AAON, Inc.’s Post

Introducing JOHSTADT Pumps for Oil & Gas Industry Resilience Blue Sky Oilfield Supply & Services (BSO) proudly joins forces with JOHSTADT, a venerable company boasting a rich legacy dating back to 1860. Specializing in manufacturing pumps, particularly firefighting pumps, JOHSTADT brings over 150 years of expertise to the table. The pinnacle of JOHSTADT's offerings lies in its cutting-edge pumps tailored for the oil and gas industry. Product Spotlight: JOHSTADT Pumps Designed exclusively for the oil and gas sector, JOHSTADT's pumps stand out with a versatile range of flow rates, spanning 200 to 12,000 liters per minute. Ensuring optimal water pressure and volume, these Vehicle Mounted Pumps are a crucial asset for combating industrial fires effectively. Their fixed mounting into vehicles enhances mobility, enabling swift responses during emergencies. As part of JOHSTADT's comprehensive firefighting equipment lineup, these pumps, with applications in biogas, agriculture, and beyond, epitomize reliability and efficiency in diverse industrial settings.  With BSO's collaboration, expect a heightened standard of safety in the oil and gas realm. For more details, visit the link: https://lnkd.in/dtvKkpeG #BlueskyOilfield #OilfieldSupply #OilfieldServices #SmartSupplies #InnovationInOil #ElevateYourBusiness #OilandGas #EnergyIndustry #OilfieldSolutions #SmartTechnology #DigitalTransformation #SupplyChain #OilfieldInnovations #EfficiencySolutions #oilpumps #JOHSTADTPumps #oilandgasindustry #oilindustry #oilfielddevelopment

Meeting big needs with a compact solution is what we do best: take Westview Tower in Knoxville, TN, for example. The building was operating with two 1600 MBH boilers and two 350 gal uninsulated tanks. This bulky, inefficient setup was not only a drain on their monthly gas consumption, but it had also become a constant maintenance item. Two iQ751 units were installed providing unparalleled system reliability by offering built-in redundancy. Check out details of the case study here: https://bit.ly/4aFts6k

The Xgard range manufactured by Crowcon Detection Instruments Ltd. is a comprehensive selection of fixed point gas detectors that meet the diverse requirements for gas detection in industries throughout the world. This includes many water treatment, oil and gas, power, research facility and manufacturing installations. Intrinsically Safe (I.S.) or Flameproof (Exd) versions are available, with case options comprising high-grade alloy, stainless steel or chemically resistant GRN polymer. Certifications include IECEx, ATEX, UL and GOST-R. ● Designed for easy installation and maintenance – keeps costs down. ● Three junction box options – designed to make replacement of sensors and sinters extremely simple (Spare sensors simply plug-in). ● Many spare parts are common to all Xgard models (keeps spares holding requirements to a minimum). ● Designed for either wall or ceiling mounting (no need for additional brackets). ● Can accommodate M20, 1/2″ NPT or 3/4″ NPT cable glands (suits all site requirements). ● High temperature models are available for hot environments (up to 150oc). ● Accessories are available for duct mounting and sampling applications as well as remote gassing (simple sensor checking). ● Poison resistant pellistors, for all flammable detection needs including hydrocarbons, hydrogen, ammonia, jet fuel, leaded petrol and vapours containing halogens. ● Electrochemical sensors are used to detect a vast range of toxic gases and oxygen. ● Thermal conductivity sensors are available to monitor % volume concentrations of gases. ● Manufactured using a choice of three materials: glass reinforced nylon, highly durable aluminium with a tough polyester coating, or 316 stainless steel for ultimate corrosion resistance (designed to operate even in the harshest environments). ● Spray deflectors and weatherproof caps are available for use in areas subject to regular wash-downs, or offshore environments. ● All models have been validated to the functional safety standard IEC 61508 (SIL 1 to SIL 3). If this has sparked your interest, please get in touch...

This graphic is a great representation of the different types of temporary generation as well as the most appropriate use for each.

Know the facts.

I've received many questions about these emergency generation assets that are tools in the CenterPoint Energy toolbox to cover a variety of risks, from load shed (like Uri) to storm response (like Nicholas, the 2023 tornadoes, and Beryl). Like our own toolboxes at home, not every tool is used in every situation, and not every emergency generation asset in our fleet is likely to be used in any one event. The largest (the 32MW units) were acquired post-Winter Storm Uri to bring up entire neighborhoods in the event of another failure to have enough electrons on the grid. The small and medium units are not as useful for that load shed risk we saw in Uri, because they bring up individual premises or much smaller parts of communities/neighborhoods. We need these large units in our toolbox to avoid a repeat of the hundreds of deaths that happened during Uri by bringing up entire portions of the grid on a temporary basis until the electrons are flowing normally again. These large units can be useful in a storm response in the event a transmission outage occurs, and the distribution system is intact enough to take power from the substation. That was not the case with Beryl; there was no material damage to the transmission system. But our small and medium units are life saving in a storm response. And we used our entire fleet of small and medium units, and even brought in more, to power critical facilities that did not themselves have backup power that worked during Beryl. These smaller and medium sized units can be used while we repair the larger distribution grid, until grid power is restored to those critical facilities. The entire fleet is necessary to save human life during emergency events. I understand the frustration of us not explaining before now why we were using the small and medium size units, but not the larger load shed units. I hope we never need to use any of them, but it is better to have them and not need them, than to need them and not have them.

Our Supply Chain Masterclasses Series is back. We are calling all Supply Chain Manufacturing Companies to sign up to attend the first in the upcoming mini-masterclass series looking at supply chain offshore wind opportunities. You can secure your place and register today. During the day, you will hear from Thistle Wind Partners, Forsyths Ltd, Scottish Enterprise, and ETZ Ltd. Tuesday 5th March 2024, Marcliffe Hotel, Aberdeen. Secondary Steel refers to elements that fit on the main (primary) structural elements. These elements enable functions such as turbine access and ancillary components protection. Secondary steel includes a wide range of subcomponents, from small-scale items such as brackets and doors to large structures such as I and J Tubes, boat landings and work platforms weighing up to 50 tonnes. Freda Miller, Jacqui Watt, Adam Swainbank, Laura Finlay, Andrew Rodden, Anna Maclaren, Kim Stephen, Rachel Cottiss, Nicola McGeown #offshorewind #manufacturing #opportunities #supplychain

TWD Innovation: Simplify and future-proof secondary steel installation with our smart and multi-functional Modular Tugger Frame (MTF). Offshore wind farms are increasingly equipped with extended monopiles, incorporating separately installed steel components, as opposed to traditional monopiles. Nevertheless, the variety in designs of secondary steel components across different wind farms, along with a wide range of possible installation methods, has led to increased costs in creating these complex tools. Key features of the MTF Innovation: • Streamlined Installation: The MTF simplifies installation by eliminating the need for numerous complex tools. • Future-Proof Design: The MTF is designed to be reusable across projects with varying secondary steel designs. • Enhanced Efficiency: Significantly reduces re-rigging operations both onshore and offshore, thanks to MTF’s 360-degree rotational freedom. Let’s simplify and future-proof secondary steel installation process through Innovation! Read more about our Modular Tugger Frame in the dedicated Design Special: https://bit.ly/44kuEtR, or get in touch with our Innovation Manager, Bas van Wuijckhuijse. #OffshoreWind #Innovation #SecondarySteelInstallation #SSIT

We currently have an NRGMax 10' x 40' treater in stock, ready for dress-down and immediate sale. The #NRGMAX name was derived from the fact that the internals are positioned to maximize capacity and retention time. There is an inlet slide which diverts the gas to the top and allows water and oil to fall to the bottom of the treater. As the emulsion travels up and across the firetube heat is transferred more efficiently in the separation process. We use all flanged connections to allow for a jeep-free coating and also give the added benefit of being able to use bridles to set the interface level to match the best production results. This makes the NRGMAX bucket treater the most flexible treater on the market and the best value. Don’t miss out on the opportunity to enhance your processing capabilities with this highly effective and ready-to-go NRGMax treater. Contact us today to discuss how this equipment can optimize your operations. https://lnkd.in/ej36axrW #Alberta #Albertabusiness #Albertaenergy #oilandgas #Albertaheavyoil #oilandgasindustry #Processsolutions #NRGProcesssolutions #NRG #NRGMAX #oiltreater #oilandgasprocessequipment #heavyequipment 

George Leslie are working in collaboration with SLD Pumps and Power trialling the Erica Board.  The Erica module is fitted into the site distribution board and is connected to WIFI to send power usage data. It helps us design and implement cost effective, low carbon temporary power solutions. Our main goal for this initiative is for us to only use Power as and when it is required. Requirements are identified through discussions with the Site Agent during set up and can be easily modified remotely, as and when required. Thanks to the site team at Roughrigg Reservoir for embracing the first trial. The initial findings are showing we have had a reduction in fuel usage which means reductions in carbon and cost. The bigger the site set up, the greater the savings expected! #CivilEngineering #Sustainability #Innovation