Fpso. 10 tips for econo fpso1
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The document provides 10 tips for creating an economical FPSO (floating production storage and offloading vessel). The tips include splitting the FPSO into a drillship and FSO to reduce capital costs, using an Andy Rotary Engine to power the vessel and reduce operating costs associated with fuel, implementing proper staffing and management, adopting efficient technologies, and aiming for a 20% internal rate of return at $50 per barrel of oil to ensure the project's viability. By following these tips, the document estimates that $108 million in capital costs could be saved, covering ongoing operating expenses.
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This document identifies potential areas for international business partnerships and transportation technologies with high returns. It outlines opportunities in areas like automotive, bullet trains, cargo and container ships, ferries, oil tankers, gas platforms, and jet technologies that can operate at speeds from 1200 to 3600 km/h. It also discusses opportunities for all types of thermal power plants that do not require boilers or turbines and can use various fuels. The document claims these "Andy technologies" can reduce fuel use and emissions by 33% for the same power output. Large investments could be recouped within two years, reducing carbon emissions and generating annual returns of $15 trillion.Andy technology automotive cost paid back in days
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This document identifies potential areas for international business partnerships and transportation technologies with high returns. It outlines opportunities in areas like automotive, bullet trains, cargo and container ships, ferries, oil tankers, gas platforms, and jet technologies that can operate at speeds from 1200 to 3600 km/h. It also discusses opportunities for all types of thermal power plants that do not require boilers or turbines and can use various fuels. The document claims these "Andy technologies" can reduce fuel use and emissions by 33% for the same power output. Global investments in these technologies could yield $15 trillion annually in returns while demonstrating technologies with a $2 million investment.Sea car data1
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This document describes mechanical engineering design services offered by Andy Engine, Andy Bearing, and Jet that enable low carbon technologies. Key points include:
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This document identifies potential areas for international business partnerships and transportation technologies with high returns. It outlines opportunities in areas like automotive, bullet trains, cargo and container ships, ferries, oil tankers, gas platforms, and jet technologies that can operate at speeds from 1200 to 3600 km/h. It also discusses opportunities for all types of thermal power plants that do not require boilers or turbines and can use various fuels. The document claims these "Andy technologies" can reduce fuel use and emissions by 33% for the same power output. Global investments in these technologies could yield $15 trillion annually in returns while demonstrating technologies with a $2 million investment.Sea car data1
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The document contains technical specifications for two sea car prototypes developed by Delhi Firm Data Andy. The first prototype weighs 10 tons, can carry 40 passengers at 600 kmph with 330 horsepower at a cost of 1.2 Cr Rs. The second larger prototype weighs 100 tons, can carry 200 passengers at 600 kmph with 50 horsepower at a cost of 5 Cr Rs. Both were developed by lead engineer Muthukal Andy Appan with a technical demonstration of the first prototype in Chennai.Mechanical engineering services offered
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This document describes mechanical engineering design services offered by Andy Engine, Andy Bearing, and Jet that enable low carbon technologies. Key points include:
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This document describes mechanical engineering design services offered by Andy Engine, Andy Bearing, and Jet that enable low carbon technologies. Key points include:
- Andy Technology allows all transports and power plants to use 1/3 the fuel and emit 33-66% less carbon emissions for the same output.
- For transports, this means 6 times the fuel efficiency, 16.7% lower carbon emissions per km or ton-km carried. Automotive vehicles could achieve 60 kmpl and trucks 25 kmpl.
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Civil engineering services offerd for businessgoogle
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This document lists civil engineering design services offered such as mega structures like towers over 1000m tall and wheel towers 333m in diameter, float bridges from 300m to 30km long, and over bridges with spans from 1km to 3km. Other services include designing hangers over 1000m x 1000m that are 20m to 200m high, pre-cast concrete roads from 8m to 52m wide and 150mm thick, and burnt brick walls and floors/ceilings using local soil and wood without cement or steel. The services are offered by Muthukal Andy Appan, a 50-year expert in civil engineering from India.New multi vista transport roi, royalty1
New multi vista transport roi, royalty1google
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The document introduces the Andy Rotary Engine, a new multi-VISTA technology that can burn all fuels with 1/3 the fuel and volume of traditional engines to produce the same horsepower. The Andy Engine has no boiler or turbine and is suitable to replace internal and external combustion engines in automotive, rail, ship, and power plant applications. When combined with Andy Bearings and Jets, the technology allows vehicles and machines to operate at double the speed for the same ton-horsepower using 1/3 the fuel and producing 33% less CO2 emissions. Tables show sample vehicle and machine designs using the Andy technology that achieve 6 times the fuel efficiency and double the return on investment compared to traditional designs.Low carbon technology flower ship, missile, g train
Low carbon technology flower ship, missile, g traingoogle
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Andy rail mono, bullet, land-sea craft1google
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The document discusses the design and performance of a new transport system that can achieve speeds of 600 km/h on rail and 820 km/h on the ground without rails using varying tonnage and horsepower configurations. It compares fuel efficiency and operational capacity of different vehicles, showcasing significant improvements in speed and fuel consumption. Additionally, it outlines projected financial returns on investment for the technology.Andy ship, feryy, vlcc, container
Andy ship, feryy, vlcc, containergoogle
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This document discusses new engine and bearing designs from Andy Shipping that can significantly reduce fuel consumption and increase the speed and efficiency of large vessels like ships, ferries, and oil tankers. The key points are:
1) Andy Shipping's new engine design can achieve the same horsepower as traditional engines while using only one-third of the fuel, reducing fuel costs and carbon emissions substantially.
2) New bearing and jet designs reduce drag and increase top speeds, allowing vessels to travel at triple their normal speed while using the same horsepower.
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Andy rail mono, bullet, land-sea craft1google
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Three sentences summarizing the key details:
The document describes Andy Rail, a new transportation system designed by M.A. Appan that can operate on both rail and land at speeds up to 600 kmph on rail and 820 kmph on land using the same horsepower, with tracks ranging from 2.5 to 50 meters long. It provides comparisons showing Andy Rail uses 1/3 the fuel and has 9 times greater fuel efficiency than current systems for the same tonnage and horsepower while carrying more weight and traveling at triple the speed. The increased efficiency is achieved through reductions in rolling friction at wheels, drag, and pressure at the nose.Royalty on profit by transport
Royalty on profit by transportgoogle
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Andy Design Transport provides innovative transport solutions across land, sea, and sky. Their technologies can achieve double the speed for the same horsepower or use 1/3 the fuel for the same power output. Their engines and systems produce 6 times the fuel efficiency (kmpl) and 16.67% less carbon emissions (CO2e) compared to conventional options. Royalty fees are paid to Andy Design Transport based on a percentage of the annual profit for each factory implementing their technologies.Automotive
Automotivegoogle
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The document discusses Andy's new designs for automotive bikes, cars, trucks, and a new sea car/bus. Some key points:
- Andy's designs claim to use 1/3 the fuel for the same horsepower as normal designs, double the speed through low friction, and produce 1/6 the CO2 emissions.
- Specifications are provided for a sample bike, car, and truck comparing the parameters of Andy's design to normal designs, showing improvements such as higher fuel efficiency, lower emissions, and higher speeds for Andy's designs.
- Details are given for Andy's new rotary engine design claiming to run on all fuels and produce horsepower through a compact internal/external combustion systemRoyalty on profit by transport
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Andy Design Transport provides innovative transport solutions across land, sea, and sky. Their technologies can achieve double the speed or hauling capacity for the same horsepower compared to traditional options, while emitting only 1/6th the carbon dioxide. The company, led by expert Muthukal Andy Appan, has applications for automotive, rail, shipping, and aerospace vehicles including jets, missiles, and rockets. Andy Design Transport's systems are licensed through royalty agreements based on factory profits and can deliver significant cost savings as well as emissions reductions.Ad
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Decoding Kotlin - Your Guide to Solving the Mysterious in Kotlin - Devoxx PL ...Jo達o Esperancinha
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Kotlin can be very handy and easy to use. Kotlin offers the possibility to develop code that is easy to understand, safe, immutable, and thus predictable and follows standards that avoid side effects. I realized that very quickly after I started my Kotlin journey that already amounts to more than 5 years.
This is the third version of this presentation focused on more detail explaining inline, crossinline, tailrec and as a bonus a quick run through unnamed classes.How Binning Affects LED Performance & Consistency.pdf
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Whats Inside:
What Is LED Binning?
The process of sorting LEDs by color temperature, brightness, voltage, and CRI
Ensures visual and performance consistency across large installations
ｨ Why It Matters:
Inconsistent binning leads to uneven color and brightness
Impacts brand perception, customer satisfaction, and warranty claims
Key Concepts Explained:
SDCM (Standard Deviation of Color Matching)
Recommended bin tolerances by application (e.g., 13 SDCM for retail/museums)
How to read bin codes from LED datasheets
The difference between ANSI/NEMA standards and proprietary bin maps
Advanced Practices:
AI-assisted bin prediction
Color blending and dynamic calibration
Customized binning for high-end or global projectsModern multi-proposer consensus implementations
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Multi-proposer consensus protocols let multiple validators propose blocks in parallel, breaking the single-leader throughput bottleneck of classic designs. Yet the modern multi-proposer consensus implementation has grown a lot since HotStuff. THisworkshop will explore the implementation details of recent advances DAG-based approaches like Narwhal and Suis Mysticeti and reveal how implementation details translate to real-world performance gains. We focus on the nitty-gritty: how network communication patterns and data handling affect throughput and latency. New techniques such as Turbine-like block propagation (inspired by Solanas erasure-coded broadcast) and lazy push gossip broadcasting dramatically cut communication overhead. These optimizations arent just theoretical they enable modern blockchains to process over 100,000 transactions per second with finality in mere milliseconds redefining what is possible in decentralized systems.
FUNDAMENTALS OF COMPUTER ORGANIZATION AND ARCHITECTURE
FUNDAMENTALS OF COMPUTER ORGANIZATION AND ARCHITECTUREShabista Imam
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FUNDAMENTALS OF COMPUTER ORGANIZATION AND ARCHITECTURE
By : Mostafa Abd-El-Barr & Hesham El-Rewini:: wiley
A complete guidance bookIntroduction to Natural Language Processing - Stages in NLP Pipeline, Challen...
Introduction to Natural Language Processing - Stages in NLP Pipeline, Challen...resming1
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Lecture delivered in 2021. This gives an introduction to Natural Language Processing. It describes the use cases of NLP in daily life. It discusses the stages in NLP Pipeline. It highlights the challenges involved covering the different levels of ambiguity that could arise. It also gives a brief note on the present scenario with the latest language models, tools and frameworks/libraries for NLP.Ad
Fpso. 10 tips for econo fpso1
- 1. FPSO: 10 TIPS for ECONO FPSO 1. Reducing both CAPEX and OPEX 2. Splt FPSO into Drill + FSO to reduce Cap cost FPSO cost vs Drill + FSO cost . 3. Operating cost consist of power, labour, mechanical, electrical equipment, water supply, safety, security 4.Andy Rotary Engine burns all fuels-SLG for Power - mechanical, hydraulic, electrical, pneumatic. 5.Right man for right job and right time salary 6.Overall management 7.Off-shore knowledge 8.Adopt a technology that enhances efficiency 9.Plan to deal with non-traditional costs 10. Aim for investment criteria of 20% internal rate of return at US$ 50 bbl oil price. CAPEX Saved 108 mn$ will cover OPEX Designer : muthukal andy appan, M.E, 50 yrs expert, India at at $ 1 / Brl INV 60 Mn$ for FSO. ROI= 75 %