Service
Pyrolysis Technology & Production Advisory
Pyrolysis technology advisory matches the right production system to your feedstock, scale and end-use. We are vendor-neutral: we help you choose between artisanal, batch and continuous-industrial pyrolysis, set biochar-quality targets, and avoid the equipment decisions that quietly sink carbon projects.
What it is
The pyrolysis system determines biochar yield, quality and — through production temperature — the H:Corg ratio that underpins permanence. Pick the wrong system and the biochar may miss the methodology’s thresholds, stranding the carbon claim.
We are not tied to any supplier. We translate your feedstock and methodology into quality targets, then help you select and shortlist technology — from artisanal flame-curtain kilns to continuous industrial reactors with energy recovery — on the basis of performance, emissions and economics.
Who it's for
- Developers choosing production technology for a new site
- Operators upgrading or scaling existing pyrolysis capacity
- Industry integrating pyrolysis with heat or power recovery
- Investors validating a technology choice before funding
Our process
- 01
Set quality targets
We translate feedstock and methodology into target biochar properties, including carbon content and the H:Corg ratio that drives estimated permanence.
- 02
Match & shortlist technology
We compare artisanal, batch and continuous-industrial options on yield, quality, emissions, energy recovery and permitting, then shortlist suppliers.
- 03
Economics & commissioning support
We compare CAPEX/OPEX as estimates, support procurement, and advise through commissioning and production ramp-up.
What you get
- Target biochar-quality specification
- Vendor-neutral technology comparison and supplier shortlist
- Emissions, energy-recovery and permitting considerations
- Indicative CAPEX/OPEX comparison (estimates)
- Commissioning and quality-control guidance
FAQs
Pyrolysis Technology & Production Advisory: common questions
Artisanal or industrial pyrolysis — which is better?
Neither is universally better. Artisanal systems (e.g. flame-curtain kilns) suit dispersed feedstock, low capital and farmer-level production; continuous industrial systems suit concentrated feedstock, higher volumes and energy recovery. The right choice depends on feedstock, scale, capital and methodology — which is exactly what the advisory resolves.
How does technology affect carbon permanence?
Production temperature and residence time shape the H:Corg ratio, the key indicator of how long biochar carbon is estimated to remain stable. Well-controlled pyrolysis typically yields biochar estimated to persist for centuries; poorly controlled production can fall short of methodology thresholds.
Do you sell or represent equipment?
No. We are deliberately vendor-neutral and take no supplier commissions, so our technology recommendations serve the project’s integrity and economics — not a sales relationship.
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