LG Sonic B.V. articles

Introduction

When people talk about water quality, they often focus on clarity or colour, but lake nutrients quietly shape almost everything that happens below the surface. A modest increase in nutrient loading can be the difference between a clear, oxygen-rich reservoir and one that drifts into chronic eutrophication with recurring algal blooms.

For drinking water managers, understanding lake nutrients is not just an academic exercise. It is directly connecte

Introduction

Across drinking water reservoirs and managed lakes, operators keep coming back to the same question: what is the best practice to prevent algae growth while still protecting ecosystems, budgets and public trust? Blooms can seem to appear almost overnight, turning clear water into green streaks or scums, releasing toxins, and in the worst cases forcing closure of raw-water intakes or popular recreation areas.

Algae are a normal part of freshwater f

Running a lake or reservoir without good data can feel a bit like driving at night with the headlights dimmed. A water quality monitoring system gives operators a clearer view by turning occasional samples into a continuous story about the water. With online water quality monitoring in place, teams no longer wait for weekly laboratory results; they can watch how temperature, algae and dissolved oxygen move through the day and spot the first signs of trouble before complaints arrive.

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Introduction

Water and pH sit at the heart of water quality decisions because when potential of hydrogen changes, metals dissolve, pipes corrode, and this is how ecosystems behave. Even when water looks clear, the pH levels can drift with weather, geology, and biological activity. This guide explains what are the optimal levels of  safe drinking water parameters, why it matters, and how to interpret “good” or “safe” ranges without over-sim

Introduction

When operators and lake managers type “what dissolves algae” into a search bar, they are really asking how to protect water quality. Green surface scums and dense blooms reduce recreation, clog treatment plants, and sometimes release toxins that threaten people and animals. It is not only an aesthetics problem. It is a public health and operations challenge, especially when drinking water reservoirs are involved.

Excessive algae growth can transform a beautiful lake into an unsightly, potentially dangerous water body that threatens aquatic life and creates other problems such as fish kills and swimmers itch. This makes swimming, fishing, and recreational activities unpleasant or impossible. Similarly, water temperature is among one of the major driving factors for algae growth. Whether you’re dealing with green water caused by planktonic algae, unsightly algae mats floating on the surface, or to

Introduction

Treatment of water is the backbone of safe supply. Utilities select methods of treatment based on source risks, then verify performance with monitoring against standards. When teams design water system treatment around actual hazards, plants run efficiently, taste and odor issues drop, and compliance stays steady during blooms and storms. Below we compare these different  treatment methods and show how each technique fits into a practical, measurable

Introduction

Clean vs dirty water is more than a visual contrast. In water management, the difference determines whether households stay healthy, utilities meet compliance, and ecosystems avoid harmful algal blooms. We’ll explain the difference between clean and unclean water in practical terms, as well as outline key indicators, and connect those indicators to the European Drinking Water Directive & EPA requirements. Along the way, we’ll also highligh

Access to clean, drinkable water represents one of humanity’s most fundamental needs, yet ensuring its safety requires meeting strict quality criteria to prevent serious health risks. Despite technological advances in water treatment, approximately 2.2 billion people worldwide still lack access to safely managed drinking water services. This leads to preventable diseases and deaths. Understanding critical aspects of our water supply helps us appreciate the sophisticated systems that del

Fresh water is reaching a breaking point. The question that is being asked by cities, farms, and others is similar: how can we maintain clean, dependable, and affordable? The core process of the solution is water technology, a viable combination of environmental science and technology. Small sensors, stronger filters, and chemical-free methods now give managers live information and real options. When technology in water management can identify a problem hours before it becomes a crisis, maint