The Directorate General Factory Advice Service & Labour Institutes (DGFASLI) says that about 4,000 [1] injuries, including foot injuries, happen yearly, causing people to miss days at work. That’s why wearing the right shoes to protect your feet is important, just like other industrial safety equipment you use at work. Let’s learn about workplace dangers that can hurt your feet and the types of safety shoes you can buy.

Different Types of Workplace Hazards Involving Foot Injuries 

Falling and Flying Objects 

Sometimes, workers work in a dynamic work environment. It involves big vehicles, heights, or heavy machines. Here, shielding the feet against falling and flying objects becomes imperative. 

Defense against punctures 

The ground of a construction site is full of sharp objects. Regular soft-soled shoes may not be able to provide substantial protection. This might lead to punctures and foot injuries. 

Cutting hazards

Industries into cutting or drilling operations involve machine parts with sharp turns or pointy edges, such as chainsaws and grinder cutters. Using them without protection gears might expose workers to significant foot and leg injuries. 

Electrical Hazards

When live electric wire comes in contact with the ground without earthing protection, the working personnel will feel the electric shock without non-conductive footwear. Such shoes are also important to save workers from static electricity. 

Slips, Trips, and Falls

More than 40% [2] of injuries at the workplace are due to slips, trips, and falls, out of which 16% of accidents involve falls on the ground level. It can happen due to poor lighting, trailing cables, uneven flooring, or cluttered walkways. Proper footwear with adequate traction to prevent foot and other injuries. 

Burn and Fire Hazards 

According to reports from OSHA, almost 200 [3] workplaces catch fire daily. Normal fire dangers, chemical spills, or hot, melted metals can cause these fires. Workers must wear strong, protective shoes in these kinds of workplaces to keep them safe.

Types of Safety Footwear 

Industrial Safety Shoes

These are anti-slip, steel-reinforced shoes to offer protection in extreme working conditions such as construction, logistics, electronics, automobile chemicals, etc. 

Work Boots

Work boots cover half calves to offer protection from electric shock, heat, fuel/oil spills, and sharp objects at the workplace. 

Steel Toe Shoes

The toe box of such shoes is made of heavy-duty steel to offer maximum protection against puncture, compression, and impact in all weather conditions. 

Electrical Safety Shoes

Electric safety shoes are made of non-conducting leather and non-metallic fiber toes with PU soles. They can resist high electric shocks of 11kv for up to one minute. 

Leather Safety Shoes

Usually made of carbon steel, these shoes offer protection from impacts and can resist heat up to 300°C for one minute. 

High Ankle Safety Shoes

These shoes come with durable protective material coupled with soft cushioning at the top to aid comfort and safety. 

Waterproof Safety Shoes

Workers working under water-logged conditions need shoes to protect their feet from harsh chemical liquids, shocks, and chemicals. 

Welding Shoes

These are breathable, anti-skid shoes with heat and burn-resistant features well suited for electric welding, leg welding, and blacksmithing spats.

End Thoughts

Choosing the right safety shoes requires identifying the hazard type and the ideal material that can offer the best protection. However, an expert consultation should not be an option to ensure maximum workplace safety. 

The safety of your workers is more important than anything else. Ensure it by adopting the right safety equipment and safety rules in industry. Visit our website to learn more. 

Reference:

https://www.indiaspend.com/special-reports/3-workers-die-every-day-in-indian-factories-govt-data-show-850083

https://www.housecallpro.com/resources/news-press/industry-news/slips-trips-and-falls/#:~:text=What%20Percentage%20of%20Workplace%20Accidents,falls%20on%20the%20ground%20level.

https://www.mcrsafety.com/en/ppe/flame-resistant-protection/frc/knowledge-center/workplace-stats#:~:text=and%20gas%20industry.-,General,injured%20by%20workplace%20fires%20annually.

According to the Butterfly Valve Market study, the worldwide market for butterfly valves is expected to grow to about 6860.09 million dollars [1] by 2028. Butterfly valves are liked because they control the flow of liquids or gases well. They don’t cause much pressure to drop and can handle much flow without much care, saving money. But these valves come in different sizes. You need to pick the right size and shape of a butterfly valve for what you need it for. You must also check it regularly to ensure it works safely and well. Let’s learn more about butterfly valves and get some tips from experts on keeping them working great.

Butterfly Valve Construction and Working Principle 

Butterfly valves work by turning a quarter of a circle. They are really useful for either stopping or controlling the flow of liquids. Such BF valves comprise two offsets of the disc from the valve body’s center. Some major butterfly valve components are: 

• Valve body 
• Disc
• Seat 
• Stem 
• Seals 

Butterfly Valve actuation 

Here are four different ways to control the opening and closing of valve speed. 

Manual: simple and inexpensive valve operations using a handwheel, crank, or lever to control the stem and the disc

Electric: four 20 mA control signals are used via a bi-directional motor for process control in non-critical and light-duty modulation activities.

Pneumatic: the valve is operated through a piston within a closed cylinder. These are useful for controlling highly flammable liquids like petrochemicals, Oil, and Gas.

Hydraulic: These actuators use pressurized oil instead of air. The aim is to achieve high control during valve operations. 

Diverse usages of Butterfly Valve 

Butterfly valves are used in various industries, such as: 

• Fluid control in water supply, collection, distribution, and pumping stations
• Fluid control in the pharmaceutical, chemical, and food industry
• To control aggressive media involved in refineries at extreme temperatures and pressure 
• Used for jack-up rigs, ballast systems, and firefighting apparatus in the ship-building
•  Regulating and isolating the flow in power generation units 
• Preventing backflow in some situations

Size considerations 

Butterfly valves come in lots of different sizes. It can be a few inches or several feet. So, choosing the right size is important for the safe operation. Butterfly valves that follow ANSI, API, and ISO standards are good choices. They are reliable and high-quality, meeting safety, performance, and lasting use standards.

Picking the valve’s size depends on what you need it for. For example, the common sizes for big pipes in places like chemical plants or water treatment centers range from 2 inches to 96 inches. So, looking at the specifications to choose the right type, size, and valve dimensions is important.

Practical Usage Tips for Butterfly Valve  

• Ensure the valve is correctly installed
• The flow direction should align with the arrow on the valve body. 
• Perform periodic maintenance to check for wear and tear on the valve sealings. 
• Operate the valve within the specified pressure and temperature limits. 
• Do not tighten the valve too much as it may damage the seals and reduce its lasting. 
• When used in a dusty environment or with corrosive materials, periodically clean the valve to ensure smooth operation. 

Guarantee the safety and efficiency of your industry with premium butterfly valves from Moglix Solutions! To learn more, contact Moglix Business today!

Reference:

https://www.linkedin.com/pulse/butterfly-valve-market-size-2023-2030

Recently, the business area that deals with buying things (procurement) has benefited from new technologies. According to a Zipido report 2023, almost 83% [1] of chief procurement officers believe it’s important. They feel it’s time to be super efficient, good at handling risks, and make smart choices to meet ever-changing customer demands. In this regard, in this article, let’s understand the popular trends and future of digital procurement transformation. We will learn the role of AI in making decisions, blockchain in integration, and other such innovative technologies. Let’s see how they help reshape procurement with ease.

Three Focus Areas in Digital Procurement Transformation  

Use AI for Automation 

As per the Harvard research, big companies like Walmart, Tyson Foods, and Koch Industries use a special computer program called AI (Artificial Intelligence) to help them handle their supply chain [2]. They use AI to automate a lot of tasks. It includes buying new items, searching and identifying new suppliers to work with, automatic negotiations, etc. This saves them a lot of time. 

Instead of the old way of keeping track of what they have in their stores, these companies now use a new system that orders more stuff by itself when needed. This helps them ensure they only have a little or little of something. AI can also handle paying for things automatically when they are delivered, which saves time and means fewer people are needed to do these jobs.

Use Blockchain to Improve Supply Chain Visibility

The use of Blockchain in supply chain transformation is also increasing. According to the Industry Trends, Value, Analysis & Forecast Report by Zion Market Research, it may attain a growth of 51.3% [3] between 2022 and 2028. The technology offers a secure and tamper-proof platform to shield sensitive information. Some leading supply chain startups that use Blockchain like this are Yojee, Te-FooD, T-Mining, and SUKU.

This app lets everyone see what’s happening clearly. For example, businesses can write down their deals at different steps in their supply chain in a special kind of record book called a Blockchain ledger. They can also use AI (Artificial Intelligence) and IoT (Internet of Things). Then, the Blockchain can spot problems in getting supplies or sending products to the supply chain. This helps companies act quickly to reduce these risks in advance.

Utilize Big Data for Spend Analysis 

Nearly 97% [4] of companies worldwide are using big data to get useful business information. The technology makes use of your expenditure information to offer useful advice. You can learn to easily predict profits, avoid mistakes, and identify new market opportunities. Many companies are already doing this to find areas of improvement in procurement. This saves companies from tiresome manual processes and paper-based workflows.

End Thoughts

Digital procurement is already a reality. Shifting the focus to supply chain digital transformation is improving the overall procurement efficiency. It also helps cut down manual intervention and save costs in procurement. Adhering to best practices and trends in e-procurement can help companies reap more benefits of digitization. Read our case study on how Moglix enabled automotive OEMs to unlock 2% cost savings in indirect procurement through supplier consolidation. For more information on procurement transformation, contact Moglix Business today!

According to a McKinsey report, nearly 81% [1] of company heads believe the old way of handling essential company purchases needs to be updated. As per a PWC survey, even 86% [2] of the top leaders agree technology is the key to bringing the supply chain to order. In this regard, procurement digitization is the most important step in having a supply chain that is connected, smart, and works well. 

4 Benefits of Digital Procurement  

Automated Workflows

About 69% [3] of boring tasks that have to do with managing things will be done by computers automatically. Technology has changed how businesses buy stuff. It makes jobs that used to be done by hand happen automatically and lets people see how money is being spent immediately. Using software to buy things is also trending. This software works well with big computer systems like SAP and Oracle to pull out information about orders, bills, and payments. You can eliminate the need to enter data by hand to save time. It also makes things more accurate and costs less to process.

Access to Real-time Analytics 

Around 60% [4] of companies worldwide use instant data analysis to help make business choices. They have special dashboards powered by business intelligence tools that show important information about buying things, like how much money is being managed, how much is saved, how well the process works, and how good the suppliers are. Strong analysis of past purchases also helps you make decisions based on data. You can quickly decide where to get things and contracts for the best value. These days, businesses also use machine learning (a smart computer program) to analyze. These machine-learning programs can spot early signs of unusual spending and risks. This way, you can avoid big mistakes easily.

Streamlined Procurement 

A report from Deloitte says that nearly 83% [5] of the people in charge of buying things for companies are using digital ways to make buying easier. E-procurement platforms, which are online systems for buying, bring everything together in one place. They make buying simpler and the same across different parts of the business, and they use special steps to ensure everything is done right and follows the rules. Suppliers and sellers connect to these systems for an easy way to handle orders, bills, and payments all on one platform.

Improved Cycle Time

About 83% [6] of the leaders who handle technology in companies use automation to speed up their processes. This helps in getting rid of paper records to make things faster. New technologies have also changed the way companies buy things. It is now adding values. Companies are also saving money by spending only as per demand using data from technology.

Digitizing the Procurement Function

Digital Category and Service Procurement

Think about seeing and controlling how money is spent in your business using a computer or online tools. This would help you make smart decisions quickly. Digital buying, especially for software, computers, and new types of services, focuses on these new areas. For example, using a safe computer program or app, you can keep digital records of all your buying activities and deals. You can use software like Procurify, Coupa, and SAP Ariba to help you with this.

Innovative Procurement Data Utilization

Almost 80% [7] of companies think their data could be organized better. That’s why big data analytics (analyzing lots of data), predictive modeling (predicting future trends), and AI (Artificial Intelligence) are becoming popular. They help companies make really smart decisions based on lots of data. When companies look closely at a huge amount of data about how much they spend, they get many useful ideas. They can accurately predict future prices, risks in getting supplies, and new market trends. That’s why companies are moving towards using predictive intelligence, which means guessing what will happen in the future based on data. They do this to make plans to avoid problems easily and in advance.

End Thoughts

Procurement digitization can offer significant cost and time benefits. However, companies should be willing to transparently upgrade their digital skills and talents to adopt this new digital culture. At Moglix Solutions, we provide innovative solutions for procurement digitization. Discover how we helped India’s leading tractor manufacturer reimagine the user journey with a seamless digital procurement experience. As a result, the manufacturer saved 85% of staff hours on procurement. To learn more about how we help with the procurement process for procurement transformation, contact Moglix Business today!

Table of Contents

• Introduction
• Selecting the Right Valve for Industrial Applications
• Final Words

Introduction

Industrial valves are essential tools that play a pivotal role in the management of flow and pressure within an industrial setup. These tools, constructed from materials like carbon steel and stainless steel, ensure that substances such as liquids, gases, and powders move where they should, at the right speed and without any unwanted pressure build-up. The task of selecting the appropriate industrial valve is critical; it influences the efficiency, safety, and reliability of industrial operations. This discussion will guide you through the process of aligning your specific needs with the correct valve, a choice that stands at the core of a well-functioning industrial system.

Selecting the Right Valve for Industrial Applications

Following are a few factors that need to be considered when selecting the right valve for industrial needs:

Understanding Your Valve’s Purpose

The journey to finding the right valve starts by asking what job the valve needs to do in your setup. Is it there to manage the flow like a traffic light, or is it more like a barrier to keep things in place? It’s important to think about how critical the valve’s role is. If it were to stop working, would it cause a small hiccup or a major problem? These aren’t just theoretical questions—they’re practical considerations that set the stage for your choice.

Function-Specific Valve Choices

Every valve is designed with a purpose in mind. Just like you’d pick a specific tool for a job, you pick a specific valve for a function. For example, if you need to stop flow completely, a ball valve is your best bet. If you’re looking to tweak the flow just right, a globe valve is better equipped for the task. It’s all about matching the valve to the work it needs to do.

Dealing with Pressure and Temperature

When we talk about pressure and temperature, we’re talking about the conditions your valve will face. In high-pressure situations, you need a valve that can handle the stress—think of it as needing a heavy-duty lock for a high-security door. For lower pressures, you might not need such a heavy lock. Maybe a simple latch will do. And just like you’d pick a winter coat for cold weather, you need to choose a valve material that can handle the temperatures it’ll face, hot or cold.

Choosing the Right Material

Valves come into contact with all sorts of materials, and they need to be made of stuff that can handle these interactions. If your valve will be dealing with harsh chemicals, a strong plastic valve might last longer than one made of metal. It’s like choosing stainless steel cutlery for everyday durability over fine silver that tarnishes easily.

Valve Environment

The place where you’ll put your valve matters a lot. If it’s going outdoors, especially in tough spots like the ocean or a desert, you’ll need something that won’t give in to rust or wear easily. The right coating and seals make sure your valve can stand up to the environment it’ll call home.

Manual or Automated Operation

In this age of smart technology, some valves can run on their own with automatic systems. But sometimes, you might need or prefer a valve that someone operates by hand. It’s like choosing between an automatic car and a manual one—it depends on what you’re comfortable with and what suits your process.

Connecting Your Valve

How your valve fits into your system is the final piece of the puzzle. Some valves are made to stay once they’re installed, like being welded in place. Others, like those with flanged connections, are like a modular sofa—they give you some flexibility to change things around if needed. Your choice will depend on whether you want a valve that stays for good or one that you can move if the need arises.

Final words 

How does one ensure optimal fluid control in diverse industrial sectors? 

The careful selection of industrial valves is a critical step for the seamless operation of any industrial system. Matching the right valve to specific industrial requirements is essential for maintaining flow control, ensuring safety, and optimising performance. The right choice of these industrial tools not only prevents operational disruptions but also enhances the longevity and efficiency of the system, securing a productive and safe industrial environment.

Moglix Business specialises in guiding clients through the valve selection process for industrial applications. Ensuring the right fit for specific industry needs remains paramount. Download the brochure for in-depth assistance and further information or get in touch to Learn more on how we can assist you. 

Table of Contents

• Introduction
• 5 Trends Emerging in the Safety Equipment Industry
• Conclusion

Introduction

Envision a future where nanofibers redefine Personal Protective Equipment (PPE), providing enhanced protection against pathogens. Coupled with this, the emergence of interconnected PPE, harnessed by the Internet of Things (IoT) and wireless technologies, signifies the industry’s evolution. With the PPE market projected to reach USD 112 billion by 2030, its landscape is shifting dynamically. But why are these trends paramount? Rapid industrialization and recurrent outbreaks have led to a stark rise in workplace accidents. The International Labor Organization (ILO) highlights a grim statistic: 2.3 million individuals succumb to work-related illnesses or accidents annually, with a staggering 340 million occupational accidents reported globally. The urgency to address this crisis underscores the necessity of these transformative PPE trends. As we progress, we’ll explore the five trends shaping the industry’s direction.

5 Trends Emerging Trends in the Safety Equipment Industry

Take a look at the emerging trends in the safety equipment industry:

Innovative Material Solutions

Workers in hazardous environments often confront heightened risks of infections and injuries. Thus, robust protective gear becomes essential. Personal Protective Equipment (PPE) serves as this crucial shield, protecting against threats such as chemicals, biohazards, and radiation. Nanofibers, with their fine structure, have emerged as a key material in PPE, blocking harmful agents effectively. Their lightweight and breathable attributes further enhance protection and user comfort.

Technological inclusion at each step 

Imagine a construction site where a worker, engrossed in his task, is precariously close to a potential hazard. Could an unforeseen tech intervention change this scenario? Indeed, wearable technology in safety is the game-changer. No longer limited to just hard hats and boots, today’s gear includes smart helmets with sensors and augmented reality (AR) displays, giving workers immediate crucial data without referring to separate plans. Additionally, modern safety vests keep an eye on health metrics, instantly alerting supervisors if something seems off, like a rapid heart rate, potentially preventing accidents stemming from health challenges.

Integrating Wearables for daily tasks 

Have you ever pondered the pivotal role of Personal Protective Equipment (PPE) in daily operations? Imagine a factory worker, seamlessly navigating a metallic environment. His PPE suit detects a sudden surge in temperature, signaling a potential threat. This alert-driven clothing is the marvel of modern technology. Innovations in PPE now feature smart clothing that can both monitor environmental variables and detect hazards such as gasses, chemicals, and excessive heat. With industries like oil, gas, and metals embracing this advancement, the protective-clothing domain is set for robust growth. Moreover, with sectors like healthcare, pharmaceuticals, and semiconductors leading the charge, even as traditional oil and gas sales decelerate, the projected growth remains an impressive 7.5% through 2024.

AI’s Role in Ensuring Safety Compliance

Imagine a large factory floor where every move is under surveillance. A worker, in a hurry, forgets his safety helmet. But before anyone notices, an alert sounds, pointing out the oversight. What if all safety lapses could be caught this swiftly?

This is the promise of AI-powered PPE Detection. Using video analytics, the system detects essential safety gear like helmets, gloves, and jackets. If someone misses out on wearing any protective equipment, immediate alerts ensure corrective action. This method increases efficiency, as it spares manual monitoring. Real-time checks mean fewer accidents, leading to better compliance and a safer workplace. Thus, video analytics in PPE detection transforms the landscape of workplace safety.

Respiratory Safety

Picture a crowded hospital at the height of a health crisis. The air is thick with risk. Or visualize a factory with invisible airborne dangers. Workers face these threats daily.

Enter the next-generation respiratory gear. These aren’t just masks. They range from simple face covers for doctors to advanced respirators for factory workers. The recent health crisis pushed sales up as hospitals geared up.

The Shift in Industrial Safety Tools

Industrial environments, while engines of growth and innovation, can often be hazardous. Hand injuries, for instance, are common, and the eyes remain vulnerable to numerous threats. Breathing in such environments, especially after recent global health events, is a matter of concern.

Addressing hand safety, there’s a new entrant: smart gloves. These gloves, embedded with sensors, aim to enhance safety without compromising dexterity, offering a more informed way to handle tasks.

For eye protection, the introduction of smart glasses has been noteworthy. Beyond shielding the eyes, these glasses come with features like augmented reality, assisting in tasks by providing real-time data overlays.

Lastly, the use of masks has seen a significant shift. The enhanced safety masks, now available, not only protect but also come equipped with ventilation systems and sensors. These masks focus on ensuring that the air workers breathe is clean and communication remains unhindered.

Conclusion 

By 2030, the safety gear landscape will shift. New smart, wearable safety tools will emerge. They won’t just shield workers; they’ll connect them. Safety will marry technology, ensuring workers breathe easy and stay safe.Adapting to these trends ensures better workplace safety, especially in sectors like manufacturing and healthcare. Download the brochure for insights and integration of these innovations, turn to Moglix and  Learn More about their solutions.