12/28/2023 0 Comments Standard calculator api![]() As a result, businesses can achieve 100% CO2e well-to-exhaust reduction.įor emissions that can’t be reduced, Flexport offers a carbon offset program with Foundation. As the first sustainable shipping initiative in the world, GoodShipping makes ocean transport less polluting-by facilitating a one-to-one fuel switch from heavy marine bunker fuel to sustainable biofuels. Once emissions are known, customers can then work directly with Flexport to find ways to mitigate their environmental impact through a new partnership with GoodShipping. This lets users make real comparisons to learn their total carbon footprint. ![]() ![]() However, the Carbon Calculator API’s SFC accreditation assures users that their emissions are calculated from a global standard-which aligns with the Greenhouse Gas Protocol, UN-led Green Freight Action Plan, and CDP reporting. Traditionally, one of the challenges with emissions calculations has been that companies, providers, and partners calculate greenhouse gas emissions in different ways. CSV files that will be analyzed by the team. For shipments handled outside of Flexport, companies can submit third-party shipment data via a public calculator API-or submit Excel or. How it WorksĬompanies can calculate their logistics-based carbon emissions using the same digital platform used by Flexport customers and suppliers. The new Flexport Carbon Calculator API addresses this problem head on. Some capture the information by poring over hundreds of spreadsheets others have paid over $40,000 for just a year’s worth of data and still others don’t have the capacity, infrastructure, or time to even approach the measurement problem. Yet, many shippers find it difficult to access that information. Before companies can take action to reduce their emissions, though, they need to understand how much carbon output they’re responsible for. Accredited by Smart Freight Centre (SFC) and in conformance with the Global Logistics Emission Council (GLEC) Framework, the free tool is available through the Flexport digital platform.Ĭarbon emissions from logistics can account for 30 to over 50% of a company’s total carbon footprint. This factor can be found in Table 12 of the API 610 standard.A new Carbon Calculator API functionality, developed by Flexport, is designed to help businesses easily assess up to 100% of their carbon footprint for shipments-whether or not they use Flexport for shipping. In the next stage, we divide the obtained BHP by the motor efficiency to get the Rated Power.įinally, according to the API 610 standard, Rated Power must be multiplied by the safety factor. However, to accurately calculate the motor’s braking horse power (pump absorption power), it can be divided into gearbox efficiency and coupling efficiency (mechanical efficiency) or multiplied by the ambient temperature effect factor and the sea level impact factor. Through dividing the hydraulic power of the pump by the efficiency of the pump, the BHP power or the brake horse power of the motor (pump absorption power) can be obtained.īHP (Brake Hoarse Power) (kw) = P h (kw) / η p Then the pump efficiency must be obtained from the pump performance curve (taken from the manufacturer) and if this curve is not available, this efficiency must be estimated experimentally. Note that in the first formula, flow is usually in cubic meters per second and the pressure is in Pascal, and in second formula the flow is in cubic meters per hour and the pressure is in bar. To calculate the rated power of the motor, you must first calculate the hydraulic power of the pump:
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