Summary
sphere of operations-
- Waste
management from construction development to operation
-
Construction waste
- Office
waste
-
Restaurant and Retail waste
- Public
domain waste
- Waste
water
We will
provide-
- Trucking
- Manning
-
Collection
- Disposal
-
Compacting
- Waste
energy solutions
- Waste
water solutions
-
Recycling
-
Logistics management
Full scale
logistics management which is synchronised with functions
such as procurement, production, sales, and distribution
with the operational demand
Controlling and tracking of-  
- Weight
- Type
- Size
- Supplier
- Time
- Demand
-
Interfaces
-
Warehouse
Business
Positioning & Impact Value
Scope
Recycling is
the process of segregating materials for reuse. This is
dependent on the original materials a simple mechanical or
complex automated process. Recycling competence covers the
following materials:
•Paper /
cardboard
•Glass
•Plastics
•Metals
•Composites
•Earth /
sand
•Construction compounds
•Asphalt
•Rubber /
tyres
The equipment
used for this is based on the best practise designs in terms
of:
•Electricity
consumption
•Uptime of
system
•Wear and
material fatigue
•Ease of
maintenance
•Price /
cost
Equipment
 
Conversion
fundamentals
Conventional
Incineration Process
Our Approach
W2E system
complexity
The Process
Benefit
comparison
|
Conventional incineration process
•System
is fine tuned for destruction of waste
•
•60%
of investment is for fly ash containment,
filtration and denox
•25%
of volume input is by-product
–slag
is deposited on landfill
–fly
ash is deposited on landfill
•
•By-products
are highly toxic - dioxin
•Total
process heat loss is > 30%
•90’000
t p.a. of municipal waste generate
–48.815
GWh of electricity
–45.061
GWh of heat
•Emission
of green house gases
|
Next generation W2E process
•System
is fine tuned for electricity generation
•Does
not apply
•
•<
1% of input volume is by-product
–leach
resistant slag for construction
–does
not apply
–molten
metals are revenues
•Does
not apply
•Total
process heat loss is < 5%
•90’000
t p.a. of municipal waste generate
–350.000
GWh of electricity
–None
•-
20% emission of green house gases
|
Building
comparison
|
Conventional incineration process
 |
Next generation W2E process
 |
Waste Water
Treatment Bio-Remediation
Small /
semi-mobile systems
Tank of
non-decaying and recyclable polyethylene (PE) in
dimensions of a 40 ft ISO container. The dimensioning of
a 40 ft ISO container tank system is for about 100 m3
per day. Multiples of 40 ft ISO containers and parallel
operation enhances unit efficiency with relation to
overall capacity.
-
1 x 40
ft ISO container processes about 100 m3 per day
-
2 x 40
ft ISO container processes about 300 m3 per day
-
3 x 40
ft ISO container processes about 500 m3 per day
Containerised systems
Value of
bioremediation
Construction
& demolition wastes
Construction Waste:
Waste materials generated by construction
activities, such as scrap, damaged or spoiled materials,
temporary and expendable construction materials, and aids
that are not included in the finished project, packaging
materials, and waste generated by the workforce.
Demolition Debris:
Waste resulting from removing a building from
the site by wrecking.
Land Clearing Debris:
Vegetative waste materials removed from a
site.
Deconstruction:
The systematic disassembly of a building,
generally in the reverse order of construction, in an
economical and safe fashion, for the purposes of preserving
materials for their reuse.
Construction waste
Demolition debris
Process options:
 
•Asphalt:
granulation and recycling
•Concrete:
granulation and usage as gravel or fillers
•Shingles:
granulation and usage as gravel or fillers
•Drywall:
granulation and usage as gravel of fillers
•Steel:
recycling and sale
•Wood:
energy conversion in W2E system
•Plastics:
energy conversion in W2E system
•Carpets:
energy conversion in W2E
Paints: energy conversion in W2E
Land clearing debris
Process options:
•Leaves:
shredding and composting with effective microbes 
•Grass:
shredding and composting with effective microbes
•limbs:
shredding and composting with effective microbes
•Brush:
shredding and composting with effective microbes
•Stumps:
shredding and composting with effective microbes
•Stones:
granulation and usage as gravel
|
