EHS Management Consultants

Building Resilience: The Flood Mitigation in the UAE The most frequent natural disasters globally are flash floods, which happen when a lot of rain falls quickly and produces a lot of surface runoff. Flash floods result in a significant loss of life and economic consequences annually while also exacerbating social, economic and environmental vulnerabilities. On 16 April 2024, the United Arab Emirates experienced extreme rainfall with some areas receiving over 250 mm in less than 24 hours. This extreme weather event has impacted various sectors across the region, including industrial and commercial facilities. Factors Influencing Rainfall Humidity Levels: Higher humidity increases the chances of rain. Temperature: Extreme heat can lead to thunderstorms. Wind Patterns: Changes in wind direction can bring moisture-laden air from the ocean. But how do we move from chaos to control? How do we harness innovation to transform vulnerable areas into resilient landscapes? The answer lies in floo

  Confined spaces are areas not designed for continuous human occupancy but may require entry for maintenance, repairs, or inspections. Examples include tanks, silos, manholes, and tunnels. These spaces present unique challenges, primarily due to limited ventilation, restricted access, and the potential for hazardous conditions. Oxygen deficiency, toxic gases, or explosive atmospheres can quickly turn a routine task into a life-threatening situation. This makes understanding and controlling the environment inside a confined space essential for safety. One critical aspect of ensuring safety in a confined space is performing a 3-level gas check. This involves testing the air at different heights: top, middle, and bottom of the space before entry. The reason for this multi-level approach is that gases of different densities behave differently. For example, lighter gases like methane tend to accumulate at the top, while heavier gases like carbon dioxide settle at the bottom. Without te

The incorporation of biotechnology to mitigate the problems associated with Legionella bacteria is a promising development in the current world, where environmental and health concerns are of the highest priority.The disease-causing bacteria, Legionella, is a major threat to health globally, especially in natural water sources and manmade water-based systems like cooling towers, spas, and even domestic plumbing. The name of the disease reflects an outbreak which was first discovered in 1976 during an American Legion convention.A broad approach is necessary to preventLegionnaires' disease:  The incorporation of biotechnology to mitigate the problems associated with Legionella bacteria is a promising development in the current world, where environmental and health concerns are of the highest priority.The disease-causing bacteria, Legionella, is a major threat to health globally, especially in natural water sources and manmade water-based systems like cooling towers, spas, and even do

  The air quality is turning into an important issue in currenttime of rapid change, especially in      the    cities where pollutants are often extreme. Ensuring clean air is necessary for the environment and public health worldwide. The quality of air/clean air is determined by the quantity of variables in the air like particulate matter (PM), nitrogen dioxide (NO 2 ), sulfur dioxide (SO 2 ), and ozone (O 3 ). The general standard of life can be severely affected by low levels of air quality, which can cause a variety of health problems, including cardiovascular diseases and respiratory disorders. Numerous toolsand innovations are used to efficiently evaluate and improve the overall    quality of the air. Air quality monitoring is important for gathering data in real time and providing information on pollution         levels in various areas. Also, innovative tools for assessing air quality like satellite imaging and portable sensors are gaining      popularity for use in both urban

In moments of crisis, every second counts. Whether it's a sudden cardiac arrest or another life-threatening emergency. Having the right tools at hand can mean the difference between life and death. Among these tools, one stands out as a true hero in the realm of first aid: the Automated External Defibrillator, commonly known as the AED. Understanding the AED An AED is designed to automatically diagnose and treat life-threatening cardiac arrhythmias, particularly ventricular fibrillation and pulseless ventricular tachycardia, through defibrillation, the application of an electric shock to the heart. These conditions can lead to sudden cardiac arrest, a critical medical emergency where the heart unexpectedly stops beating, depriving the brain and other vital organs of oxygen.   Accessibility and Ease of Use One of the most remarkable aspects of AEDs is their accessibility and ease of use. Unlike many medical devices, AEDs are designed to be used by laypersons, even those wi

Any chemical that can cause a harmful effect on human health, property or environment; due to their chemical properties, can be termed as a hazardous chemical. The risks associated with such chemicals include toxicity, fl ammability, reactivity and corrosiveness. As most of these chemicals find their place in manufacturing units, warehouses, laboratories and logistics facilities; special care shall be taken while handling such items, as per the existing dangerous goods/ hazardous materials safety protocols. The person who is handling these chemicals should be well-informed regarding the risks to health caused by exposure to these chemicals, necessary precautionary measures, hazard identification and control measures including the use of Personal Protective Equipment (PPE) and the emergency response procedures associated with each class of chemicals. Having mentioned that, the UN classification for hazardous chemicals, with nine classes of potentially dangerous goods, include the follow