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At FOX-VPS we are making progress towards more sustainable operations, however we acknowledge our Scope 1 and 2 emissions remain high compared with other industries. In the coming years, we will continue to develop and prioritise our roadmap to net zero. In 2023 our scope 1 & 2 emissions increased by 12.3% due to a 14% increase in turnover. However this means that in terms of our carbon intensity metric (tCO2e per £million revenue) there was a 1.8% decrease year-on-year. There was a mix of actions in 2023 aimed at reducing our emissions. These included reducing and/or replacing ageing CNC equipment, continuing to replace fluorescent lighting with LED lighting within the factory, and optimising heating, ventilation and air-conditioning systems. In 2024 we will conduct an assessment of the impact of solar panels, improving insulation, as well as the ongoing maintenance and discipline regarding efficiency such as checking airlines for leaks and keeping doors and curtains closed during winter. Our focused efforts in 2023 combined with the support of our employees, has enabled us to make some progress in continuing to understand and manage our CO2 emissions and we look forward to continuing this in 2024 and beyond. Enhanced Engineering Group Limited Precision Aluminium Casting & Engineering Ltd

With temperatures forecast to drop below 0°C this week, the risk of heating plant failures significantly increases. To safeguard against potential downtime and disruptions, consider implementing proactive measures such as regular maintenance. If the worst however happens then please call our team of experts at Climatec Engineering who are here to help you get your plant back up and running call us on 01642 668080 Climatec Engineering Limited

Radial bearings can withstand axial forces to a small degree, however, for greater forces, thrust bearings are employed. Thrust bearings are used to mitigate the axial forces in the rotating equipment.There are two main types of thrust bearings: equalizing and non-equalizing thrust bearings. These bearings play a crucial role in handling axial loads and ensuring smooth operation of rotating machinery. Equalizing thrust bearings employ a clever mechanism that distributes the load, especially uneven thrust loads, evenly across all parts of the bearing, thereby "equalizing" it. This equalization feature allows these bearings to handle misalignment to a certain extent without sustaining damage. The equalizing mechanism typically involves pivoting pads or levers that transfer the load evenly across the bearing surface. On the other hand, non-equalizing thrust bearings do not have this load distribution capability. Instead, they transmit the load directly to the bearing surface, which can lead to uneven wear and potential failure if the load is not evenly distributed. Both these mechanisms can be witnessed in the video at 1:20 to 1:30. The thrust collar, which is machined onto the rotor shaft, can exert forces in both axial directions. Each thrust bearing pad is designed to mitigate forces in one direction, typically compression. During normal operation, the aero/hydrodynamic forces generated by fluid flow on the impellers dictate the direction of the axial forces. However, in abnormal conditions, such as start-up, shutdown, or surge events in compressors, the axial forces can reverse direction. Equalizing thrust bearings are often preferred for normal operating conditions because they distribute the forces evenly and can accommodate misalignment. However, they are typically more expensive due to their complexity and additional moving components, which can increase maintenance costs and the risk of failure. Non-equalizing thrust bearings, on the other hand, are more robust, less expensive, and easier to maintain. They are commonly used for handling axial loads in the opposite direction during abnormal conditions or transient events. It's important to note that the choice between equalizing and non-equalizing thrust bearings depends on the specific application, load conditions, and design requirements. In some cases, a combination of both types may be employed to address the varying load scenarios effectively. Video thumbnail is by Waukesha Bearings Corporation and video is taken from Suntech Engineering Corporation

It's a great cleaner that will outlast your existing cleaners blade life, without requiring constant maintenance. #Cleanscrape #Whynot #MessageMe #Advice #Aggregates #App #Ash #Ask #Belt #Belt #BeltCleaner #BeltCleaners #BeltCleaning #BioMass #Blades #BulkHandling #BulkMaterial #CallUsToday #Carbide #CarryBack #Cement #Chute #Cleaning #Cleanscrape #Cleanup #Conveyor #ConveyorBelt #ConveyorBelting #ConveyorBelts #ConveyorSystems #Downtime #EFW #Energy #Energyfromwaste #Engineering #Engineers #Experts #Fabrication #Foundations #FugativeMaterial #HappyToHelp #IBA #IBAAggregate #Improvement #Incinerator #IncreasedProductivity #innovation #Install #Maintenance #Manufacturing #Martin #Martin-Eng #Material #Mining #MiningEquipment #MiningIndustry #MoreMaterial #MoreProfit #N3 #Notification #OEM #OptimalCleaning #Outage #Pains #PitViper #Polyurethane #Primary #PrimaryCleaner #ProblemSolved #Productivity #Project #QC1 #Recovery #Recycling #RemoteMonitoring #Revolutionary #Safety #SafetyAtWork #Secondary #SecondaryCleaner #Solution #Spillage #StainlessSteel #Tensioner #TransferPoint #Trial #Trial #TriedAndTested #TwistTensioner #Value #WeWroteTheBook

✳️The Power of Iteration in Engineering✳️ 🖌️In engineering, creating a fit-for-purpose solution is rarely a straight path. It’s a process that involves countless iterations, testing, feedback, and, yes—patience. The journey from concept to a finished product can feel long, but it’s this very process that ensures we deliver solutions that are not only innovative but reliable and adaptable to real-world challenges. 🤔why downhole Gyroscopes manufacturing is sophisticated process? 1️⃣Harsh Operating Environment: Downhole gyroscopes are used in extreme conditions, such as high temperatures, pressures, and corrosive environments deep in the earth. The components must withstand temperatures often exceeding 150°C (300°F) and pressures of up to 20,000 psi. 2️⃣Precision Requirements: Gyroscopes must provide highly accurate measurements for navigation and orientation within the wellbore. Any slight error can result in incorrect well placement, so achieving the necessary precision in such challenging conditions requires advanced technology and meticulous manufacturing. 3️⃣Size Constraints: The equipment must be compact enough to fit into narrow wellbores, which means designing gyroscopes that are both small and robust without compromising performance. 4️⃣Vibration and Shock Resistance: Drilling environments expose the gyroscope to constant vibrations and mechanical shocks. Manufacturing devices that can remain accurate under such stress requires specialized materials and engineering techniques. 5️⃣Power and Reliability: Downhole tools have limited power sources, so gyroscopes must be energy efficient while maintaining consistent performance over long periods. Designing such systems without frequent maintenance is another significant challenge

Explore the exquisite finishing capabilities of Karabudak Engineering, showcased through the innovative products from Ka-Ma Machinery. Discover the unparalleled efficiency and precision of our top-notch automatic spraying lines, which are seamlessly integrated with advanced automatic stacking machines. These cutting-edge technologies are designed to enhance productivity and ensure flawless finishes, catering to a wide range of industrial needs. Karabudak Engineering stands out in the industry with its dedication to quality and innovation, constantly pushing the boundaries of engineering excellence. Our automatic spraying lines are equipped with state-of-the-art technology, offering remarkable speed and accuracy that significantly reduce production times and minimize material waste. This ensures not only cost-effectiveness but also a sustainable approach to manufacturing. Moreover, the automatic stacking machines complement the spraying lines perfectly, ensuring smooth transitions and optimal organization in the production process. This integration leads to reduced manual labor requirements, thereby minimizing errors and enhancing overall operational efficiency. By delving into the sophisticated solutions provided by Ka-Ma, businesses can elevate their production processes to new heights. Whether you're involved in automotive, furniture, or any other manufacturing sector, our advanced systems are tailored to meet your specific requirements, delivering exceptional results consistently. Embrace the future of production with Karabudak Engineering and Ka-Ma Machinery, where innovation meets reliability. https://buff.ly/3BrBO5o

A High-Frequency Pneumatic Vibrator is an industrial tool designed to deliver rapid and intense vibrations, typically used to facilitate the flow of materials in hoppers, bins, chutes, and other storage systems. This device operates using compressed air and can achieve rotational speeds of up to 10,000 RPM. The high frequency of the vibrations ensures efficient and consistent material movement, reducing the likelihood of blockages or material build-up. Key features of this vibrator include: Rotational Speed: Up to 10,000 RPM, providing powerful and high-frequency vibrations. Construction: Made from durable materials to withstand harsh industrial environments, with a focus on longevity and minimal maintenance. Operation: Utilizes compressed air, making it suitable for environments where electric-powered equipment may pose a risk or be impractical. Applications: Ideal for industries like manufacturing, mining, and food processing, where the flow of bulk materials needs to be regulated and maintained efficiently. The high-frequency operation of this pneumatic vibrator makes it especially effective in preventing material compaction and ensuring smooth material handling processes. https://lnkd.in/dbkXB4ti

Project Introduction: Cutting Machine Operating on Hydraulic Braking System This project presents a Cutting Machine designed to enhance precision and efficiency in material cutting applications, leveraging a sophisticated Hydraulic Braking System. The hydraulic system ensures precise control over the cutting process, providing robust performance and reliability. This machine is engineered to handle a range of materials with optimal accuracy. Workshop Skills Employed *Woodworking*: Constructed the machine's frame and structural components. *Welding*: Assembled and reinforced critical parts to ensure structural integrity. *Mechanical Fitting*: Ensured smooth operation and alignment of moving parts. *Forging*: Produced durable components necessary for the machine's operation. *Electrical Fitting*: Integrated the hydraulic control system for effective performance. Each of these skills played a crucial role in achieving the machine's high functionality and durability.

The flexible rubber foam tube produced by TECH - SHENZHOU adopts advanced material formula and precise manufacturing process, and has excellent thermal insulation properties. Its thermal conductivity is as low as 0.032w/mk, which can effectively prevent the transfer and loss of heat, and greatly reduce the energy consumption of HVAC system. In winter, it is like a solid thermal barrier, firmly locking in warmth and reducing the heat dissipation to the outside; In summer, it can effectively block the invasion of external heat and create a cool and comfortable environment indoors. According to actual engineering verification, the HVAC system using TECH - SHENZHOU flexible rubber foam tube can reduce energy consumption by 35% compared with ordinary pipes, bringing significant energy-saving benefits and long-term operating cost reduction to your project.

The Engineering Behind Nord-Lock Washers and Their Benefits When securing bolted joints, Nord-Lock washers stand out as a cutting-edge solution backed by advanced engineering. Here's how the technology works and the benefits it delivers: The Engineering Advantage 1. Wedge-Locking Principle: Nord-Lock washers utilize a unique wedge-locking mechanism based on tension rather than friction. The washer pair features cam faces on one side and radial teeth on the other: Cam Faces: The cams create a wedge effect that prevents the bolt from loosening. Radial Teeth: The teeth grip the surfaces, ensuring the washer stays in place. 2. Self-Locking Mechanism: The angle of the cam faces is greater than the thread pitch angle, which means any attempt to loosen the bolt increases tension rather than reducing it, locking the joint securely. 3. Performance in Dynamic Loads: Nord-Lock washers maintain preload under vibration and dynamic stress, ensuring the bolt does not loosen over time. 4. High-Quality Materials: Manufactured with corrosion-resistant and high-strength materials, these washers deliver durability in extreme environments, including high temperatures and corrosive conditions. Benefits 1. Vibration Resistance: Prevents bolt loosening in high-stress, high-vibration applications. 2. Safety Assurance: Reduces risks of joint failure, ensuring operational safety. 3. Time and Cost Efficiency: Minimizes maintenance and downtime due to secure, lasting bolt connections. 4. Ease of Installation: No special tools are required, making it user-friendly and reusable. 5. Versatile Applications: From heavy machinery to renewable energy projects, these washers are ideal for industries requiring reliable bolted connections. Nord-Lock washers are not just components; they are an engineering masterpiece, combining innovation with practicality. Invest in the reliability of Nord-Lock and ensure the longevity of your assemblies. Ck Rathore Exec-PPC Rajoo Engineers #Rajooengineers