Blockchain mine at oil or gas facility
Methods and systems of operating a blockchain mining device using natural gas produced at a hydrocarbon production, storage, or processing site/facility. A generator may be retrofitted to an existing prime mover used to pump the well, and the generator may be used to power the blockchain mining device. Portable mining devices may be hooked up to a casinghead gas supply at a remote, isolated oil facility. Power loading levels may be modulated by adjusting mining transaction levels to correspond with combustible gas production levels.
1 . A blockchain mining system connectable to a network that stores or has access to a blockchain database with transactional information for a digital currency, the blockchain mining system comprising:
one or more generators connectable to a source of combustible gas to receive a continuous flow of combustible gas to power the generator;
one or more step-down transformers connected to the one or more generators; and
a blockchain mining device connected to receive power from the one or more generators and the one or more step-down transformers;
in which:
the blockchain mining device has a plurality of mining processors and is connected to a network interface;
the network interface is configured to, in use, be connected to receive and transmit data through the internet to the network; and
the plurality of mining processors are connected to the network interface and adapted to mine transactions associated with the blockchain database and to communicate with the blockchain database.
2 . The blockchain mining system of claim 1 isolated from a sales gas line and an external electrical power grid.
3 . The blockchain mining system of any claim 1 in which the source of combustible gas comprises a hydrocarbon production, storage, or processing facility.
4 . The blockchain mining system of claim 3 in which the source of combustible gas comprises a remote oil or gas well.
5 . The blockchain mining system of claim 1 further comprising the generator, and a combustion engine that is connectable to the source of combustible gas and connected to drive the generator.
6 . The blockchain mining system of claim 1 in which the blockchain mining system is configured to modulate a power load level exerted by the blockchain mining device on the generator, by increasing or decreasing one or more of:
the mining activity of the mining processors of the plurality of mining processors; or
a maximum number of mining processors of the plurality of mining processors that are engaged in mining transactions.
7 . The blockchain mining system of claim 6 in which the blockchain mining system is configured to modulate the power load level in response to variations in electrical power availability from the generator.
8 . The blockchain mining system of claim 1 further comprising a portable enclosure, which houses the blockchain mining device and has the form of a box with walls, a top, and a base, with one or more access doors formed in the walls.
9 . The blockchain mining system of claim 1 further comprising a combustible gas disposal device, at the source of combustible gas, the combustible gas disposal device being connected to receive combustible gas from the source of combustible gas.
10 . The blockchain mining system of claim 1 in which:
the source of combustible gas comprises a hydrocarbon production, storage, or processing facility, which has a disposal device for excess combustible gas from the source of combustible gas or electricity from the one or more generators; and
the blockchain mining device is connected to the one or more generators to reduce the amount of the combustible gas or the electricity disposed of via the disposal device.
11 . The blockchain mining system of claim 1 in which the plurality of mining processors comprise application specific integrated circuit (ASIC) blockchain mining processors.
12 . The blockchain mining system of claim 5 in which the blockchain mining system is configured to modulate the power load level in response to:
a production rate of combustible gas from the source of combustible gas; or
a gas production profile of the source of combustible gas.
13 . The blockchain mining system of claim 6 further comprising a controller connected to modulate the power load level.
14 . The blockchain mining system of claim 5 further comprising:
one or more controllers structured to be connected to one or both the generator and the blockchain mining device; and
the one or more controllers are connected to the network interface for remote access.
15 . The blockchain mining system of claim 5 in which the one or more generators comprise a plurality of generators.
16 . A blockchain mining method for mining transactions for a network that stores or has access to a blockchain database that stores transactional information for a digital currency, the blockchain mining method comprising:
using a source of combustible gas to produce electricity, via one or more generators and one or more transformers, to operate a blockchain mining device in which:
the generator is connected to the source of combustible gas to receive a continuous flow of combustible gas to power the generator;
the blockchain mining device has a plurality of mining processors and is connected to a network interface;
the network interface is connected to receive and transmit data through the internet to the network; and
the plurality of mining processors are connected to the network interface and adapted to mine transactions associated with the blockchain database and to communicate with the blockchain database.
17 . The blockchain mining method of claim 16 further comprising, prior to using the source of combustible gas:
disconnecting or diverting the source of combustible gas from a combustible gas disposal device at a hydrocarbon production well, storage, or processing facility; and
connecting the source of combustible gas to operate the blockchain mining device.
18 . The blockchain mining method of claim 17 in which the combustible gas disposal device comprises one or more of a flare, a vent to the atmosphere, an incinerator, or a burner.
19 . The blockchain mining method of claim 16 further comprising supplying the combustible gas to a combustion engine that is connected to the generator.
20 . The blockchain mining method of claim 16 further comprising modulating a power load level exerted by the blockchain mining device on the generator, by increasing or decreasing one or more:
a mining activity of the plurality of mining processors; or
a maximum number of mining processors of the plurality of mining processors that are engaged in mining transactions.
21 . The blockchain mining method of claim 20 in which modulating comprises modulating the power load level in response to:
a production rate of combustible gas; or
a gas production profile of the combustible gas.
22 . The blockchain mining method of claim 16 further comprising using one or more controllers to operate one or both the generator and the blockchain mining device.
23 . The blockchain mining method of claim 22 in which the one or more controllers are connected to the network interface for remote access.
24 . The blockchain mining method of claim 16 in which:
the source of combustible gas comprises a hydrocarbon production, storage, or processing facility, which has a disposal device for excess combustible gas from the source of combustible gas or electricity from the one or more generators; and
the blockchain mining device is connected to the one or more generators to reduce the amount of the combustible gas or the electricity disposed of via the disposal device.
25 . The blockchain mining method of claim 16 in which the plurality of mining processors comprise application specific integrated circuit (ASIC) blockchain mining processors.