BIOplasma Gasification Plant
Transforming waste into renewable energy
Thermochemical process in a high-energy plasma reactor, which given the high temperatures of the process, manages to obtain a thermal efficiency greater than 85% in obtaining energy from matter, converting it into a synthetic gas (syngas) that is used to generate electrical energy..
Transforming waste into renewable energy
Thermochemical process in a high-energy plasma reactor, which given the high temperatures of the process, manages to obtain a thermal efficiency greater than 85% in obtaining energy from matter, converting it into a synthetic gas (syngas) that is used to generate electrical energy..
What is Plasma?
Plasma is known as the fourth state of matter.
If I were to take the atoms and apply enough energy. At some point, the electrons will have enough energy to leave the atoms. This is known as ionization. And if more than ten percent of the gas is ionized, plasma formation occurs.
More than 99% of the Universe is Plasma.
Plasma is made up of species such as electrons, charged particles, radicals, protons, ions, and atoms.What's a product or service you'd like to show.
Solutions
BIOMASS WASTE SOLUTIONS
SOLUTIONS FOR THE DISPOSAL OF BIOMEDICAL WASTE
SOLUTIONS FOR TIRES AND INDUSTRIAL WASTE
Agricultural and animal waste, such as hardwood waste and chicken manure, are a great source of energy.
Using technologies like “FAST PYROLYSIS”, we can convert this material into valuable energy sources. Let us show you how we can convert rice husks, sugarcane bagasse or hardwood waste, just to name a few, into electricity and biofuels and in the process produce the highest quality fertilizers using biochar by-products.
SOLUTIONS FOR TIRES AND INDUSTRIAL WASTE
SOLUTIONS FOR THE DISPOSAL OF BIOMEDICAL WASTE
SOLUTIONS FOR TIRES AND INDUSTRIAL WASTE
Despite the effort to recycle tires, it remains one of the most problematic sources of waste. Discarded tires are not only an eyesore, but a perfect environment for mosquitoes and rodents.
We see tires from a different perspective.
Rubber has one of the highest energy values, which makes it a perfect raw material for electricity generation and we have the technology to transform volumes of rubber into megawatts of clean electricity to sell to the grid. The same process can be applied to practically any type of industrial waste, turning expenses into sources of income.
SOLUTIONS FOR THE DISPOSAL OF BIOMEDICAL WASTE
SOLUTIONS FOR THE DISPOSAL OF BIOMEDICAL WASTE
SOLUTIONS FOR THE DISPOSAL OF BIOMEDICAL WASTE
We offer the healthcare industry cost-saving waste disposal solutions
Medical waste, the waste materials produced by hospitals, clinics, dental offices, blood banks, medical research laboratories, and veterinary clinics around the world can be very expensive.
To dispose of this type of material requires an important expense for your company, we can help you!
We have developed this technology to meet the different needs of disposal of hazardous materials safely and economically, generating a minimum of emissions.
PRODUCTS WE CREATE FROM WASTE
BIOFUELS
ETHANOL, BIODIESEL
HYDROGEN AND METHANE PRODUCTION FROM WASTE
VAPOR
BIOCHAR-BASED FERTILIZER
METALS RECYCLED FROM WASTE
One ton of urban solid waste on average, yield
900 KWH HOURS OF ELECTRICITY
APPROXIMATELY 320 LBS OF CONSTRUCTION AGGREGATE
900 KWH HOURS OF ELECTRICITY
70 GALLONS OF WATER
APPROXIMATELY 320 LBS OF CONSTRUCTION AGGREGATE
900 KWH HOURS OF ELECTRICITY
SEVERAL POUNDS OF METAL
APPROXIMATELY 320 LBS OF CONSTRUCTION AGGREGATE
APPROXIMATELY 320 LBS OF CONSTRUCTION AGGREGATE
APPROXIMATELY 320 LBS OF CONSTRUCTION AGGREGATE
APPROXIMATELY 320 LBS OF CONSTRUCTION AGGREGATE
APPROXIMATELY 320 LBS OF CONSTRUCTION AGGREGATE
BY-PRODUCTS WE CREATE FROM WASTE
Biochar
A charcoal-based soil conditioner produced by pyrolysis of residual biomass, it is a phenomenal soil conditioner.
VITRIFIED GLASS
CHEMICAL COMPOUNDS
ANAEROBIC DIGESTION
HOW IT WORKS:
IN THIS BIOLOGICAL PROCESS, MICROORGANISMS BREAK DOWN ORGANIC MATTER IN THE ABSENCE OF OXIGEN, PRODUCING BIOGAS
APPLICATIONS
AGRICULTURAL WASTE
AGRICULTURAL WASTE
AGRICULTURAL WASTE
CONVERSION OF WASTE INTO USABLE ENERGY.
LANDFILL WASTE
AGRICULTURAL WASTE
AGRICULTURAL WASTE
WHILE REDUCING LANDFILL WASTE
CO2 CAPTURE/SEQUESTRATION
CARBON CAPTURE
The capture of carbon dioxide (CO2) emissions from industrial processes, such as steel and cement production, or from burning of fossil fuels in power generation.
This carbon is then transported from where it was produced, via ship or in a pipeline, and stored deep underground in geological formations.
ALliance to better the environment
DYNAMO GREEN TRADE USA, together with our partners are committed to helping businesses improve their energy efficiency and reduce the carbon footprint. Our mission is to provide innovative energy management solutions that save our clients money and help protect the environment.