The decisions made before a plant is built often determine its long-term adaptability

Learn how co-production strategies help future-proof biomass projects.

Planning for what comes next

As the biomass industry scales and market dynamics evolve, project teams are increasingly asking how to future-proof their investments, not just for today’s conditions, but for the ones still taking shape.

Many facilities are designed around a primary output such as power or heat. These systems can perform well within their intended scope, but may have limited flexibility as market conditions shift.

A design question worth asking early

Take wood chips as one example. The same feedstock can be configured to support multiple revenue streams:

  • Biochar
  • Torrefied biomass
  • Bio-oil and SAF precursors
  • Power and steam

Building this kind of flexibility into the design early can significantly expand future options. Retrofitting it later is often complex and cost-prohibitive.

One Feedstock. Multiple Pathways.

A single feedstock can support multiple outputs, helping reduce dependence on any one market.

Biomass Coproduction as a Future Strategy for De-Risking Plants

What You’ll Learn

  • Where coproduction makes the most sense
  • Why single-product plants carry higher risk
  • How coproduction improves project economics
  • Key design decisions that impact long-term flexibility

Download the White Paper

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How IAC approaches this

IAC develops integrated EPC solutions and thermal processing systems designed to support co-production at industrial scale.

This includes the Patent Pending Arrayed Drop Tube Calciner (ADTC), a modular platform designed to produce multiple outputs from a single feedstock stream while enabling phased growth and operational flexibility.

  • Enable multi-product output from a single feedstock
  • Support phased project development
  • Integrate with energy recovery and downstream systems
  • Process a range of biomass feedstocks with minimal reconfiguration

    The objective is to make flexibility practical and economically viable, allowing facilities to adapt as markets evolve.

Built for industrial scale

  • Founded in 1987, 35+ years in Industrial EPC
  • 250+ Employees | 64+ engineers (all disciplines)
  • 500,000 ft² in-house fabrication facility
  • ISO 9001:2015 certified
  • 7,500+ baghouses in service
  • Adelphi Construction: 500+ field personnel
  • Global project experience
  • Biomass & biochar expertise

Evaluating a biomass project?

If you are planning a new facility or rethinking an existing design, early decisions will define long-term performance.

Schedule an Initial Consultation