SaimonaEnergy

CBG consultancy

Guidance before a flowsheet is frozen

A CBG project needs feedstock evidence, a technology hypothesis, a commercial model and a regulatory path. Saimona provides that work as a distinct service — including for sponsors who will later tender execution separately.

Agricultural storage silos beside crop fields.

Technical

Engineering questions first

  • Feedstock characterisation

    Quantity, seasonality, moisture, contaminants and collection logic — written down before a reactor is named.

  • Site and utilities assessment

    Land, water, power, access and neighbouring uses, so the process is not designed for a site that cannot host it.

  • Digestion and upgrading options

    A shortlist of reactor and upgrading routes against solids, gas quality and offtake specification — not a single preferred OEM.

  • Study-level mass and energy balance

    Enough process arithmetic to test whether the idea closes, without pretending it is detailed engineering.

  • Specification implications

    What IS 16087, PESO, pollution-control and offtake rules mean for this site — as a path, not as a slogan.

Commercial

Whether the project can be financed

  • Feasibility studies

    Technical and commercial tests of whether the project can be designed, permitted and financed.

  • DPR support

    Documentation a board or lender can read, aligned with the same feedstock and offtake story used in design.

  • Technology partner shortlist

    Who can supply digestion, cleaning, upgrading and compression for this feed — with reasons, not a logo wall.

  • Offtake options

    OMC cascade, industrial use or CGD injection as real options, including what SATAT does and does not guarantee.

  • Digestate and sequencing

    A buyer or disposal path for slurry, and a decision sequence so studies happen in the right order.

Services

Consultancy menu

Each line is a described service, not a slogan. Strike any item Saimona does not offer before launch.

Feasibility study

Should this CBG idea become a plant, and on what evidence?

Feedstock assessment

What can actually be collected, stored and digested through the year?

Technology assessment

Which digestion, cleaning and upgrading routes fit this feed and specification?

Site assessment

Can this land, water and grid host the process you have in mind?

Project planning

The order of studies, partners, approvals and capital gates.

DPR preparation

A written project that a financier or board can interrogate.

Technical consultancy

Independent process and partner advice without a forced equipment sale.

Commercial feasibility

Costs, offtake and whether the numbers survive a sceptical reading.

Project development

Moving a concept to execution-readiness with the sponsor.

Technology partner selection

Shortlisting manufacturing and technology partners against the brief.

EPC coordination

Keeping contractors and equipment partners inside one sequence.

Project management

Discipline across studies, procurement and site — as scoped.

Regulatory coordination

A mapped path through the approvals the plant will actually need.

O&M advisory

How the plant is meant to be run after handover, if that support is contracted.

Project enquiry

Start with a consultation

If the plant is still a hypothesis, a study is the correct first purchase. Share feedstock, location and what you need to decide — we will discuss a consultancy path before anyone freezes a flowsheet.

Talk