Transportation Tactics
Transportation Tactics
What are going to be the next steps in consulting transportation industries?
There have been many great inventions throughout history that have transformed the way humans travel and receive goods from point A, to point B. From the invention for the first steam powered ferry, to the first railyards being granted, to the first Model T being produced, to the first “Tin Goose” being commercialized, to the first Greyhound bus to pull out on the concrete. It is safe to say that the process of transportation evolution has impacted our lives and our ability to preserve time.
We have all flown on a plane or understand the concepts of booking a flight. It you have three layovers; the price will be the cheapest, but there’s a surprise. That surprise, by the time you arrive at your destination you wish you would have stayed home. Our longstanding methods of transportation are currently in the first of the three layovers, we have missed the connection as the gate closed and are on standby at Chicago O Hare. We need new technology in the transportation sector; warm up the engine and get the PJ staff ready. So, what are some strategies and processes to push transportation to the next step of its growth cycle?
Boating Transportation
The boat has been the most reliable form of transportation in humanity, why change the concepts of an engine boat? The engine boat has been around since 1885 and was invented by the honorable Wilhelm Maybach. The Daimler revolutionized the concept of transportation.
If we only focus on container ships and exclude personal aquatic transportation, the measurements of pollutants are mind numbing. Container ships on average produce 10.03 grams of CO2 per metric ton of goods shipped per mile. Please keep in mind, a container ship can carry 199,000 metric tons of inventory. This average is even higher than bulk carriers, which emitted 2.11grams of CO2 per mile. Annually, container ship plowing through the world waterways transmit around 1 billion metric tons of carbon dioxide in the atmosphere, which equates to three percent of all greenhouse gas admission.
Why care about green or electric boats?
ASG Logics of Transportation, The Appetizer
Company strategies that base logistics on the cheapest price should be a theory of the past. With this strategy ethics are often lost in the fray, inputs like CO2 pollutants or efficacy. The idea of international exports/imports being shipped to two to three different countries before arriving at their final destination is a waste of resources and more important a threat to the environment.
We feel that electric power, solar power, and new unconventional technology for energy will spearhead products that will enhance environmental protection. Imagine boats that use wind and the waters current to generate energy. Imagine a device that uses the velocity of wind above your dock to recharge your battery after a weekend on the lake. If weather stifles your attempts to generate sustainable energy on the waters, use your back up battery. This is the future of travels on the water.
Oh yeah, stay tuned for hydrogen powered boats!!!
Automobile Transportation
If the idea of polluting our only water source, the ocean, doesn’t resonate. Factor in the numbers, boats produce 1 billion metric tons of carbon dioxide while passenger cars produce around 3 billion metric tons of carbon dioxide annually. The development of new technology has not produced better results, in fact there has been a consistent growth in emission annually. Over the last 20 years, emissions outputs have increase 500 million metric tons of carbon dioxide per decade.
Why care about green or electric cars?
There will be many strategies deployed that will help with pollution caused by passenger cars. The current strategy is electric vehicles. It is indeed a great source and alternative. We think there can be a bigger community push for rechargeable batteries stations in passenger cars worldwide. In other markets, there are community charging stations that allow citizens to replace your electric bike battery. Instead of finding a charging station or waiting at home while the battery charges, you would simply go to the charging station and swap out batteries on-site. This will be the future in personal and passenger car travel.
Oh yeah, stay tuned for hydrogen powered cars!!!
Physics – “Mathematics is the language with which God wrote the universe.”
Application of Physics in Unconventional Technology
When creating strategies for advanced problems, you have to think of unconventional methods. The first car engine was assembled in 1892, the monumental invention used gasoline as a source of energy. Before the invention of the automobile, gasoline was not recognized as having value on the market or as a source of energy. An unconventional technology that created a multi trillion-dollar industry, cars transformed a product that had no value into one of the most sought-after resources on the market.
Before 1890, only a fool would have predicted that oil would be valued at $85.00 per barrel. Nobody could have predicted how much gasoline humans consumed annually, 3.8 trillion cubic meters to be exact. The most advanced strategist did not understand the devastating impacts mass consumption of gasoline would have on the environment as our population grew.
How will unconventional methods of energy gathering will decrease pollutants and increase human health?
New ideas will fuel our generations greatest challenge, our environment. Ideas, like the ability to recharge a cars electric battery by capturing the energy created during deceleration on a 300 ft off-ramp. Ideas, like energy absorbing bridges that vehicles can cross over on small bodies of water. The force and velocity of the vehicle crossing the bridge creates waves in the body of water which produces energy. Ideas, like using the velocity of wind to generate energy to recharge your cars electric battery when driving at high rates of speed.
Inventions like these can give the future generations hope and encourage entrepreneurship. Will you children be able to jump into the lake without feeling like they jumped into a gasoline barrel? I can’t wait for the day renewable energy will allow us to say, “todays a good day to go on the boat today, its sunny or its windy outside!!!
“Up until now, everything we did was without precedent. I can’t stop working; within me is a perpetual, thinking impulse.”
Thank you for reading! Feel free to reach out if you are interest in more concrete answers of what further steps can be taken. Feel free to reach out to discuss ideas or if you have suggestion.
Did I say hydrogen???
Sincerely,
Adam Grzyb
ASG Logics LLC
314-704-7961
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