im fairly certain all DP markers are HPA only, as in if you run co2 through it it will eventually die pretty catastrophically
Paint is a dangerous good and is classified under Flammable Liquids. If you read most of the content written in most paint products, they would have a warning regarding the hazards of the product.
If you have to ask that question the world would be a better place if you suffocated on it. Darwin awards candidate
Yes, Co2 packs more of a punch than compressed air. They use Co2 for paint ball guns, and regular paint guns. It is also used for some BB or Air Soft guns.
I would power wash it with a medium jet spray.
because the fumes in the paint cans are dangerous to our helth causes us headaches and even worse it could give us damage to our liver and kidneys. also the fumes of the paint can get into our lakes and water and the animals eat out of so it could kill or hurt them . or it could get in to our water system that we drink.
I would experiment a bit first with mineral spirits and regular paint thinner to see which is better.
I wouldn't if it was my driveway. I'd power wash it off first then the driveway coatings would stick better.
I doubt very much that it would stick to the wax. Varnish might also make the outside of the candle very flammable, which would be dangerous.
Solar power is no more dangerous than any other large power station would be. Care should be taken for storage batteries as they could be a source of problems in terms of explosions, leakage and fire hazards.
It all depends on what kind of player you are and how much you shoot. I would recommend a carbon fiber 68 ci / 4500 psi compressed air tank.
If there was no system of checks and balances, one part of the government would have all of the power. This becomes dangerous for the citizens because they are ruled by a single power.
It depends on what energy you are referring to. If it is electrical then there are few things that can store utility level electricity in its form. Typically utility level electricity would be converted into mechanical energy or converted into chemical energy. For example a wind power generation facility would store energy by creating compressed air and storing the compressed air in an abandoned salt mine. When the wind is not blowing strongly to produce electricity the compressed air is released to spin another power generation turbine. A chemical power storage solution would involve using the electricity created to make hydrogen. The hydrogen could be stored and used later for power generation. http://www.energybulletin.net/node/11252