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Conceptual planning for a treatment plant usually takes weeks. Sabesp did it in five days. Their team used generative engineering insights to assess the site and shape a full conceptual plan without losing the analysis behind it. For an engineering team facing a full planning schedule, that's real room to breathe. See how Sabesp did it.

When time is short, conceptual planning narrows to one or two layouts. One Sabesp engineer explored 18. Generative engineering insights gave a single person the range to test options a tight timeline would normally rule out. More plans explored up front means a stronger foundation for the design work that follows. See how Sabesp did it.

How many concepts will your next RWZI project evaluate before capital is committed? For most, the answer is one or two. Traditional conceptual engineering cannot produce more within planning timelines, so alternatives go unexamined while the UWWTD raises what is at stake. We designed a complete 200,000 m³/d concept for the Randstad in hours and published it for review. Judge the engineering yourself.

Conceptual design for a 200,000 m³/d RWZI. Traditionally months of work. Completed in hours. We designed a complete concept for the Randstad, sized against strict Dutch effluent requirements, with full design basis and mass balance. Then we published it for open review. Most projects evaluate one or two concepts before capital is committed. This is what changes when you can evaluate many.

Engineering teams need earlier clarity in surface-water treatment design. Transcend applies chemistry-aware, standards-driven generative engineering to support faster feasibility, fewer redesigns, and more confident design decisions.

Early treatment decisions shape cost, risk, and long-term performance for decades. Transcend applies chemistry-aware, standards-driven generative engineering to give utilities clearer visibility into feasibility, performance, and compliance much earlier in the project lifecycle.