Water treatment is a complex and technical process that plays a vital role in ensuring access to safe drinking water for millions of people worldwide. This blog post provides a detailed overview of the various steps involved in water treatment, including filtration, disinfection, coagulation, flocculation, sedimentation, and pH adjustment. We’ll also dive into the technical details and formulas behind each process. By understanding the science behind water treatment, we can develop effective and sustainable systems that meet the needs of communities around the world.
Tag Archives: Engineering
BLOG: THE ESSENTIAL GUIDE TO ROPES IN ENGINEERING: TYPES, USES AND MANUFACTURING
Ropes have been used for centuries and remain an essential tool in engineering. They are made from twisted fibers or wires and come in various types that offer unique characteristics for specific applications. Synthetic ropes are lightweight, strong, and resistant to chemicals and UV radiation, while wire ropes are durable and corrosion-resistant. Natural fiber ropes are biodegradable and cost-effective. In this blog post, we will explore the different types of ropes used in engineering, their applications, and how they are made. Understanding the different types of ropes and their uses is crucial for engineers who work in fields such as construction, transportation, rescue, and more.
BLOG: Revolutionizing Engineering: The Power of Artificial Intelligence
Artificial Intelligence (AI) is rapidly transforming the field of engineering, and its potential applications are virtually limitless. From automating tedious tasks to optimizing complex systems, AI is revolutionizing the way we approach engineering problems. In this blog post, we explore some of the most promising applications of AI in engineering, from predictive maintenance to design optimization and manufacturing. We also discuss the challenges and risks associated with AI, and how engineers can work to mitigate these risks. Read on to learn more about the power of AI in engineering and the exciting developments that lie ahead.
BLOG: How Engineers are Using Augmented Reality to Transform the Construction Industry
Augmented reality (AR) is quickly emerging as a powerful tool for engineers in the construction industry. By overlaying digital images and information on top of the real-world environment, engineers can create highly detailed, 3D models of construction sites and buildings, providing them with a much more accurate view of a project before it even begins. This has the potential to improve accuracy, efficiency, and safety on construction sites, while also making it easier for engineers to collaborate with other professionals involved in a project. In this post, we’ll take a closer look at how engineers are using AR technology to transform the construction industry, and explore some of the key benefits this technology has to offer.
BLOG: The Future of Renewable Energy: Latest Developments in Engineering
Renewable energy is the future, and engineers are at the forefront of this revolution. They are constantly working on developing new technologies and making existing ones more efficient, in order to create a more sustainable and resilient energy system for the future. From perovskite solar cells to vertical axis wind turbines, the latest developments in engineering related to renewable energy are promising to revolutionize the way we generate and store energy. In this blog post, we will take a closer look at some of the latest developments in renewable energy engineering, and what they mean for the future of our planet.
BLOG: The Future of Engineering: Trends to Watch Out For
As the world continues to evolve at a rapid pace, the field of engineering is no exception. From sustainable engineering to advanced materials, there are many exciting trends that are shaping the future of the industry. With new technologies like artificial intelligence and additive manufacturing, engineers are able to solve problems faster and more efficiently than ever before. And with a growing focus on sustainability, engineers are finding innovative ways to reduce the impact of human activity on the environment. Stay ahead of the curve by keeping an eye on these top engineering trends, and see how you can be a part of building a brighter future.
EE29: MOTOR CURRENT CALCULATOR
TOOL TO CALCULATE MOTOR CURRENT
ME18: PIPE SCHEDULES WALL THICKNESS
Dimensions are in inches.
NPS | 5s | 5 | 10s | 10 | 20 | 30 | 40s STD | 40 |
1/8 | .035 | .049 | .049 | .068 | .068 | |||
1/4 | .049 | .065 | .065 | .088 | .088 | |||
3/8 | .049 | .065 | .065 | .091 | .091 | |||
1/2 | .065 | .065 | .083 | .083 | .109 | .109 | ||
3/4 | .065 | .065 | .083 | .083 | .113 | .113 | ||
1 | .065 | .065 | .109 | .109 | .133 | .133 | ||
1 1/4 | .065 | .065 | .109 | .109 | .140 | .140 | ||
1 1/2 | .065 | .065 | .109 | .109 | .145 | .145 | ||
2 | .065 | .065 | .109 | .109 | .154 | .154 | ||
2 1/2 | .083 | .083 | .120 | .120 | .203 | .203 | ||
3 | .083 | .083 | .120 | .120 | .216 | .216 | ||
3 1/2 | .083 | .083 | .120 | .120 | .226 | .226 | ||
4 | .083 | .083 | .120 | .120 | .237 | .237 | ||
4 1/2 | .247 | |||||||
5 | .109 | .109 | .134 | .134 | .258 | .258 | ||
6 | .109 | .109 | .134 | .134 | .280 | .280 | ||
7 | .301 | |||||||
8 | .109 | .109 | .148 | .148 | .250 | .277 | .322 | .322 |
9 | .342 | |||||||
10 | .134 | .134 | .165 | .165 | .250 | .307 | .365 | .365 |
11 | .375 | |||||||
12 | .156 | .165 | .180 | .180 | .250 | .330 | .375 | .406 |
14 | .156 | .188 | .250 | .312 | .375 | .375 | .437 | |
16 | .165 | .188 | .250 | .312 | .375 | .375 | .500 | |
18 | .165 | .188 | .250 | .312 | .437 | .375 | .562 | |
20 | .188 | .218 | .250 | .375 | .500 | .375 | .593 | |
24 | .218 | .250 | .250 | .375 | .562 | .375 | .687 | |
26 | .312 | .500 | .375 | |||||
28 | .312 | .500 | .625 | .375 | ||||
30 | .250 | .312 | .312 | .500 | .625 | .375 | ||
32 | .312 | .500 | .625 | .375 | .688 | |||
34 | .312 | .500 | .625 | .375 | .688 | |||
36 | .312 | .625 | .375 | .750 | ||||
42 | .375 | |||||||
48 | .375 |
NPS | 60 | 80s E.H. | 80 | 100 | 120 | 140 | 160 | Dbl. E.H. |
1/8 | .095 | .095 | ||||||
1/4 | .119 | .119 | ||||||
3/8 | .126 | .126 | ||||||
1/2 | .147 | .147 | .187 | .294 | ||||
3/4 | .154 | .154 | .218 | .308 | ||||
1 | .179 | .179 | .250 | .358 | ||||
1 1/4 | .191 | ..191 | .250 | .382 | ||||
1 1/2 | .200 | .200 | .281 | .400 | ||||
2 | .218 | .218 | .343 | .436 | ||||
2 1/2 | .276 | .276 | .375 | .552 | ||||
3 | .300 | .300 | .437 | .600 | ||||
3 1/2 | .318 | .318 | .636 | |||||
4 | .281 | .337 | .337 | .437 | .531 | .674 | ||
4 1/2 | .355 | .710 | ||||||
5 | .375 | .375 | .500 | .625 | .750 | |||
6 | .432 | .432 | .562 | .718 | .864 | |||
7 | .500 | .875 | ||||||
8 | .406 | .500 | .500 | .593 | .718 | .812 | .906 | .875 |
9 | .500 | |||||||
10 | .500 | .500 | .593 | .718 | .843 | 1 | 1.125 | |
11 | .500 | |||||||
12 | .562 | .500 | .687 | .843 | 1 | 1.125 | 1.312 | |
14 | .593 | .500 | .750 | .937 | 1.093 | 1.250 | 1.406 | |
16 | .656 | .500 | .843 | 1.031 | 1.218 | 1.437 | 1.593 | |
18 | .750 | .500 | .937 | 1.156 | 1.375 | 1.562 | 1.781 | |
20 | .812 | .500 | 1.031 | 1.280 | 1.5 | 1.750 | 1.968 | |
24 | .968 | .500 | 1.218 | 1.531 | 1.812 | 2.062 | 2.343 | |
26 | .500 | |||||||
28 | ||||||||
30 | .500 | |||||||
32 | .500 | |||||||
34 | ||||||||
36 | .500 | |||||||
42 | .500 | |||||||
48 | .500 |
E.H.: extra heavy
Dbl: double
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