City of Redmond, WA’s Post

What's going on in Engineering? Check out our latest roles in Water Infrastructure and Treatment! Interested in a specific role? Reach out to Ben Chadwick for more information. bchadwick@smithandwilkinson.com 207.289.3138 #Hiring #Engineering #EngineeringRoles #WaterEngineering #WaterInfrastructure #PartnersinTalent

Have you ever wondered exactly what a water engineer actually does? A water engineer specializes in the planning, design, and management of water-related infrastructure and systems. They are responsible for addressing various aspects of water management, including water supply, treatment, distribution, wastewater management, and stormwater control. Water engineers work on projects that aim to ensure the availability of clean and safe water for domestic, industrial, and agricultural use, while also addressing environmental concerns and promoting sustainable practices. Learn more about us and why we love what we do! #waterengineer #welovewater

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

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.

No matter the season, our team loves being in the field! And they certainly enjoy the break from screen time. 👋 Say hello to Bailey Leppek and Kimberly Riddle from our Water Resources team in Snowmass, calibrating stream gauges for wastewater permitting. ❄️ 🌊 #FieldWork #DedicationInAction #engineering #engineer #waterresources #water #waterengineering #wastewatertreatment #SGMCareers #joinSGM #consulting #civilengineering #surveying #equalopportunities #civilengineers

Fantastic opportunities in Florida

We keep our quality and safety standards high, be it in development, engineering, commissioning, monitoring or refurbishment. #globalhydro #energysecurity #sustainablefuture #hydropower #visionariesoftomorrow #sustainability #sustainable #world #powerplant #sustainablesolution #global #water #nature #life #cleanenergy #energy #refurbishment #commissioning #monitoring #engineering #quality #safety #standards

Problem Statement: In the realm of water engineering, the challenge extends beyond the technical aspects of ensuring a stable water supply. While efficiently executing engineering tasks is crucial, there exists a disparity between merely performing the job functions and genuinely fostering a culture of enjoyment and passion within the water engineering workforce. In addressing this problem, it is essential to bridge the gap between task-oriented performance and a more fulfilling, innovative, and enjoyable water engineering profession, thereby contributing to sustained advancements in water management practices. Key Aspects: Technical Proficiency vs. Passionate Innovation:Doing the Job: Ensuring the technical proficiency of water engineers in designing and maintaining water systems.Enjoying the Job: Inspiring a culture of passionate innovation where engineers actively seek creative and sustainable solutions to address evolving water challenges. Routine Maintenance vs. Holistic Problem Solving:Doing the Job: Executing routine maintenance tasks to ensure the functionality of water infrastructure. Enjoying the Job: Encouraging engineers to approach their work holistically, identifying and solving broader water-related issues beyond immediate maintenance needs. Compliance with Standards vs. Environmental Stewardship:Doing the Job: Adhering to industry standards and regulations in water engineering projects. Enjoying the Job: Instilling a sense of environmental stewardship, where engineers actively seek eco-friendly practices and contribute to sustainable water management. Task Completion vs. Collaborative Engagement:Doing the Job: Completing assigned tasks efficiently to meet project deadlines. Enjoying the Job: Fostering a collaborative and engaging work environment where engineers actively share insights, collaborate on challenges, and collectively contribute to the success of water projects. Risk Mitigation vs. Continuous Improvement:Doing the Job: Mitigating risks associated with water engineering projects. Enjoying the Job: Cultivating a mindset of continuous improvement, encouraging engineers to learn from challenges, innovate, and proactively enhance water systems for long-term resilience. For more information about the course please contact me on my personal email address dennisagoti1@gmail.com

Effective water and wastewater treatment project management involves prioritizing needs, analyzing risks, fostering collaboration, leveraging technology, and continuous evaluation. Success relies on a coordinated approach addressing technical and societal aspects. #water #wastewater #managment #civil #treatment #engineering