Six service lines that cover the full distance from a technical question to a system running on site and a product with a market behind it.
Service 01
Technical guidance on industrial system architecture, manufacturing processes, equipment integration, process optimisation, scale-up and commercial deployment.
We work alongside engineering and operations teams as an independent technical counterpart — reviewing designs, challenging assumptions, and converting a broad intention into a specified, costed and buildable configuration.
Service 02
Feasibility assessment, preliminary engineering and modular design support for carbon capture and permanent CO₂ mineralisation systems, including the use of suitable alkaline mineral streams and industrial residues.
Mineralisation converts captured CO₂ into stable carbonates. The carbon is fixed in solid form, the storage is permanent by chemistry rather than by containment, and in many cases the resulting material has a construction or filler use of its own.
Service 03
Development and integration of IoT platforms, sensors, edge-computing systems and real-time monitoring solutions for industrial, environmental and agritech applications.
Industrial environments punish fragile hardware and optimistic connectivity assumptions. We design for the conditions that actually exist on site: electrical noise, temperature swings, patchy networks and maintenance teams who need the system to be diagnosable.
Within service 03
Satellite data is part of how we monitor, not a separate offering. Where a measurement is better taken from orbit than from a mast, we take it from orbit.
Berzen has working expertise in Earth observation data — selecting the right mission and product for a question, processing imagery into defensible indicators, and fusing those indicators with in-situ sensor streams so that one corroborates the other.
Real-time data processing, baseline modelling, predictive analytics, anomaly detection and performance optimisation for connected industrial processes.
Support for energy-efficient operations, greenhouse-gas monitoring, digital MRV, emissions-reduction planning and the adoption of scalable Net-Zero technologies.
Assessment of manufacturability, market potential, investment requirements, partnership models and go-to-market strategies for innovative high-tech and low-carbon solutions.
Engagement models
Scoped to the decision you need to make, not to a fixed retainer.
A bounded technical and commercial assessment with a clear recommendation — proceed, adapt, or stop. Usually the right first step.
Preliminary engineering, monitoring architecture, integration and commissioning support through to a validated system on the live process.
Technical and commercialisation partner in R&D consortia and funded projects — work packages, pilot instrumentation and exploitation planning.
Deliverables
Every engagement produces documents and systems you own and can hand to a third party — an engineering team, an investor, an auditor or a funding body.
Feasibility findings, process options, mass and energy balances, and the assumptions behind every number.
Process flow diagrams, sizing envelopes, instrumentation schedules and integration requirements.
Commissioned monitoring, dashboards and reporting pipelines running against your live process data.
Cost models, market assessment, investment requirement and the route to replicate the result elsewhere.
Next step
A short call is usually enough to establish whether the objective is feasible, what evidence exists already, and what the first phase should cost.