12-12-2016, 05:27 PM
To Whom It May Concern,
this is Kyu Akibara, OSI-Employee for half a year now, working both as transport pilot as well as engineer on Nichols Trading Center. I contact you on behalf of the latter, as I see much potential in our station. Right now, Nichols is pretty much depending on the constant import of Food, Water and Oxygen from Planet Gran Canaria. However, as we all are aware of, Canaria will not always be the beloved planet it is right now, as the two suns of Omega-49 are impacting on it’s rotation cycle. The temperature will fall down to a point where the extraction of water will turn into an extraction of ice, and the agricultural fields on Canaria will be critically damaged as well. The prices of food and water will rise and that will force us to either import our food from Planet Cambridge or to buy it at higher cost from Canarian conservatories.
This, and the fact we lower our income by wasting our time with ordering our transports to import Food, Water and Oxygen, as nobody else is supplying Nichols with that, makes me contact you with the following plan:
The Upgrade of Nichols Trading Center to become independent from importing life-sustaining materials - Food, Oxygen, Water.
This contains four upgrades:
The construction of the Oxygen Recyclers and the Water Purifiers are basically the easiest thing. Blueprints on those modules are practically publicly available on the Neural Net, as most capital ships and a wide array of stations use those installations in order to sustain themselves. However, usually, those modules can’t recycle or purify 100% of the material. It is, however, possible to achieve that.
The Space Farm is a rather material-consuming module than a technological puzzle, as most freeports use them to stay independent in terms of Oxygen and Food production. We can easily work out things here, as plans for that are also publicly available on the Neural Net. We maybe need to give it a bit of fine-tuning, but that’s rather easy.
The Food Synthesizers however are the most tricky thing, and while I’m sure we could find a solution on this on our own, that would take a few months to come up with blueprints. About this module, I suggest contacting Synth Foods, Ageira Technologies, Kishiro Technologies or the Ingenuus Research Group. Maybe we can get a team from any of those parties to help us with the blueprints, if they not already have something they could sell us.
Since we clearly not have the free space on Nichols to do the research and development as well as the construction of the modules, I suggest we use our parts of Lanzarote, Gran Canaria and the Vista. OSI’s portfolio allows that without worries. Most things can already be done on Canaria, as we can use our maintenance bays for smaller ships down there, however, the construction of the Space Farm is better done at the Vista, for obvious reasons, as it’s easier to build it there than to have to lift it from the planet. The Oxygen Recyclers can be build entirely on Canaria, as they are small enough to fit into our smaller assets. The Water Purification System however, as we only have so much space on the Vista, needs to be built partially on Lanzarote - not that there is a problem with it.
The project itself is divided into three phases for each of the modules, expect the Space Farm:
Phase 1 would require us to get reasonable amounts of working materials from all over Sirius to our operational bases on Canaria, Lanzarote and the Vista. This phase can be a bit time consuming, especially regarding the Food Synthesizer, if we don’t get additional support from the companies I mentioned earlier. However, I’m positive we would manage to finish the first phase in less than six months even without the help from a third party, maybe even a few months earlier.
Phase 2 is simply about the construction of a prototype. After we know what kind of resources we need for the construction, this is the phase where we do not require much material but time, because even if the manage to produce the prototypes without any delay, we will need to stress-test the prototypes for at least one month to see how reliable they are. Let’s be honest here: Things can always cause problems. Our job would be to minimize those problems if not even to make them vanish at all.
Phase 3 is purely about the construction of arrays of said modules to ensure Nichols can maintain its crew without being dependent on imports from Canaria or Cambridge. While this will be surely the most expensive phase, the production of the modules will happen very quickly, as our facilities can easily programmed to work with the blueprints.
Here now the important data: Cost and time estimation.
Depending on how fast we are with the research on a Food Synthesizer System, we can upgrade Nichols in less than a year, maybe even less than half a year. Another aspect we shouldn’t forget about is the transport of working material to our operational bases in Omega-49. There is actually no way to predict how much time that will take. I suggest if OSI can’t do all this on it’s own, we should think about an open contract to every trader out there in Sirius. Maybe after two weeks or a month. A decent transport bonus surely will motivate both our freeroaming pilots as well as anyone else to help our cause.
The cost estimation for this project. That’s a difficult topic, and given we are about to invent high-tier technology, it will be expensive. Nothing the Omicron Supply Industries can’t cover, however. Our team estimates this project will, with everything including, require 4.000.000.000 credits.
Maybe this sounds unreasonably high, but this covers both the costs for all the resources we need but also the transport costs including a bonus, as we don’t want to wait for people to do it but to have people do it as soon and fast as possible. It also includes all the other costs like tools, equipment, rent for space, payments for our personnel and so on. Depending on who will work with us on the Food Synthesizer, additional costs will need to be kept in mind.
Here are the estimates for Phase 1 of each module group:
Oxygen Recycler
Water Purifier
Food Synthesizer and Space Farm
Phase 1 - Total - 989.376.000 Cr.
Based on this, we estimate the cost for Phase 2, as we need less material and less transports, to be 75%-80% less than Phase 1. Phase 3 however will surely be just as pricey as Phase 3, if not even more, given that we will need a high amount of material to produce the finalized modules. However, my team is pretty sure we will not need to go higher than 4.000.000.000 Credits for this project in itself. Remember, however, if we want to work with Ageira, Kishiro, Synth Foods or the Ingenuus Research Corporation, this will probably add another money sink.
This is it. I expect a response from the Board of Directors soon.
This, and the fact we lower our income by wasting our time with ordering our transports to import Food, Water and Oxygen, as nobody else is supplying Nichols with that, makes me contact you with the following plan:
The Upgrade of Nichols Trading Center to become independent from importing life-sustaining materials - Food, Oxygen, Water.
This contains four upgrades:
- - Oxygen Recyclers
- - Water Purifiers
- - Food Synthesizers
- - Space Farm
The construction of the Oxygen Recyclers and the Water Purifiers are basically the easiest thing. Blueprints on those modules are practically publicly available on the Neural Net, as most capital ships and a wide array of stations use those installations in order to sustain themselves. However, usually, those modules can’t recycle or purify 100% of the material. It is, however, possible to achieve that.
The Space Farm is a rather material-consuming module than a technological puzzle, as most freeports use them to stay independent in terms of Oxygen and Food production. We can easily work out things here, as plans for that are also publicly available on the Neural Net. We maybe need to give it a bit of fine-tuning, but that’s rather easy.
The Food Synthesizers however are the most tricky thing, and while I’m sure we could find a solution on this on our own, that would take a few months to come up with blueprints. About this module, I suggest contacting Synth Foods, Ageira Technologies, Kishiro Technologies or the Ingenuus Research Group. Maybe we can get a team from any of those parties to help us with the blueprints, if they not already have something they could sell us.
Since we clearly not have the free space on Nichols to do the research and development as well as the construction of the modules, I suggest we use our parts of Lanzarote, Gran Canaria and the Vista. OSI’s portfolio allows that without worries. Most things can already be done on Canaria, as we can use our maintenance bays for smaller ships down there, however, the construction of the Space Farm is better done at the Vista, for obvious reasons, as it’s easier to build it there than to have to lift it from the planet. The Oxygen Recyclers can be build entirely on Canaria, as they are small enough to fit into our smaller assets. The Water Purification System however, as we only have so much space on the Vista, needs to be built partially on Lanzarote - not that there is a problem with it.
The project itself is divided into three phases for each of the modules, expect the Space Farm:
- Phase 1: Research
- Phase 2: Construction of a prototype
- Phase 3: Construction of the modules
Phase 1 would require us to get reasonable amounts of working materials from all over Sirius to our operational bases on Canaria, Lanzarote and the Vista. This phase can be a bit time consuming, especially regarding the Food Synthesizer, if we don’t get additional support from the companies I mentioned earlier. However, I’m positive we would manage to finish the first phase in less than six months even without the help from a third party, maybe even a few months earlier.
Phase 2 is simply about the construction of a prototype. After we know what kind of resources we need for the construction, this is the phase where we do not require much material but time, because even if the manage to produce the prototypes without any delay, we will need to stress-test the prototypes for at least one month to see how reliable they are. Let’s be honest here: Things can always cause problems. Our job would be to minimize those problems if not even to make them vanish at all.
Phase 3 is purely about the construction of arrays of said modules to ensure Nichols can maintain its crew without being dependent on imports from Canaria or Cambridge. While this will be surely the most expensive phase, the production of the modules will happen very quickly, as our facilities can easily programmed to work with the blueprints.
Here now the important data: Cost and time estimation.
Depending on how fast we are with the research on a Food Synthesizer System, we can upgrade Nichols in less than a year, maybe even less than half a year. Another aspect we shouldn’t forget about is the transport of working material to our operational bases in Omega-49. There is actually no way to predict how much time that will take. I suggest if OSI can’t do all this on it’s own, we should think about an open contract to every trader out there in Sirius. Maybe after two weeks or a month. A decent transport bonus surely will motivate both our freeroaming pilots as well as anyone else to help our cause.
The cost estimation for this project. That’s a difficult topic, and given we are about to invent high-tier technology, it will be expensive. Nothing the Omicron Supply Industries can’t cover, however. Our team estimates this project will, with everything including, require 4.000.000.000 credits.
Maybe this sounds unreasonably high, but this covers both the costs for all the resources we need but also the transport costs including a bonus, as we don’t want to wait for people to do it but to have people do it as soon and fast as possible. It also includes all the other costs like tools, equipment, rent for space, payments for our personnel and so on. Depending on who will work with us on the Food Synthesizer, additional costs will need to be kept in mind.
Here are the estimates for Phase 1 of each module group:
Oxygen Recycler
Resources | 228.803.000 Cr. |
Transport | 91.500.000 Cr. |
Total | 320.303.000 Cr. |
Water Purifier
Resources | 228.803.000 Cr. |
Transport | 91.500.000 Cr. |
Total | 320.303.000 Cr. |
Food Synthesizer and Space Farm
Resources | 248.270.000 Cr. |
Transport | 100.500.000 Cr. |
Total | 348.770.000 Cr. |
Phase 1 - Total - 989.376.000 Cr.
Based on this, we estimate the cost for Phase 2, as we need less material and less transports, to be 75%-80% less than Phase 1. Phase 3 however will surely be just as pricey as Phase 3, if not even more, given that we will need a high amount of material to produce the finalized modules. However, my team is pretty sure we will not need to go higher than 4.000.000.000 Credits for this project in itself. Remember, however, if we want to work with Ageira, Kishiro, Synth Foods or the Ingenuus Research Corporation, this will probably add another money sink.
This is it. I expect a response from the Board of Directors soon.
Kyu Akibara
OSI-Tilapia
OSI-Tilapia