We offer the following Patented Canadian Green Energy Technologies

The WORLD'S most efficient Patented 24-7 Solar to heat conversion

Rated #1

Most desired by clients.

    Guaranteed up to       $1 billion purchase of all off-take



Solar:  The world’s most efficient 24/7 solar-to-heat conversion (solar to thermal power generation, backed by 6 patents) utilizing a vacuum draw behind a mirror surface and pressurized structural support for a low-cost solar reflector system. This solar-to-steam process drives daytime power and builds steam battery for nighttime power via General Electric/Siemens turbine/equipment with efficiency that exceeds 99%.  The result is continuous solar fuel electrical power generation 24 hours a day, 7 days a week, 365 days a year.  Power Purchase Agreements (PPA’s) are imperative. Carbon credits also apply.


A Technology that can use various feedstocks such as, but not limited to, animal, fish, human, plant and poultry products and/or feces to generate hear and/or baseload electricity used within the typical electric power generation grid as well as safely dispose of products contaminated with any type or pathogen including prions.

Published in the journal Science in February 2015, a study conducted by a scientific working group at UC Santa Barbara’s National Center for Ecological Analysis and Synthesis (NCEAS), quantified the input of plastic waste from land into the ocean. The results: every year, 8 million metric tons of plastic end up in our oceans. It’s equivalent to five grocery bags filled with plastic for every foot of coastline in the world. In 2025, the annual input is estimated to be about twice greater, or 10 bags full of plastic per foot of coastline. So the cumulative input for 2025 would be nearly 20 times the 8 million metric tons estimate – 100 bags of plastic per foot of coastline in the world!      Reference:  http://plastic-pollution.org

Waste-to-Energy – BioMass

The Problem: Municipal solid waste (MSW), power generation, forestry waste, environmental clean-up, damaged crops, hazardous waste disposal.

The Solution:  Delivery of feedstock + a flexible & scalable process = a variety of output products.

Technology:  This technology uses various feedstocks such as, but not limited to, animal, fish, human, plant and poultry products and/or biological waste to generate heat and/or baseload electricity used within the ` typical electric power generation grid. Additionally, the technology safely disposes of products contaminated with any type or pathogen including prions (small, extremely infectious particles).

The System: Low cost input, waste-to-energy conversion = high value outputs (in Megawatts).

Benefits:  Reduction of environmental pollution, conversion of non-reusable waste into combustible gases for electricity generation and economic benefits; reduction of fossil fuels usage; reduction of Green House Gases (GHG) emissions; creation of employment opportunities. This is a waste treatment technology that can be deployed globally.

Enhanced BioMass or Tire Recycling:   Tire accumulation is a global problem. The solution is via a cryo-process (utilizes nitrogen to freeze the rubber tires altering them to a state of brittle-like glass, thus fracturing tires into many small pieces) and is a very proprietary method, the most efficient Cryogenic Process for whole tires in the entire world. Additional options (electrical power, nitrogen) are available, resulting in greater revenues for project owners, as well. Most important . . . ALL of the product produced via this process (called off-take), is desired by a client of The Merchant Bank and therefore is backed by a guaranteed purchase of all off-take and an auto-revolving Letter of Credit for up to 15 years (with an option to extend longer) which totals over $1 billion dollars. That is why this process is the #1 desired technology available in the portfolio. An added bonus is the additional revenues derived from the collection and sale of steel taken/removed from the tires.

Storage of Power for when you need it.



Able to burn multiple fuels simultaneously:

   - plant fuel

   - refuse derived fuel

   - natural gas and several liquid fuels

Plastics Recycling: Since January of 2018 the Chinese no longer recycle plastics, leaving a global opportunity to take plastics that were originally being shipped off to China.  Therefore, The Merchant Bank saw an opportunity and created a system that now adds the recycled plastic as a ‘feeder stock” and it will run another 100,000 sq. ft. plant ideally contiguously or secondarily as a nearby plant.  There is a secondary market for the plastics production at the same time which conservatively will generate another $7 to $10M in gross profit every year.  So when you take the 33% which is the running average from the tire operations with a median average of approximately $1M USD per week (gross profit per plant of approximately $20 - $25M) and combined with the plastics (which contributes another $7 - $10M) it is generating conservatively anywhere from $30 - $35M median average. 

including:  construction, turnkey operations and training.



​The 50MW from GE Capital per GE Leasing is Available for 2018 with $210,000,000USD in Discountings versus the $420,000,000USD Costs for Design-Build, albeit it can Not do Processing of Hazardous Wastes/Medical Wastes etc. - but, it can Process for Bitumous Sludges etc. - plus Export Bank will also Supply/Support for an Additional $50MUSD for Clean-Green Tech Operations within 2018 per FCL Project Finance/Account Ops. - and Specific to/for GE Bio-Mass Ops. - which has Added Advantage of NOT Waiting for the Twenty-Four (24) Months for Design-Build Ops., ex-GE Leasing Group Ops.



 Enhanced BioMass andPlastics Recyclingcombined with BioMass

is a perfect vertical integration of the top 3 desired Green Energy Technologies.

This technology is known as the CatOx Gasification Unit which is  a  Turnkey  Solution for  Waste  disposal.

This patented equipment will provide solutions which can then safely and effectively convert normally stranded methane into a valuable and transportable power source.  It is highly scalable and can utilize the most remote methane availability to usable on or off grid power.