JANICKI BIOENERGYVictoria, B.C.Feb-5, 2016

Peter JanickiCEO, Janicki Bioenergy

Locations in WA & UT

650 Employees

135 Engineers

State-of-the-Art Facilities

R&D Lab

Project Management

Engineering Design & Analysis

Composite & Metal Mfg.

Large Scale, High Precision

CompositeAdvanced

Parts&Tools

Founded by Peter & Susan Janicki in 1993

OMNI PROCESSORThe future of waste processing.

WHAT DOES THE OMNI PROCESSOR DO?

JANICKI BIOENERGY

GENERATESRENEWABLE ENERGY TO POWER ITSELF…

PATHOGENS

…AND THEN SOME.

REDUCES SOLIDS TO DRY ASH

YIELDSREVENUE AND/OR

COST SAVINGS

ELIMINATES HUMAN

WASTE

ELIMINATES SOLID WASTE STREAMS

PRODUCES USABLEHEAT

DESTROYS100% OF ALLPATHOGENS

CAPTURES WATER FOR

DRINKING OR REUSE

BIOSOLIDS

BIOSOLIDS

BIOSOLIDS

BIOSOLIDS

BIOSOLIDS

BIOSOLIDS BIOSOLIDS BIOSOLIDS

CONTROLLED FIRE

FILTER

WATER

HOW THE OMNI PROCESSOR WORKS

JANICKI BIOENERGY

3 Water Treatment

2 Steam Power Generation

1 Solid Fuel Combustion

BOILER

AIR

EXHAUST

ASH

ELECTRIC POWER

STEAM

STEAM

WATER

SLUDGESTEAM

SLUDGESTEAM

STEAM

DRIEDFUEL

DRIED FUEL

DRYER

STEAM ENGINE

GENERATORSTEAM ENGINE

FILTERFILTER CONDENSERCONDENSER

BIOSOLIDS

HEAT

GENERATOR

With the combination of this technology and modern manufacturing practices, the Janicki OP revolutionizes the treatment of fecal sludge and other waste products, providing revenue potential instead of a parasitic cost to society.

DISRUPTIVE TECHNOLOGY

JANICKI BIOENERGY

WATER POWER HEAT ASH

OM

NI

PR

OC

ES

SO

R

OU

TP

UT

S

PROFIT=

1 kgWet Raw

Sludge

800 gWater

200 gDry Solids

3720 kJ released in combustion

2057 kJ required to boil 800g of water

37202057 = 1.8

There is nearly twice the amount of energy within the dry solids of the sludge as there is energy required to boil the water out of the sludge.

THERMODYNAMICS OF THE PROBLEM

JANICKI BIOENERGY

BREAK-EVEN ANALYSIS ON SOLIDS CONTENT

0

50

100

150

200

250

300

350

0% 10% 20% 30%

GR

OSS

PO

WER

PR

OD

UC

TIO

N (

KW

)

% TOTAL SOLIDS

As the solids percentage of the sludge is reduced, the available energy is also reduced. Beyond the breakeven point, excess energy production is no longer possible and additional energy is required to continue processing the waste.

JANICKI BIOENERGY

EMISSIONS OVERVIEW

Air emissions from the boiler meet all applicable US EPA clean air regulations.

COCONTROLLED BY GOOD COMBUSTION PRACTICES: Temperature Time Turbulence

NOX Fluidized bed

combustors run too cold to make any thermal NOX

SOx Controlled by

adding lime to the flue gas

Fuel dependent

HCl Controlled by lime

injection

POLLUTANTS ARE CONTROLLED 3 WAYS:

1. Thermal control

2. Dry Sorbent Injection

3. Baghouse

OP S200BOILER

Emissions:

HEAVY METALS They adsorb to the

ash and are collected on the baghouse.

Mercury Low stack temp

DIOXINS & FURANS Typical dioxin/furan

formation requires chlorine

Controlled by adding lime to the flue gas

They adsorb to the ash and are collected on the baghouse.

CO2 & OTHER GREENHOUSE GASSES Waste left alone

will emit methane The use of this

technology eliminates production of methane

JANICKI OPPILOT PLANT

Dakar, Senegal

DAKAR OP PILOT

Human Machine Interface (HMI)

OMNI PROCESSOR S200

JANICKI BIOENERGY

STANDARD SPECIFICATIONS

PROPERTY S200 (V3) CAPACITY

Max. Biosolids Processed60 wet (12 dry)

tons/day

Max. Power Produced 300 𝑘𝑊

Max. Water Produced 14,400 𝑔𝑎𝑙/𝑑𝑎𝑦

Footprint 100’ x 40’ (4,000 ft2)

Parasitic Load 50 𝑘𝑊

Fuel Biosolids @ 20% solids

Max. % Moisture of Fuel 80 %

OP CONFIGURATION

JANICKI BIOENERGY