Fundamentals

Bradam's Process Overview

The Bradam patented process and facility design provide an environmentally responsible way to reform any organic waste into synthesis gas (“Syngas”) for production of electricity using turbines, pipeline grade renewable or synthetic natural gas (natural gas not from petroleum), hydrogen, or the Syngas can be converted to biofuels (diesel & jet fuel) using Fischer Tropsch technology.

The innovative process is a combustion-free chemical reduction process with no oxidation yielding a high quality BTU value Syngas, making it a radical departure from competing incineration and combustion processes currently on the market.

Waste is a terrible thing to waste.

Fundamentals

Bradam's Carbon Energy Recovery Process

One 50,000 Tonne/year process line produces
$ $

WASTE PREPARATION AND RECYCLING PROCESS

Removal of recyclables
6.55 tonnes per hour
$ $

FEEDSTOCK INVENTORY AND DELIVERY SYSTEM

Feedstock shredded and stored
5.95 tonnes per hour
$ $

ROTARY KILN

Steam reformation reaction
950°C
$ $

GAS CLEAN-UP ARRAY

Removal of particulates
2 1/2 tonnes aggregate per hour
10,000 liters of water per year
$ $

BIOMETHANATION

Syngas conditioning
960 BTU/SCF
N N

ENERGY EXPORT
AND DELIVERY

Final Products: Electricity, RNG, Hydrogen, Alt Fuels
500,000 GJ per year

Carbon Energy Recovery Process

Statistics

One tonne of feedstock, with an energy density of 14.2 GJ/tonne (6100 btu/lb.*), using the Bradam SRP at ISO conditions produces (*average calorific value for most MSW):

Outputs

  • Electricity Export: 1 MW of electricity per tonne net
  • RNG/SNG Export: 10 GJ of natural gas equivalent per tonne minimum net

Note: The amount of energy produced is in direct relationship to the calorific value of the waste stream, for example non-recyclable plastics with an energy density of 32 GJ/tonne will produce 22.92 GJ/tonne of SNG (synthetic natural gas).

Bradam's Carbon Energy Recovery Process - Decreasing Your Landfills.

Fundamentals

Flexible

The Bradam Carbon Energy Recovery system (CER) can process a wide range of feedstocks, alone or in mixtures – any organic or carbonaceous or carbon-based material, including the following:

  • Municipal solid waste (“MSW”);
  • Non-hazardous commercial wastes (plastics, wood, paper, food);
  • Non-hazardous industrial waste;
  • Bulk wastes (used mattresses/furniture);
  • Digestate from anaerobic digesters, animal waste, biosolids, municipal/sewage sludge, pulp/paper sludge;
  • Biomass and waste biomass (wood, forest residue, agricultural crop wastes, algae, sugar cane);
  • Special industrial waste (medical waste, tires, paint);
  • Existing landfills can be mined, approximately 80% of the landfill mass can be processed resulting in numerous acres to be reclaimed and developed into productive use for its citizens.

What goes into the Bradam CER process and what comes out of it?

The Bradam CER produces a high quality synthesis gas (SYNGAS), which contains significant levels of hydrogen, carbon dioxide, carbon monoxide and methane. Once the syngas is conditioned and ready for final use it can be used to produce electricity, pipeline grade renewable natural gas, pipeline grade synthetic natural gas, hydrogen for fuel cells and alternative fuels such as diesel and aviation fuel and chemicals.

The Bradam CER is a modular design, each module can process 50,000 tonnes of waste feedstock per year and produces 500,000 gigajoules of energy, 10,000 liters of water and 12,000 tonnes of clean aggregate that can be used as a filler in asphalt and concrete and also qualifies for LEED points. When our process is complete nothing ends up in a landfill.

Protecting You, Your Interests & Your Property Value

Bradam Energies Logo | Bradam Energies Carbon Energy Recovery Process

The Future is Clean. The Solution is Clear.

Fundamentals

Scalable

Bradam has designed its systems to be modular making it easy to match the size of the production capacity to the needs of the area it is servicing. Each process line or module has a nameplate capacity of 50,000 tonnes per year of waste processed. Each module has redundancy and uses components that are readily available from trusted suppliers.

Annual Input per module

50,000 tonnes per year of waste feedstock

Annual Outputs per module

500,000 GJ of energy
12,000 tonnes of inert aggregate
10,000 liters of water

Bradam's Carbon Energy Recovery Process - Energy Outputs

We Solve Waste Problems
With Energy Solutions

In all four corners of the world waste is polluting our lakes, oceans and the air we breath. Traditional ways of dealing with waste are antiquated, expensive and have a negative effect on our environment. There is a better way.

The Bradam Carbon Energy Recovery system creates energy from waste using a revolutionary process that is highly efficient, economical and environmentally friendly.

Not only do we solve the world’s waste problems we create energy.
Renewable & Synthetic Natural Gas – Electricity – Hydrogen – Alternative Fuels

NO Incineration – NO Toxic Emissions – NO Landfills – NO Odors

WASTE is a terrible thing to waste.