Biogas Krypto Mining Farm
A biogas station is a complex for processing agricultural and other organic waste, with the production of fertilizers and biogas, which is used in generators to generate electricity and heat.
A biogas-fired power plant is one of the most reliable and cost-effective alternatives to the natural gas trunkline and central power supply. Installations for the production of biogas used animal waste, crops, food industry and sewage.
The advantages of biogas plants have been appreciated by many owners of farms, livestock farms, poultry farms and so on. The benefits and effectiveness of these devices are not subject to any doubt, because during the processing of organic matter they produce gas similar in chemical composition to natural. The volume of biogas emitted will primarily depend on the type of raw materials used.
In terms of gas yield, plant biomass gives one of the greatest results. As a raw material for a biogas plant, almost all green plants can be used fresh or ensiled.
The use of crops will produce a significant amount of biogas. From it the company can produce electricity and heat in a cogeneration plant.
Such installations are eco-friendly, modern and high-tech devices that very quickly pay for all the costs of their installation and begin to bring net profit. Biofuel is usually used for heating, lighting, service shops, it can be used for the operation of internal combustion engines, etc. By equipping our farm with a biogas plant, we will free ourselves from additional utility expenses and create our own energy base that provides the operational needs of the farm.
Principle of operation
1. Receiving tank
2. Heating system
3. Mechanical agitators
4. Biomass feed system
5. Fermenter
6. Gas-holder
7. Dome
8. Gas exhaust and gas supply system with condensate drain and desulfurization system
9. Separator
10. Lagoon or liquid fertilizer storage tank.
11. Automation, process visualization and control system
12. Heat point
13. Co-generator
The principle of operation of a biogas plant involves the maximum automation and minimizing the cost of human labor. Waste enters the receiving tank (1). It is pre-accumulated, heated (2) and thoroughly mixed (3). The feed to the fermenter (5) takes place 4-6 times a day using a special pump for liquid and viscous substrates. The fermenter (5) is a gas-tight, sealed tank. To maintain a stable temperature, the inside of the fermenter is equipped with a heating system for the bottom and walls (2). In cold climates, to avoid heat loss, the fermenter is insulated outside. The substrate is constantly mixed using low-speed mechanical agitators (3), which ensures complete and gentle mixing. Depending on the physical and mechanical properties of the substrate, different types of mixing systems are used: mechanical, hydraulic or pneumatic.
The fermented substrate is unloaded automatically with the same frequency as the loading. The operation of the entire biogas station is controlled by the commands of the automatic system (11). Biogas is collected in a gas tank (6). The gas-holder (6) is used as a gas-tight coating for the fermenter and performs the function of gas storage. The outer dome (7) has a high resistance to UV light, is resistant to arson and is extremely extensible. The biogas plant scheme assumes a high elasticity of this element and reliable fixation of the structure. Biogas is diverted through a pipeline (
, which is equipped with automatic condensate removal devices and safety devices that protect the gas tank (6) from exceeding the allowable pressure. From the gas tank (6) there is a continuous supply of biogas to the cogeneration plant or the biogas purification system. After installation, the recycled substrate is fed to the separator (9). The system of mechanical separation works from 4-6 times a day and divides the fermentation residues after the fermenter into solid and liquid bio-fertilizers. All equipment is controlled by the automation system (11). The device of a biogas plant provides for the minimization of human labor in its work. The technology of biogas production involves two modes for organizing and controlling the operation of systems in areas of a biogas station:
- Software-temporary control of technological phases is carried out over time intervals and synchronized between systems.
- According to the values of instrumentation. According to this principle, systems of automatic control of limit values or emergency values of technological operations are organized.
The signals for synchronous operation of the entire installation are sent to the central program-logic controller. The controller polls the entire technological chain of the complex and displays information on the monitor screen. The screen displays all facilities and components equipped with drives and parameter sensors. All the operating parameters of the biogas plant are displayed on the monitor of the central control room. The control room is equipped with a central control panel, which allows to transfer the work of all sections of the biogas plant to manual or automatic mode for local or remote control.
Biogas crypto mining farm
1.Biogas mining is independent of central power grids and other energy sources except organic waste and / or energy crops.
2.Biogas plant is durable and does not require expensive maintenance and repair
3.Electricity generated by biogas does not depend on weather conditions and time of day
4.Mining on biogas is environmentally friendly, will help to improve the environment through waste disposal.
5.Investors will receive a profit from mining throughout the entire life cycle of a biogas crypto farm
6.Investors will be co-owners of the farm itself and its equipment
7.No need to independently buy and install mining equipment
There is no time limit on ownership of tokens - and, accordingly, mining equipment.
8.Mining GRIN and BTC
Investors will receive highly liquid assets.
A bio-gas power plant, an environmentally friendly mining farm independent of the central grids makes Biogas unique among other cloud mining projects.
ICO in Belarus
The Decree of the President of the Republic of Belarus No. 8 of December 21, 2017 “On the Development of the Digital Economy” (hereinafter the Decree) in Belarus legalized the possibility of issuing tokens through legal entities that are residents of the High-Tech Park of the Republic of Belarus and provide relevant emission services (ICO operators). In pursuance of the norms of the Decree, the Rules for the Provision of Services related to the creation and placement of digital marks (tokens) and the operations to create and place their own digital marks (tokens) were approved by the HTP Supervisory Board. This document for foreign investors is available on the HTP website also in English.
Thus, the opportunity is open for the use of such an investment tool as Initial coin offering (ICO) in Belarus.
Centralized legal regulation ICO at the highest level.
Often, ICO regulation is either fragmented (for example, it exists only in a certain subject of the federation, in any one branch of law), or is absent altogether. Not to mention such jurisdictions as China, where the holding of an ICO has recently been completely banned. The acquisition and alienation of tokens is defined by Belarusian law as the realization of property rights recorded as assets according to accounting data.
Centralized regulation has the advantage over fragmentary that with this regulation there can be no different approach from different government agencies or branches of government to determining the degree of legality of a particular phenomenon.
The Republic of Belarus is not under economic sanctions, and there are no territorial armed conflicts under threat. In addition, you can see the link here).
The cost of living in Belarus is low. Especially if you make a comparison with other countries that legalized crypto-business, such as Switzerland or Japan. Minsk is a two-million metropolis and has all the necessary conditions for living of people with a high level of material wealth. This fact will be important for businessmen to intentionally personally control the management of their business.
Stable banking system.
During the years of the post-Soviet space that has gripped the crisis in Belarus since 2014, only one bank’s license has been revoked. At the same time, the banking system of the Republic of Belarus is not super-conservative.
If there are clear regulatory guidelines for the legalization of ICO in Belarus, it’s impossible to open accounts in Belarusian banks only because of a specific type of activity.
Although this does not mean that control over such operations will be absent.
Great tax breaks
Until January 1, 2023, the production of tokens is not taxed. This privilege is essentially unprecedented in world practice. In the future, even with the introduction of general rules, it must be said that taxes in Belarus are quite moderate. In addition, there are preferential zones (IT boxes), such as the High-Tech Park, whose IT companies can become residents and whose activities, as well as the volume of preferences, are guaranteed
will continue after 2022.
Regulations on provision of services related to the creation and placement of digital tokens (tokens) and carrying out of operations on the creation and placement of own digital tokens (tokens)http://www.park.by/content/docs/Regulations-on-Crypto/ICO.pdf
Asset
Token emission will be equal to the electric power of the power plant. For example, a biogas power plant has a capacity of 100,000 watts, respectively, the number of tokens for this station will be 100,000 BioG.
The owner of the token will own the legal property rights to the equivalent part of the biogas power plant and to the installed mining devices.
The owner of the token, will be able to choose which cryptocurrency he will mine on his electrical power.
There is no time limit on ownership of a token. The owner will be able to make a profit from mining throughout the entire life cycle of a biogas mining farm
The initial price of the token will depend on the total amount required to run a biogas mining farm divided into emissions. (The amount includes all the costs of installing and running a mining farm). Equipment will be selected by a vote by the investor community. How much power and equipment will be installed on a biogas mining farm will depend on the results of the ICO.
Planned mining devices
The Plan
Donation
BTC 3Ni1Jq5ax4hhb7oKwykDBxxbAvXqyLq4jZ
[ETH] 0x0ef0bdb3edeb6e35a5b6cd9460f5701cc3deb34b
[LTC] MPyH6kNiSxLtESpZaUg8TVWthfb4JfVDNi
Attention!
At the moment, the token is not legally valid.
Only after the official registration of the ICO, the BioG token will acquire legal force and will be bound by property rights to the biogas mining farm.
BioG will be bound by property rights to the equipment and capacity of the biogas mining farm.
The total emission of the token will depend on the electrical and / or computing power of the farm.
2. Registration of a legal entity Biogas Enterprises
biogas.enterprises
3.Registration as a resident of High-Tech Park
4. Conducting a full-scale ICO
5.Buy equipment and build first biogas krypto mining farm
6. Start mining
These White Paper under development progress
Founder
