TECHNOLOGIES & INNOVATIONS

Industry updates, equipment, automation, and clever hacks.

Modern heat pump installation at a wastewater treatment plant with visible exchangers and settling tank

🌡️ Sludge heat pumps - energy from a non-obvious source

TECHNOLOGIES & INNOVATIONS

Wstęp: Ścieki to nie tylko problem do rozwiązania – to również niewykorzystany potencjał energetyczny. Jednym z najbardziej niedocenianych źródeł energii jest… ciepło ukryte w osadach ściekowych. Nowoczesne oczyszczalnie coraz częściej inwestują w pompy ciepła, które odzyskują energię z procesów beztlenowych, napowietrzania i samej temperatury ścieków. Jak to działa? Czy to się opłaca? I czy można […]

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🔧 Mechanical treatment - the foundation of the entire treatment plant

TECHNOLOGIES & INNOVATIONS

🔧 Oczyszczanie mechaniczne – fundament całej oczyszczalni Choć najwięcej emocji w oczyszczaniu ścieków budzą bakterie, reaktory MBR czy odzysk energii z biogazu – to oczyszczanie mechaniczne jest pierwszym i absolutnie kluczowym etapem. Jeśli ten etap nie działa dobrze, reszta procesu może rozjechać się szybciej niż osad wtórny bez flokulantu. 🧱 Kraty mechaniczne – pierwsza linia

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Illustration of a wastewater treatment plant with MBR technology, with Tokyo skyline with Tokyo Tower in the background, cartoon style, bright colors

MBR membrane filtration with reverse recirculation - news from the Asian market

TECHNOLOGIES & INNOVATIONS

Filtracja membranowa MBR z recyrkulacją wsteczną – działanie, koszty i zastosowania Filtracja membranowa MBR (Membrane Bioreactor) to zaawansowany sposób oczyszczania ścieków, łączący osad czynny z precyzyjną filtracją przez membrany. Technologia ta zyskuje popularność w Azji, gdzie wykorzystywana jest w systemach o wysokim stopniu odzysku wody i ograniczonej powierzchni. Jednym z nowoczesnych wariantów tej technologii jest

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Sludge level probes in the settling tank

📡 Sludge Level Sensors in Clarifiers – How Do They Work and Why Do We Even Need Them?

TECHNOLOGIES & INNOVATIONS

Sondy do pomiaru poziomu osadu Wyobraź sobie osadnik wtórny. Wygląda spokojnie – na powierzchni woda, jakby nic się nie działo. A pod spodem? Dzieją się rzeczy. Wędrujące kłaczki, klarująca się woda, spadający osad czynny i czasem – dramatyczna kumulacja, która może popsuć całą równowagę procesu. Tu właśnie wchodzą one – sondy do pomiaru poziomu osadu.

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Illustration of a modern wastewater treatment plant using renewable energy sources: wind turbines, photovoltaic panels, biogas digester and heat pumps, in a realistic technological style, without captions.

Use of Renewable Energy Sources in Wastewater Treatment Plants

TECHNOLOGIES & INNOVATIONS

🌱 Use of Renewable Energy Sources in Wastewater Treatment Plants In 2025, renewable energy sources (RES) in the water and sewage sector are no longer just a trend—they have become a necessity. Rising energy prices, new environmental regulations, and the desire to become energy independent are driving more and more treatment plants to invest in renewable energy. And rightly so. 🔋 Why is this so important? Wastewater treatment plants consume enormous amounts of energy...

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Educational style infographic showing aerobic bacteria in an activated sludge chamber. We see oxygen bubbles, wastewater stream and described elements: temperature, pH, oxygen, biological chamber.

Aerobic Bacteria in Wastewater Treatment – How They Work and Why They Matter

TECHNOLOGIES & INNOVATIONS

  🧬 Aerobic Bacteria in Wastewater Treatment – How Do They Work and Why Are They Crucial? Aerobic bacteria are microscopic but incredibly important organisms that save our rivers from disaster every day. Their activity depends on one simple condition: they need oxygen. But when they have it, they can perform wonders. 🔬 What are aerobic bacteria? They are...

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IC reactors at wastewater treatment plant - bird's eye view, river and mountains in the background

IC Reactors and Practical Challenges

TECHNOLOGIES & INNOVATIONS

Modern Wastewater Treatment: IC Reactors and Practical Challenges Today, wastewater treatment is evolving toward increasingly advanced technologies that enhance process efficiency and minimize environmental impact. One of the most modern solutions used in anaerobic treatment plants are IC (Internal Circulation) reactors. How does an IC reactor work? An IC reactor is a compact system for anaerobic wastewater treatment, ...

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Illustration of artificial intelligence managing the wastewater treatment process in a bioreactor

AI in Wastewater Treatment – How Artificial Intelligence Optimizes Biological Processes

TECHNOLOGIES & INNOVATIONS

AI in Wastewater Treatment – How Artificial Intelligence Optimizes Biological Processes In the world of modern wastewater treatment plants, automation, monitoring, and advanced data analysis are becoming increasingly important. But now, something more is entering the scene—artificial intelligence (AI), which not only analyzes data but begins to understand it. Thanks to AI, treatment plants can operate faster, cheaper, and more efficiently than ever before.

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MBR vs Activated Sludge – Which to Choose in a Modern Wastewater Treatment Plant?

TECHNOLOGIES & INNOVATIONS

MBR vs Conventional Treatment – What Does Membrane Filtration Really Offer? The MBR (Membrane Bioreactor) technology is gaining increasing popularity in Poland and worldwide. Although it’s not new, its rapid development—combined with automation and rising environmental standards—is leading more and more designers and operators to ask: isn’t it time...

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