Trash: The Untold Story

1st municipal dump

established in Athens: 400BC.

The change in 2400 years – dumps are now

called Landfills.

No clean way to dispose of garbage

has proven to work in U.S. We have the

most advanced, commercially proven

system available worldwide.

Timeline – Progress?

1800: New York City described by visitors, “As a nasal disaster – where the streets smell like bad eggs dissolved in ammonia.”

1874: Incineration of garbage introduced in Nottingham, England

(Foote furnace for burning garbage)

1990: Recycling becomes a priority through the passage of 147 recycling laws enacted in 38 states and the District of Columbia

How much trash?

The US population produces enough trash every year to fill 80,000 massive football stadiums.

Estimated garbage properly disposed of worldwide: the number jumps 5x to 400,000 football fields.

The world is swimming in garbage!

Time to Shift our Understanding

Recognize garbage as a revolutionary energy source.

One bag of garbage contains the energy to power a 100 watt light bulb for 24 hours.

Potential electricity value of annual trash produced in the United States:600,000,000,000 kilowatts (approx. 15% produced in the US). Enough power to run 91 million homes plus a considerable number of factories and industrial processes, or enough gas to create biofuels that burn clean to power cars, trucks and planes.

Choices

Continue to dump and burn . . .

Or. . .

Engage Game Changing

TechnologyNew Commercial Energy is introducing a clean, conversion technology worldwide that has been commercially proven in Japan and India with a life expectancy of 40 plus years. It operates 24/7 and is currently being constructed in multiple international locations.

Syngas Composition

Example Facility Performance

Advanced Waste-to-Energy Process

Our Lower Emissions Beat All International Standards

U.S. EPA Standards

German & EU

Standards

New Commercial Energy (No

filter)

Filtered/Actual New Commercial

Energy Emissions

Particulate Matter – Dust (Mg/m3) 24 5 0 0

Dioxins/Furans (ng/m3) 13 10 0 0NOX – nitrogen oxides (ng/m3) 500 200 200 48

CO – Carbon Monoxide (mg/m3) 100 50 0 0

HCL – Hydrogen Chloride (mg/m3) 29 10 354 7.08

SO2 – Sulfur Dioxide (mg/m3) 31 50 140 4.2

Hydrogen Fluoride (mg/m3) 4 0 0

Lead (mg/m3) .2 0 0 0

Mercury (mg/m3) .08 .02 0 0

Cadmium (mg/m3) .02 .05 0 0

Competitive Summary

Feature

New Commer

cial Energy

Interstate Waste Technolo

gy

Entech Renewab

le Energy

Solutions

NRG Energy

Plasco Energy

Covanta

Small footprint ✔

Low cost ✔

Fuel: Biomass ✔ ✔ ✔ ✔ ✔ ✔

Fuel: MSW ✔ ✔ ✔ ✔

Fuel: Biomedical

✔ ✔

Scalable ✔

Efficiency 85% 20 – 25% 20 – 25% 10 – 15% 10-15% 2-5%

Thermal Conversion Technology

✔ ✔ ✔ ✔ ✔ Incineration

Maintenance Cost Low High High High High High

Taking Our Technology To Market

New Commercial Energy has all these requirements in place.

Experienced worldwide developer network – Results Driven Management Team in place

✔

World’s largest renewable energy law firm ✔

Worldwide financing exclusively focused on financing renewable energy facilities

✔

Internationally recognized engineering partners with decades of global experience

✔

Global contractor guarantees performance and turn-key delivery in 12-18 months

✔

Technology Successful Today

India: Three major units in operation & six under construction

Mumbai – 1MW – 2010 – operating

Mahad - 3MW – 2011 – operating

Vasai – .5 MW – 2009

Pune – 12MW – Began operating May 2012 - 1st 2.5MW unit of a12MW system completed -- 2nd Phase currently under construction

Surat -- 8.5MW – final design stage. Estimated completion 2015

Aurangabad - 4MW -- estimated completion 2015

Pune

Surat

Mahad

Vasai

Mahad, India Facility

Specifications:

Input: 3 tons per hour of pharmaceutical waste

Power Output: 3-4MW/hour

Operations began June, 2011

Pune, India Facility

Specifications: 12MW, 12 tons per hour MSWPhase I (2.5MW) Operational: July, 2012

Facilities in Germany

Ennigerloh – 5MW, permitting 2012 - Construction 2013

Friesoythe – 45MW – multiple units daisy chained in clusters (chicken manure & biomass) – 1st unit under construction – operational 2013

Friesoythe – (2) 5MW – woody biomass, commissioning 2013

Grieben – (2) 5MW – woody biomass, commissioning 2013

Herten – .5MW – MSW demonstration facility since 2003 being replaced 2014

Herten – 5MW MSW facility. Construction completed 2015

Herten

Friesoythe

Grieben

Ennigerloh

Facilities in Japan

Anan - 1MW biomass – operational since 2005

Izumo – .75MW biomass – operational since 2006

Anan

Izumo

Izumo, Japan

New Commercial Energy has a world changing technology that converts any organic waste into clean energy. University and Top Ranked Engineering Firms tested with excellent to passing grades.

Process is thermal decomposition or conversion of waste – no incineration; no combustion; produces only green gases that produce clean energy.

Gases contain no tar – virtually no pollutants – no acid rain – exceeds all EPA and CARB standards.

All six by-products of our conversion process have resale/economic value.

New Commercial Energy’s manufacturing partner is one of the largest government contractors in the world and guarantees total performance.

Our technology partner has five commercially operating plants producing enough gas from waste for 3,500,000 kilowatts of electricity annually.

We Develop and Own Energy Facilities and Partner with Others

Who want to Participate

Each facility guarantees 20 years of income, will create significant jobs for a region.

Each system is carbon neutral, so carbon tax credits will add to revenues.

15%-30% IRR per project.

We are currently focused on a dozen “high level” projects, both nationally and internationally.

Positive cash flow in 2015; profit distribution in 2016 and beyond.

Choices

Follow the same tired outdated course of action:

DumpIncinerate/Burn

&

Or . . .

Make a difference

We are turn-key manufacturing/construction operation

We build environmentally friendly and economically sustainable conversion technology waste to energy systems.

Our thermal conversion system is a disruptive waste to energy system that converts any organic waste into clean gases with virtually no emissions. End result is clean base-load electricity, or clean fuels that burn with little to no emissions.

Our waste to energy system is the most economically viable and efficient clean waste disposal solution in the world today. Proven commercially safe over the past seven years.

Innovation in Renewable Energyand Waste Disposal

RPConnect#1 St Francis Street, T2- 12R,

Mandaluyong, Manila, Philippines

17 Parizska, Prague,Czech Republic 1800

info@rpconnect.comwww.rpconnect.com