technology validation

  • Employment created

    Target

    600+

    direct roles, at 95% local hire

    4,350 indirect roles

    Basis

    Payroll records · ILO core standards · IFC Performance Standard 2 audit

Totals cover 1 of 2 projects in development. They rise as the remaining design figures are published — nothing here is scaled or estimated from the project that is complete.

UN Sustainable Development Goals

Seven goals, properly argued.

Circon has mapped its activities against all seventeen UN Sustainable Development Goals. Seven are prioritized and reported against — the goals our operations affect most directly — each with the specific target involved and how the contribution is measured.

SDG 7 · Target 7.1 / 7.2

Affordable and Clean Energy

Measured by: 1.4 million MWh per year

SDG 8 · Target 8.5 / 8.8

Decent Work and Economic Growth

Measured by: 600+ direct and 4,350 indirect jobs · 95% local hire · TRIR 0.47

SDG 11 · Target 11.6

Sustainable Cities and Communities

Measured by: 650,000 mT per year diverted

Seven goals covered credibly, each with a target, a verification source and a UN indicator.

The environmental case and the commercial case are the same case.