If you are looking to integrate one of our personal calculators onto your website through an IFrame, please click here for more details. The standards demand that to be suitable for sampling a location must have C1/C2 ratio of more than 0.9 for all flow rates and at the minimum expected viscosity and density (highest API value). Join other high profile blue chip organisations This calculation determines the natural mixing in a straight pipeline and one containing close-coupled elbows within 1-3D of a potential sampling location.Authoritative - Methods DECC approved and use DEFRA & international conversion factors.Co-branded - Integrate our reputation with your identity.With respect to particular circumstances, local, state, and federal laws and regulations. Hosting by Carbon Footprint ensures updates always instantaneous API publications necessarily address problems of a general nature.Prove your environmental commitment to your customers/shareholders/stakeholders.Fuss free iframe design fits seamlessly into your Web / intranet / extranet. ![]() The tools are hosted by Carbon Footprint and seamlessly integrate into your intranet / internet / extranet based web-sites, ensuring that information is kept up to date.īenefits of our Corporate Footprint Calculator Tools The API integrates with our Corporate Carbon Footprint Calculator tools, which are suitable for your private or public sector needs. If you are looking to understand more about the Carbon Footprint API, please click here for more details. It uses the standard mortgage calculation formulas to calculate interest and monthly/annual payments. Highway loadings are based on both single and tandem-axle truck loading configurations.Our Carbon Footprint API provides a programming interface for the Carbon Footprint Web Calculator tools. Calculate optimal driving, walking, and cycling routes that take traffic and incidents into account. Latest issue of the references shall be used unless otherwise agreed. 2 REFERENCES 2.1 Normative references The following standards include provisions which, through reference in this text, constitute provisions of this NORSOK standard. The loading condition for railroads if based for four axle distributed to the track surface, and would develop from the trailing and leading axle sets form sequential cars. This is a spreadsheet for well design with API tubing and casing. pressure and temperature criterias are mainly based on API RP 521 and line sizing criterias on API RP 14E.Highway crossings can be analysed for depth of cover H = 3 to 10 ft (0.9 to 3.0 m). ![]() Railroad crossings can be analysed for depths of cover H = 6 to 14 ft (1.8 to 4.3 m).The wall thickness to diameter ratios must be within the range of t w/ D = 0.010 to 0.080.Values from various graphs of API RP 1102 for pipe diameter greater than 42 inch (1067 mm) is obtained by extra-plotting the graphs. The design methodology used in the program is such the pipelines having diameters of D = 2.375 to 48 inches (60.3 to 1219 mm) can be analysed. ![]() SI Unit & Customary Unit system can be selected for performing the calculation. The design performed by the web-application for the steel pipeline crossing is applicable in all scenarios where provisions of API RP 1102 code are applicable (refer clause 1.2 of API RP 1102) except the following: This design methodology relates to steel pipelines installed using trenchless construction methods, in particular auger boring, with the crossing perpendicular to the railroad or highway. The web-application performs stress calculation for Steel Pipelines crossing Railroads and Highways as per API RP 1102.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |