For development, screening, and method/recipe refinement with production-style integration discipline.
For Pharma, API & Fine Chemicals
Reactor Skids
KBiotech designs and builds stainless steel process reactor skids for pharma, API manufacturing, and fine chemicals. Engineered as complete, ready-to-integrate modules for repeatable production, safer operation, and faster installation.
What Is a Process Reactor Skid?
A process reactor skid is a self-contained process module that combines the reactor, piping, valves, instrumentation, and control into one engineered unit. Compared to building the system from separate parts on-site, reactor skids reduce integration risk and deliver a more repeatable operating baseline.
KBiotech supplies turnkey reactor skids that can include the core reactor package plus dosing, thermal interfaces, transfers, and integration-ready controls, so the skid installs faster and runs more consistently.
KB-RS Model Definition
KB-RS is the KBiotech reactor skid platform for pharma, API, and fine chemicals. It is delivered in three scale models:
KB-RS-P
For process proving: heat removal, dosing strategy, mixing behavior, and repeatability under realistic operating loads.
Volume Range: 20 - 500L
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KB-RS-I
For production campaigns where uptime, maintainability, and batch-to-batch consistency define cost.
Volume Range: 500 - 20,000L
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Why KBiotech Reactor Skids
Engineered for repeatable results
We design around reaction reality: heat transfer, mixing, dosing accuracy, and stable execution.
Modular by design
Skid architecture is built for plant reality: access, maintenance, tie-in points, and clean routing reducing on-site time and simplifying upgrades.
Custom reactor skid design
We custom-engineer what matters (mixing, heat removal strategy, dosing, transfers, sampling) while keeping the overall system structure maintainable.
Control and data discipline
Recipes, setpoint strategy, alarms, and data capture aligned to operations so performance is consistent and improvable.
Applications
Biogas & Anaerobic Digestion
Biogas and anaerobic digestion transform organic waste into renewable energy and valuable by-products. Using microorganisms in oxygen-free conditions, these technologies support sustainable waste management, circular economy models, and lower environmental impact.
Semiconductor & Battery Manufacturing
Biotechnology is driving more sustainable innovation in semiconductor and battery manufacturing. By using bio-based materials, bio-inspired processes, and advanced engineering, these industries can create smarter electronics, cleaner energy storage, and new solutions for healthcare and the environment.
Need help choosing the right configuration?
Tell us your organism, application, and target volume. We’ll reply with a recommended system configuration.
Call us to contact our specialists
For presales questions mail us at