AllWater Technologies Ltd’s Post

🚀 Up, Up…. And Away!! 🚀 When faced with a space-saving challenge at one of our valued clients’ sites, we came up with a truly out of this world idea: why not just build the water treatment system in a shipping container and fit it outside the plant??? …So, we did. Here’s when the container was being relocated from the workshop to the lorry – by crane. This is just one example of how, at AllWater Technologies, we strive to meet the exacting requirements of our clients’ specific situations – whatever the limitations. Our team of highly skilled and experienced engineers design, build and instal industrial water treatment systems to suit any situation. If you’re involved in any industrial manufacturing projects and require expert water treatment guidance or advice, contact us today to discuss how we can help: 📞+44 (0)1934 751333 📧 Enquiries@allwatertech.co.uk 🌐 Allwatertreatment.co.uk #Innovation #WaterTreatment #Engineering #IndustrialSolutions #ClientFocused #AllWaterTechnologies #SpaceSavingSolutions

This is good and compact.

Embrace the spirit of PE Week as we spotlight EDR's impactful engineering endeavors shaping our communities! The Town of North Castle’s Wastewater Treatment Plant upgrade is a unique, one-of-a-kind project. The Town has set a course to enhance operational efficiency and further reduce existing total nitrogen removal. EDR was retained by the Town to establish a basis of design, complete final design, and environmental services. Upgrades include the addition of several Granular Activated Carbon vessels and a new UV disinfection system in a premanufactured building complete with the treatment systems, electrical and heating and ventilation; increased mechanical sludge thickening capacity; and pump control panel replacements. These improvements, aim to boost nitrogen removal and operational flexibility. The project reduces potable water usage by utilizing effluent water for the sludge thickener. Additionally, new pump control upgrades align with the Plant SCADA system for enhanced real time monitoring and communication. Developing solutions to wastewater treatment is a real opportunity to let your mind be creative on unique ways to align engineering practices with an Owner’s goals, it’s very rewarding when the two converge. #EWeek #ABetterEnvironment Learn more: https://lnkd.in/e9ntDnVj

Global engineering initiatives focused on "Building a sustainable future" aim to develop innovative solutions that minimize environmental impact while maximizing efficiency and longevity. In this context, incorporating pigging systems into various industrial processes becomes paramount. A pigging system is a method used in pipelines to clean, inspect, and maintain them without the need for disassembly. These systems employ devices known as "pigs" that are inserted into the pipeline and pushed along by the product flow. They can remove debris, scale, and other contaminants, ensuring optimal performance and preventing blockages. Integrating pigging systems into global engineering projects offers several sustainable benefits: Resource Efficiency: By maintaining pipeline integrity and cleanliness, pigging systems reduce the need for frequent maintenance shutdowns and repairs. Energy Conservation: Clean pipelines require less energy to transport fluids or gases, as friction and resistance are reduced. Environmental Protection: Pigging systems help prevent leaks and spills by keeping pipelines free from buildup and corrosion. Water Conservation: In industries such as oil and gas, pigging systems can be used to remove accumulated liquids from pipelines, reducing water usage and minimizing wastewater generation. #SustainableEngineering #PiggingSystems #PipelineMaintenance #ResourceEfficiency #EnergyConservation #EnvironmentalProtection #CostSavings #PipelineIntegrity #GreenEngineering #InnovationForChange #CleanEnergy #EcoFriendlyTech #IUSPiggingSystems

When deciding on an engineer to take on your #watertreatment projects, #industrial or communal, you would be searching for a team that knows the assignment. Right? Search no more and walk with ASPAC Engineering through a portion of our water treatment process, specifically, the step at which raw water enters the process block.

raw water treatment process

The importance of the rule of cooling towers is obvious to all especially, for process engineers although till to last decay most designers believed that a once-through cooling system was the most effective way for cooling systems for industries near the sea the new dictational environmental rules during the last decay leads the designer to change the previous standards of cooling tower design for instance, change the approach temperature although it may increase the wet cooling towers building up to 20% it is applicable solution for environmental rules following. this simple but effective document gives a good point of view to individuals for cooling tower performance analysis. #coolingtower #powerplant #refinery #petrochemical #processengineering #energyengineering #watersaving #cooling

If you're in the water engineering industry, I would highly recommend checking out our latest webinar, 'Water Engineering: How to Save Time & Reduce Errors'. Geoff Thompson is an absolute authority in the world of water engineering, and he provides some key insights around how software has evolved to meet the unique needs of the water industry. He also discusses how advanced water tools, like the Quick Water Network tool in 12d Model, is simplifying water network design and making the design process faster than ever before. If you're keen to learn more, you can watch the webinar here 👉https://hubs.la/Q02DwCqC0️ #12dSynergy #WaterEngineering #12dModel #CivilEngineering #DesignProcess

ASHRAE 62.1 and 62.2 go beyond codes, focusing on energy savings, performance, and innovation. Learn more about it in our blog: https://lnkd.in/gEjRWT3h #ASHRAE #HVACDesign #EnergyEfficiency #BuildingCodes #Engineering #Innovation

We support environmental project. i.e. energy-saving technology study, market research, engineering, cost estimation, feasibility study and etc. 1. Feasibility study for new-energy and energy-saving installation Market Trend Research on Equipment, Raw Materials, and Manufacturing Methods. Comparative evaluation of equipment by type. Schematic design and cost estimation of equipment. Estimation of facility operation costs. Decision of investment recovery. 2. Schematic design and cost estimation of equipment Equipment condition development and process flow sheet preparation Preparation of main equipment list. Layout design. Calculation of estimated costs. 3. Carbon Neutral CO2 Load Estimation. Investigation of CO2 Capture and Reuse Technology. Research on new technologies for CO2 capture and reuse. 4. Assistance in applying for necessary permits and approvals for equipment installation Assistance with applications to government and public agencies. Assistance with applications for high-pressure gas, boilers, handling of hazardous materials, etc. Investigation of overseas standards and environmental standards.