ProcessBarron Canada’s Post

If your boiler capacity has noticeably declined over the years and has become inefficient, it’s time to upgrade or retrofit. How much is too much to handle depends on your efficiency tolerance, i.e. how much degradation you can afford before needing to take action. For most plants, tolerance levels are small, given the tightening economics of energy production. While this can be difficult to judge, our team has compiled a list of warning signs to help determine the right timing for your next retrofit or upgrade. Follow the link below to learn more! https://lnkd.in/gwVaCha3

Are you unknowingly pouring energy & money down the drain? Your boiler blowdown process could be secretly costing you big time. The Madden Engineered Products, LLC. HV Series Boiler Blowdown Heat Recovery System captures that wasted energy and turns it into usable steam and hot water. Discover the benefits of the HV Series: ✅ Reduced steam energy waste: capture wasted heat and put it back to work in your system. ✅ Quick return on investment: typically pays for itself in under a year! Start saving money fast. ✅ Effortless operation: automatic system requires minimal maintenance, so you can focus on what matters. Ready to make your boiler blowdown process more efficient? Find out how at https://okt.to/KcFRNx

Outdated equipment and hidden inefficiencies in your boiler system can lead to significant energy waste and increased operational costs. 💲💡📈 Our comprehensive assessments identify improvement opportunities across your entire steam system, from the boiler to the distribution network, providing actionable recommendations to optimize performance and reduce expenses. Understand the full potential of your steam system 🔗 https://lnkd.in/eHwNg75k #energyefficiency #steamsystems

Need to cool down but don't have enough power? Gas absorption cooling might be the solution you've been looking for. By reducing electrical demands by up to 80%, this cooling system eliminates infrastructure upgrades and associated costs. Plus, it only requires single-phase power at 208/230V, resulting in low operating costs. Bonus: potential utility rebates! #cooling #energyefficiency #gasabsorptioncooling

Did you know? Many boiler systems are used for co-generating electricity with excess steam, either powering the factory's processes or contributing to the national grid. Ensuring the protection of every component in this co-gen equipment is paramount for uninterrupted electricity generation. ⚙️🔧 #BoilerWaterTreatment #IndustrialInnovation #ExpertCare

Fact: GWP is just one factor out of many—flammability, energy efficiency, operating pressure, corrosion—to consider when selecting a refrigerant. Get all the facts: https://chem.rs/3zYmxrT #Fact #RefrigerantFacts

Believe it or not – just because your solar panels aren’t rife with physical damages or defects, doesn’t mean you don’t need to replace them. So how do I know when I need new panels? The obvious indicators are things like cracks, bent frames, or consistent low power output. But there are a few more subtle clues that, when spotted early, can save you lots of time and money on more serious repairs in the future. These would include discolored panels, inverter issues, and signs of degradation.

🙄 You're still using electric chillers and absorbers? 🚫 There's a better option which can lower your operational costs tremendously. By producing your cooling with natural gas-driven Tecochill chillers, you should expect to see a 40-60% drop in your energy bills, and high electric rate areas will realize even larger savings. Plus by offsetting your boiler with our free hot water byproduct, you are creating your hot and chilled water simultaneously with the natural gas you're already using. Considering a new chiller? Request a custom economic analysis for your facility ⤵ https://lnkd.in/eVXNjJ8w

FOR LARGER DEMANDS, FLEXIBLE, EXPANSIBLE The UNIVERSAL steam generators are the first choice for companies with large and complex steam requirements. The output can be flexibly adapted. The on demand, compact modules can be combined with each other in a cascade connection. https://lnkd.in/enbywtSq

A load dumping system is a mechanism used in power plants to safely dispose of excess electrical load when there is an oversupply of electricity in the grid. This situation can occur when the demand for electricity suddenly drops, such as during periods of low demand or when a generator goes offline unexpectedly. The load dumping system is necessary to prevent overloading of the electrical grid, which can lead to instability, voltage fluctuations, and even blackouts. By quickly shedding excess load, the system helps maintain grid stability and protects the integrity of the electrical infrastructure. In a load dumping system, excess electricity is diverted to auxiliary loads or dissipated as heat using resistors or other devices. This allows the power plant to quickly respond to changes in demand and maintain the balance between electricity generation and consumption, ensuring the reliable operation of the electrical grid.