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All of the energy used to make these things and then launch them into Low Earth Orbit is probably contributing to Global Warming.
However even if it is it the amount would be minute compared to all of the commercial aircraft in use today and the returns in knowledge would greatly offset any contribution. If anything it will most likely help to monitor the Global Warming which was responsible for Mitt not being elected recently.
Kind of Poetic Justice if you ask me a person claiming that Global Warming doesn't exist looses because Global Warming dissuades people from voting for him.
Col
However even if it is it the amount would be minute compared to all of the commercial aircraft in use today and the returns in knowledge would greatly offset any contribution. If anything it will most likely help to monitor the Global Warming which was responsible for Mitt not being elected recently.
Kind of Poetic Justice if you ask me a person claiming that Global Warming doesn't exist looses because Global Warming dissuades people from voting for him.
Col
Please keep this quiet. It'll just give the Government another excuse to tax us.
Data's great, but only if you do something with it! What's the point in just tracking unless they're going to collect the stuff or move things out of the way.
Reading some of the comments here reminds we why cable "reality" TV is such a success.
"Contributing to global warming" - Really?
"excuse to tax us", "What's the point in just tracking unless they're going to collect the stuff or move things out of the way. " - Well, just for instance, if you were going to orbit a zillion dollar comm satellite, you might want to place it out of the way.
"Contributing to global warming" - Really?
"excuse to tax us", "What's the point in just tracking unless they're going to collect the stuff or move things out of the way. " - Well, just for instance, if you were going to orbit a zillion dollar comm satellite, you might want to place it out of the way.
Or, lots of them, that when full, fire small rockets to propel themselves into the atmosphere and burn up?
But it is not.
1) Many of the objects are very, very small: lost bolts from repairs.
2) The objects are traveling at orbital speed, quite enough to either tear or disarray any net we could send up, if the orbits are not nearly-exactly matched. The usual outcome of a collision, after all, is a hole in something you didn't want holes in.
1) Many of the objects are very, very small: lost bolts from repairs.
2) The objects are traveling at orbital speed, quite enough to either tear or disarray any net we could send up, if the orbits are not nearly-exactly matched. The usual outcome of a collision, after all, is a hole in something you didn't want holes in.
We still haven't learned to pick up after ourselves, have we ? Must be gettin' close to time to learn.
hold load of crap, just grab and pack it in, I wonder how long it would take them to clean it all up. After all, all the man made stuff is from people shooting stuff up, so they should clean it up. Heck, maybe an extended mission where they just grab the junk, pack it together, and put it on a planned descent into a safe spot on earth, let it pile up in the middle of White Sands Range or the like. That would make a big difference to the near space environment.
that will eventually drop it into an isolated spot that isn't an ocean. Then go in and pick up afterward.
And if we're lucky, the word on the location will get out and all kinds of wackos will assemble within the designated target zone, thnking they can dodge the big pieces!
And if we're lucky, the word on the location will get out and all kinds of wackos will assemble within the designated target zone, thnking they can dodge the big pieces!
...you mean to launch it into a "deteriorating orbit" in the first place, I can tell you that the orbit would decay in days, rather than weeks, making the whole exercise useless. The only "deteriorating orbit" possible is a Low Earth Orbit that periodically scrapes traces of the atmosphere, or experiences tidal deformations. All other orbital solutions are "stable."
Considering we're discussing the stuff that's already up there...
If they did that it would pay for the mission and have some change, We can not have free trips into space now can we?
Col
Col
You are digging yourself a hole you can't get out of. For one thing, though there ARE scads of stuff up there, it's NOT in one zone where you can just "grab it and pack it in," nor is it all just sitting there waiting for you. You would have to boost for half an hour to match orbits, track down the lost bolt, maneuver for another half hour, grab it somehow, and repeat the process ad-infinitum to "get a full cargo."
each other to maintain the orbit. Thus all they need to do is come up on them from behind with a scoop or two travelling just a little above the orbit speed and catch the items as they slowly pass them. Dump into cargo hold, hang out scoop again. Clear that lane and move to the next lane. Very much like dredging a harbour or river channel.
Ever seen the film of a car driving up a ramp into the back of a moving truck, same basic principle. Just be a little faster than what you want to catch.
Ever seen the film of a car driving up a ramp into the back of a moving truck, same basic principle. Just be a little faster than what you want to catch.
Picture some crafty individual hiding half a million pieces of junk in places all over the world. Lots of them are as small as bolts. Now picture yourself driving around on the Earth trying to find them all. Now double [the math guys are going to jump on this, it's not double] the area that you have to cover and that's the cleanup effort in space.
Then the rest of the area is empty except for known objects, thus it all shows up on radar and most will also show on metal detectors. So it's like having a bunch of things in day glow orange laid out in a huge open field of mown grass. Not as hard as you think.
Hawaii is one of the tools NASA uses to image satellites and measure the spectra of orbital debris.
NASA is using Hawaii to image satellites? Now that's a sophisticated state! <throws a shaka>
Or did you mean NASA is using the AEOS to image satellites?
NASA is using Hawaii to image satellites? Now that's a sophisticated state! <throws a shaka>
Or did you mean NASA is using the AEOS to image satellites?
Sounds so much better.
However I can not help but wonder how the people of Hawaii actually do the imaging.
Col
However I can not help but wonder how the people of Hawaii actually do the imaging.
Col
You might want to use Google or Wikiedia to learn more before posting. As a starter, look at info about the telescope sites on top of several of the volcano craters...10,500 feet ASL and some that are higher. They get really good views from up there.
Before the world can be attacked by space zombies they would have to get through our first line of defence - "Space debris :)" - when this happens our western earthlings can sit back and say "this was our calculated effort in protecting the earth " while we all watch the alien space crafts as they plummet helplessly into the earth due to damage from Space junk.
Can't have this as a movie plot though it would all be over within 5min.
Can't have this as a movie plot though it would all be over within 5min.
but if we really want to clean it up, I suggest "Operation Vacu-Suck" from Spaceballs.
LOL! On the other hand, does a fan rotating in the vacuum of space actually DO anything? So exactly how DOES one vacuum up a vacuum?
Recommend watching move "Battleship" as it specifically portrays this effect. It is awesome in blue-ray! Also great to see the Might Mo back in action...
Were it NOT for one of the Bush's (?) we would still have at least ONE Space Shuttle available to do a cleanup job IF we decided it prudent.
WHen ONE of the BUSH IDIOTS were in power, a private conglomeration asked if THEY could build a shuttle; they were TURNED DOWN COLD...So NOW we have to rely on any number of nation's to get payloads into space?!?!?
So much for being a leader!!!
WHen ONE of the BUSH IDIOTS were in power, a private conglomeration asked if THEY could build a shuttle; they were TURNED DOWN COLD...So NOW we have to rely on any number of nation's to get payloads into space?!?!?
So much for being a leader!!!
from developing their own space program or space craft at their own expense. What Bush did was refuse to pay them for doing it. So blame the company for not going ahead.
be surprised. "Wow, that was in SPACE? Really? I'll take a dozen!" We're talking abut people that think the Kardashians (whoever they are) are more important than education and learning about a candidate for office before they vote.
NASCAR teams sell the used tires from their races and have no trouble getting buyers.
See also Pet Rocks, Tamigo-whatevers, the Snuggie, and bottled water.
See also Pet Rocks, Tamigo-whatevers, the Snuggie, and bottled water.
E Bay I'm sure that you'll find one there and if you can't I'll run a Gas Axe over one and lie to you that it's what's left after reentry to make much more on it.
After all if you think some people are crazy you'll then understand the Pet Rock Fad of a few years ago, or the Bidding on Moon Rocks that where never supposed to be sold.
Col
After all if you think some people are crazy you'll then understand the Pet Rock Fad of a few years ago, or the Bidding on Moon Rocks that where never supposed to be sold.
Col
http://www.lunarregistry.com/land/. I hear there is one for Mars as well.
Big trick missed here by all the space agencies around the world. If they had organised a night out to the cinema for all the beardy weirdies who designed and built the formative 'cutting-edge technology', which is now space junk, they would have realised that all great cinematic space vehicles include a SELF DESTRUCT BUTTON. Sure, it's there to add drama and tension as the various sets of heroes attempt to extricate themselves from vessels before they explode into a billion minute pieces but it was put there, originally, for a very practical purpose. That purpose was space junk avoidance - future-proofing space against any health and safety issues that may arise from loose floating debris. Wake up and smell the popcorn NASA, ESA et al!
"That purpose was space junk avoidance -"
Not very effective, is it, when the net result is to ADD to the accumulating total of space junk?
Not very effective, is it, when the net result is to ADD to the accumulating total of space junk?
Hal9000:
Everything that causes heat contributes to Global Warming. However, a single volcanic eruption does more than the entire past 100 years. The total number of rocket launches since the 1940s is only a drop of water in the ocean in comparison. Sure, each drop contributes. But we have a long way to go to reach the trillions of drops necessary to make a difference.
Deadly Ernest:
You are wrong. The thing stopping private companies from developing their own spacecraft or programs is the cost of complying with government regulations. The EPA waivers alone for air pollution, launch site alteration and hazardous waste would bankrupt most companies. Then add the FAA, DHS, FBI clearances; it adds up quick.
Silent Running:
Self destruct just makes a whole lot of little peices. Turning a single cannon ball into a shotgun cloud and increasing the chances of a hit. What you want is launch vehicles and satellites that don't shed pieces during launch or operation. And have the ability to do a controlled deorbit to drop them into the ocean or burn up for disposal. Better yet, is to drop them in a location you can pick up the peices, or recover it.
All that junk will eventually "clear itself" from our skys by solar wind, atmospheric drag, or gravitational imbalances accelerating them to escape velocity or deaccelerating them to deorbit. The problem is that doesn't happen fast enough to make much difference to us.
Everything that causes heat contributes to Global Warming. However, a single volcanic eruption does more than the entire past 100 years. The total number of rocket launches since the 1940s is only a drop of water in the ocean in comparison. Sure, each drop contributes. But we have a long way to go to reach the trillions of drops necessary to make a difference.
Deadly Ernest:
You are wrong. The thing stopping private companies from developing their own spacecraft or programs is the cost of complying with government regulations. The EPA waivers alone for air pollution, launch site alteration and hazardous waste would bankrupt most companies. Then add the FAA, DHS, FBI clearances; it adds up quick.
Silent Running:
Self destruct just makes a whole lot of little peices. Turning a single cannon ball into a shotgun cloud and increasing the chances of a hit. What you want is launch vehicles and satellites that don't shed pieces during launch or operation. And have the ability to do a controlled deorbit to drop them into the ocean or burn up for disposal. Better yet, is to drop them in a location you can pick up the peices, or recover it.
All that junk will eventually "clear itself" from our skys by solar wind, atmospheric drag, or gravitational imbalances accelerating them to escape velocity or deaccelerating them to deorbit. The problem is that doesn't happen fast enough to make much difference to us.
within the USA or a country requiring them, not all do.
There are many ways to get around it.
Also, the tech in those shuttles is painfully out dated, we already have engines in development that can run in air and space, we are not far from having airplanes that can fly into space and back down again.
Also, the tech in those shuttles is painfully out dated, we already have engines in development that can run in air and space, we are not far from having airplanes that can fly into space and back down again.
in the USA somewhere? One of the deserts I think.
But Dr_Zinj isn't what you posted above
Everything that causes heat contributes to Global Warming.
what i said when I posted
.All of the energy used to make these things and then launch them into Low Earth Orbit is probably contributing to Global Warming.
Although I did include the Energy and Processes needed to make the Rockets as well as the Launches which would be responsible for much more carbon pollution than just the actual Launches.
As for the rest I'm glad that you agree with me so either I'm not uninformed or we both are.
Col
Everything that causes heat contributes to Global Warming.
what i said when I posted
.All of the energy used to make these things and then launch them into Low Earth Orbit is probably contributing to Global Warming.
Although I did include the Energy and Processes needed to make the Rockets as well as the Launches which would be responsible for much more carbon pollution than just the actual Launches.
As for the rest I'm glad that you agree with me so either I'm not uninformed or we both are.
Col
vehicle and gear pays them a visit.
it becomes not worth upgrading due to technology becoming obsolete. But it would work for awhile. Probably quite awhile.
So did our detection systems get remarkably better around 2007, or did ET toss his garbage out the airlock while doing a fly-by??
Ohh.... blame the Chinese for blowing up one of their satellites.
BTW: While I recognize (and hope everyone else does as well) that some of the suggestions and comments here are intended to be anectodal and (I HOPE) really don't need the lessons in physics to explain why big fishing nets will be useless against micro-particles travelling so fast that they can puncture metal [ but just in case: a) they'll pass though the gaps in the net, and b) if they manage to hit part of the netting they'll just puncture right through, make more debris, and keep on going] BUT...
Just for fun... (and as an exercise for your kids) If we consider low earth orbit to be 500 miles and lower, figure out how big of a "net" you would need to launch to be able to adequately cover that much area. For bonus points, figure out how much it would weigh.
(Consider that the oversized dry-cleaner's garment bag that took "Fearless Felix" up to 24 miles weighed in at over 4000 pounds empty.)
Ohh.... blame the Chinese for blowing up one of their satellites.
BTW: While I recognize (and hope everyone else does as well) that some of the suggestions and comments here are intended to be anectodal and (I HOPE) really don't need the lessons in physics to explain why big fishing nets will be useless against micro-particles travelling so fast that they can puncture metal [ but just in case: a) they'll pass though the gaps in the net, and b) if they manage to hit part of the netting they'll just puncture right through, make more debris, and keep on going] BUT...
Just for fun... (and as an exercise for your kids) If we consider low earth orbit to be 500 miles and lower, figure out how big of a "net" you would need to launch to be able to adequately cover that much area. For bonus points, figure out how much it would weigh.
(Consider that the oversized dry-cleaner's garment bag that took "Fearless Felix" up to 24 miles weighed in at over 4000 pounds empty.)
Well, a net isn't really accurate, a net is just string with holes, the holes are to allow water and air through, two things that aren't in space. Instead you would need something like that stuff in bullet proof jackets to catch the objects.
As for size, big yes, but if there is enough time and it can reposition, it could be smaller.
500 miles? I check online, it seems people consider space to be between 62 and 220 mile. Apparently the space station is about 220 miles away. So if you wanted to catch debris that could be a danger, a decent guess could be the 158 miles of space.
at 220 miles the space station orbits completely every 92 minutes. A "net" we could assume would travel the same speed at the high orbit, and faster at the low orbit (or it would fall).
Assume we had a "net" that was about a square 1/4 mile in size (Dunno who we would get it up there) .
That should be enough information to calculate, but my brain just stalled, someone else do it please.
As for size, big yes, but if there is enough time and it can reposition, it could be smaller.
500 miles? I check online, it seems people consider space to be between 62 and 220 mile. Apparently the space station is about 220 miles away. So if you wanted to catch debris that could be a danger, a decent guess could be the 158 miles of space.
at 220 miles the space station orbits completely every 92 minutes. A "net" we could assume would travel the same speed at the high orbit, and faster at the low orbit (or it would fall).
Assume we had a "net" that was about a square 1/4 mile in size (Dunno who we would get it up there) .
That should be enough information to calculate, but my brain just stalled, someone else do it please.
Do you really think a "net" would serve the purpose? You ARE right that the upper and lower bounds of a "net" would HAVE to travel at differential velocities to remain in orbit (invalidating the concept at one go), but you are SO dead wrong about "space" stretching "between 62 and 220 miles."
FYI, if you DID put up a net that stretched from a high to a low orbit, it would soon also "autorotate" due to the differential orbital velocities, and unless it were magnetic or some such, it would spill its cargo with every spin.
FYI2, This has been a concern for NASA for quite a while, and a "net" was one of the first concepts they realized would not work.
FYI, if you DID put up a net that stretched from a high to a low orbit, it would soon also "autorotate" due to the differential orbital velocities, and unless it were magnetic or some such, it would spill its cargo with every spin.
FYI2, This has been a concern for NASA for quite a while, and a "net" was one of the first concepts they realized would not work.
it up and into the cargo bay. Hell, the shuttle crews used to do that to repair the satellites.
That every mission targeting such a satellite catch took months of planning to get the shuttle in the right place at the right time?
Changes in orbit are EXPENSIVE in time and fuel at least, and always have to end with the shuttle in position to de-orbit. All that, times 500,000 old bolts and hatch-covers? Excuse me?
Changes in orbit are EXPENSIVE in time and fuel at least, and always have to end with the shuttle in position to de-orbit. All that, times 500,000 old bolts and hatch-covers? Excuse me?
delta on the catch and in one piece with no damage to the solar collectors so they snuck up real easy at millimetres per minute. In collecting junk no one cares if it gets damaged during collection, so a few metres per hour differential isn't worry for the junk.
Wait a minute! That graph correlates to the graphs on global warming - did anyone think to show this to Al Gore?
Saw an interesting article about little autonomous "sweeper" robots that they are working on for this. They carry packs of small "parachutes" just a foot or two across. They seek out debris and sneak over and attach one or more little parachute onto it. The solar winds slow the junk down over a number of weeks enough that it eventually falls out of orbit. When they run out of chutes the robots will then fly home to the IIS for a refill on their parachutes and are sent back out again to keep up the good work. Not in space yet but I think it is a great idea.
I love how the ruler used in image 15 is proudly emblazoned with "Made in Japan".
Must be a classic from NASA's early days.
Must be a classic from NASA's early days.
Space junk is clearly due to Global Warming.
I blame Al Gore.
If Al Gore had only carried his own state of Tennessee in 2000, then he would have been able to push his Global Warming agenda thru earlier and we would not be dealing with the problem of Space Junk now. We would have bigger problems now.
The human race should outlaw the burning of any and all Hydro-Carbon.
That should include carbohydrates, Lo-Carb diet is the way to go!
I blame Al Gore.
If Al Gore had only carried his own state of Tennessee in 2000, then he would have been able to push his Global Warming agenda thru earlier and we would not be dealing with the problem of Space Junk now. We would have bigger problems now.
The human race should outlaw the burning of any and all Hydro-Carbon.
That should include carbohydrates, Lo-Carb diet is the way to go!
The human race should outlaw the burning of any and all Hydro-Carbon.
Yes, let's make carbon combustion illegal. That would eliminate burning anything while also outlawing the internal processes that keep almost all living things on Earth alive.
Yes, let's make carbon combustion illegal. That would eliminate burning anything while also outlawing the internal processes that keep almost all living things on Earth alive.
The problem with gathering the debris is the speeds of impact.
You would be better off with a bed of Gel to slow them when passing through, then they might de-orbit. These small stuff will burn up on re-entry.
Large items will need to be retrieved with a maneuvering craft to bring them in on controlled paths to avoid populated areas. Large/Dense items WILL make it to the ground.
You would be better off with a bed of Gel to slow them when passing through, then they might de-orbit. These small stuff will burn up on re-entry.
Large items will need to be retrieved with a maneuvering craft to bring them in on controlled paths to avoid populated areas. Large/Dense items WILL make it to the ground.
An orbiting block of aero-gel would be JUST as effective if it were rotating, would NEVER have to be retrieved, would not (one hopes) ever break up, and even if it did, would likely not present a significant hazard to any craft in orbit.
You go, ramjet!
You go, ramjet!
I had thought many of the birds up there were already set up to slide off into an orbit that would burn them up. Hmmm. Wonder where the Satcom birds are now, or the Galaxy bird that went dark a couple of years ago... They were moved out of their slot to move in something else that worked, you'd think they had fuel enough to burn them or bounce them out into space...
point being, they were left there on purpose. Why? just so we'd know where they *are*...?
point being, they were left there on purpose. Why? just so we'd know where they *are*...?
where they are while they carry out special spy missions.
It's funny to think who is responsible for this junk, not like there is anyone to police the Earth's orbit and issue fines for inappropriate disposal of waste.
they are already trying to take control of the Internet. A disaster waiting to happen.
Who wants to hook up the trailer to the space ship and go space scrap metal junkin? LOL
...must be all the 'ludes, dude
Anyway, remember that movie from years ago where Any Griffith had this idea to go to the moon to salvage all the junk there? Something like that maybe?
Anyway, remember that movie from years ago where Any Griffith had this idea to go to the moon to salvage all the junk there? Something like that maybe?
We humans don't seem to be able to keep any of our "spaces" clean!~! We've dirtied the Earth, why not fill space up too? Shameful display of technological genious in my opinion!
I have two junk drawers that collect anything and everything. I can donate them to NASA for their next trip and they can set them loose.
After I read the comment stating we should set the space junk into a deteriorating orbit, eventually having it land in the ocean, I realized the author must have meant the entire post, title included, to be a joke.
Assuming your bio is true, I would think you would KNOW: It's JUNK! We don't have control over most of it (if we have control over any of it).
(You DID mean the whole deteriorating orbit as a joke, right? We can't control junk)
Assuming your bio is true, I would think you would KNOW: It's JUNK! We don't have control over most of it (if we have control over any of it).
(You DID mean the whole deteriorating orbit as a joke, right? We can't control junk)
the crew of a manned craft. The small stuff would burn up on re-entry. The big stuff would be mostly burnt up by re-entry with a bit splashing down.
I still think the best idea would be to pack it into a cargo bay and bring it back to auction off at a profit as collectors items.
I still think the best idea would be to pack it into a cargo bay and bring it back to auction off at a profit as collectors items.
What you don't realize is that more space junk is a "GOOD" thing. It takes a super large amount of energy to overcome our gravity well every time we want to leave home.
With enough junk in orbit, we can create more jobs for all of those out of work astronauts. We can mine the junk, set up orbiting heavy industries (such as steel mills), and manufacture new space vehicles while in orbit.
Since "we" will already be in orbit, think how much less energy needs to then be used for deep space exploration!
Golly, we can then go out and mine the asteroids, scoop gas from the giant planets (meaning we need less gas from our politicians), set sail in the solar wind, ........ Where will it end?
With enough junk in orbit, we can create more jobs for all of those out of work astronauts. We can mine the junk, set up orbiting heavy industries (such as steel mills), and manufacture new space vehicles while in orbit.
Since "we" will already be in orbit, think how much less energy needs to then be used for deep space exploration!
Golly, we can then go out and mine the asteroids, scoop gas from the giant planets (meaning we need less gas from our politicians), set sail in the solar wind, ........ Where will it end?
Salvaging space junk (at least the bigger pieces anyway) to build onto stations has always been one of the plans, the trick is the fuel requirement to catch it. If ion or some other non-chemical engines are used it might even become practical one day (though ion engines would require robot vehicles or the ultimate couch potato for a pilot since they are so low thrust it would take a long time).
There is a lot of energy available in space and a lot of material on the ground, the expensive part is sending one to the other. Using what is already up there can be a big savings in launch cost.
There is a lot of energy available in space and a lot of material on the ground, the expensive part is sending one to the other. Using what is already up there can be a big savings in launch cost.
This is not a photo. It is a child's depiction. Look at the "picture." Do you see buildings? No? Why? Because they are too small! Even if you levitated all the buildings in the world up into space, you STILL could not see them because they would STILL be too small. So, for this "picture" to be real, the space junk would have to be 400 quadrilion times larger [and about as numerous] than all the buildings in the world for this "picture" to be correct!
Cheeze Louise! No wonder our country is in the shape its in!!
Cheeze Louise! No wonder our country is in the shape its in!!
Particularly the first sentence? The sentence that describes the image as a computer-generated illustration? No?
No wonder...well, you know the rest!
No wonder...well, you know the rest!
Use the darn things for laser gun target practice. Hit them at the correct angle and force them to fall, burning up in the atmosphere.
Or is this picture inclusive of functioning debris (aka satelites)? It would be nice to see a color break up of junk to devices pictoral. Red for junk and blue for functioning devices. It would also be good to see this diagram splayed so we can see the planet not just this side. Is it worse or better on this side of heaven?
Also I wonder how much shrapnel was created with China's demonstration of being able to "shoot down" satelites.
Also I wonder how much shrapnel was created with China's demonstration of being able to "shoot down" satelites.
Ever since we decided to live in packs, we've become the ultimate hoarders and procrastinators. We're supposed to be the most intelligent beings on this planet and we're the ones who can't seem to see past our own noses.
Borrow against future revenue? Sure! Figure out what to do with nuclear waste later? Sure! Dump plastics and toxic stuff into the ground till later? Sure! Shoot expensive junk into space and deal with it another time? Sure!
Wait, I think I see a pattern developing...
Borrow against future revenue? Sure! Figure out what to do with nuclear waste later? Sure! Dump plastics and toxic stuff into the ground till later? Sure! Shoot expensive junk into space and deal with it another time? Sure!
Wait, I think I see a pattern developing...
It might have been so simple to have addressed this issue before it got out of hand!
The surface of the Earth isn't enough to the human being! The man, The Herald of the Junk!!
Why not have a company retrieve the satellites by attaching small to medium sized rockets to force rentry and have the items burn up on rentry. They could be scooped up by a huge carbon fibre net and forced into rentry.
Attach the rockets with magnets or glue. Have the rockets be controlled using remote control.
The problem is not that the junk is out there, it is that it is spread out all over the place and causing a collision hazard. Repairing or gutting and re-purposing old satellites in place and getting them back into their positions after having drifted (like NASA was dong with the shuttle) would help, but for the other large junk like boosters and stuff it would help to push it together into more easily avoided and tracked clumps. Remote junk wrangler robots with electric or nuclear drives could do the job and the materials that cost so much to boost into orbit in the first place could be reused for making other stuff like orbit-launched space probes (only the lighter modern components would have to be sent up with other space station supplies), space station parts, and whatever else might be needed.
There was talk long ago about using old boosters as micro-meteor shields for stations with a lot of EVA going on for one thing by clustering them in the right directions (I have no idea if that is really practical though). With the heat and electricity (via solar panels or other techniques) available from the sun reforging metals should not be a big problem so use could be made of the junk in making new parts taking advantage of the zero-g environment too.
There was talk long ago about using old boosters as micro-meteor shields for stations with a lot of EVA going on for one thing by clustering them in the right directions (I have no idea if that is really practical though). With the heat and electricity (via solar panels or other techniques) available from the sun reforging metals should not be a big problem so use could be made of the junk in making new parts taking advantage of the zero-g environment too.
Those who are responsible for it - mainly the US , Europe and Russia will ask the late comers to space like India, brazil and others to pay for the cleanup, and if they dont, their satellites will properly be the first to crash into this space junk
The human intellect has achieved greater heights.
hickoryshirt:
I agree..............
hickoryshirt:
I agree..............
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