Bio Mobitek

To achieve 94% boiler efficiency, one of the key factors is controlling the combustion process 🔥 One simple way to monitor how well the process is working is to look at the ash.

With high-quality wood pellets, we at Bio Mobitek typically see around 0.5% ash (by fuel mass).

Yesterday we reviewed data from our woodchips boiler in biogas plant in Halinga by Infortar, where the combustion process resulted in only ca. 3 litres of ash per MWh of heat produced. ♻️

Such a low amount of ash, together with fully burned-out ash, is a strong indicator of highly efficient combustion. It means very little energy leaves the boiler in the form of unburned fuel.

So here's a simple question:
👉 Have you ever measured how much ash your boiler actually produces per MWh?

And don't just measure the quantity. Look at the ash itself:
✔️ Is it completely burned out?
✔️ What does the particle size look like?

Ash tells a surprisingly detailed story about what's happening inside the burner.

If you're interested in benchmarking your system or improving combustion performance, we're always happy to discuss the data.

Bio Mobitek and Nefab have reached an important milestone: engineering is complete and production has officially started for a 750 kW Waste-to-Energy ♻️🔥boiler that will convert factory production residues into renewable heat.

NEFAB chose a solution engineered for reliability, high efficiency and low operating costs:
✔️ Two-stage combustion with 3 primary air zones, 2 secondary air zones and flue gas recirculation for precise combustion control
✔️ Mechanical automatic heat exchanger cleaning – no manual heat exchanger cleaning required throughout the year
✔️ Fully water-cooled boiler and grate for maximum durability and long service life
✔️ Over 90% boiler efficiency

Credit to Oleg Golmakov and our engineering team 👏 for the work behind this project. The engineering phase is complete, and now the factory takes over.

💡If your company is looking to reduce maintenance costs, improve efficiency, or replace an ageing boiler, now is the right time⏰to start the conversation.

We're happy to review your current heating system, map the biggest opportunities for improvement, and estimate the potential savings.

Waste-to-Energy is always a theme! 🔥 At Bio Mobitek, our waste-burning projects are already alive in: 🇸🇪 Sweden 🇫🇮 Finland 🇳🇴 Norway 🇪🇪 Estonia 🇨🇿 Czech Republic

We always deliver a tailored solution depending on:
♻️ Waste parameters
🔥 Heat needs
🏭 Local infrastructure

We are happy to fly in with our CTO Oleg Golmakov — the mastermind behind the tech — to solve your challenges on-site ✈️🛠️

Below — a sneak peek of one of our 2MW Waste-to-Energy layouts.

DM me — happy to help!

Most people know Bio Mobitek for biomass boilers 🔥This time on the road: a 35m³ accumulation tank, but we manufacture high-pressure accumulation tanks up to 100m³.

Boiler house is much more than just the boiler itself.
We manufacture the full range of equipment around it:

🏗 Industrial Silos
🫙Accumulation tanks
⚙ Fuel Intake & Handling Systems
🔥 Biomass Boilers
🌪 ESP Filters & Multicyclones

The benefit?
✅ One manufacturing partner.
✅ One engineering logic.
✅ Less compatibility drama during installation 😄

From fuel intake to clean emissions — we build the full loop for reliable boiler house projects.

If you are planning a new biomass heating facility or upgrading an existing one, let’s discuss your project specs.

It is strangely hypnotic to watch the full cycle of a Bio Mobitek plant - starting with a perfect burn, moving through the heart of the boiler house, and finishing with the silo being topped up. Functional engineering that looks as good as it works.

What looks like a skyrocket, should be one. 🚀 And actually — it is. ✨

This Bio Mobitek 5.5 MW heat exchanger (tested at 30 bar; operating temperature: 160–180°C) is built for high-efficiency industrial biomass systems and features our patented design.Weight 25 tons.

🛠️ What it does
* Keeps heat transfer efficiency high
* Reduces fouling inside heat exchanger tubes
* Eliminates frequent shutdowns for manual cleaning

⚡ Why it matters
* Flue gases still give up their heat efficiently
* The system stays operational instead of being taken offline for maintenance

🔄 How it works
* Turbulators inside the tubes move up and down automatically
* Movement is timed and adjusted based on fuel type
* Continuous mechanical “scrubbing” keeps heat transfer surfaces clean in real time
* No manual intervention required during operation

And now, this rocket starts its new life at the customer’s site! 🌍🏁
Ready to boost your plant's efficiency? 📈

Drop us a message or visit our website to see how our engineering can transform your operations. 📩👇