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HALLIBURTON
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| Twelve mild steel
tank, made for export to the Republic of Anglo, were made in 2004.
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| The tanks were
4.6m in diameter and 11 meteres high, with a total volume of 180m3.
Inside each tank there was a blower system. |
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| The tanks were
made in batches of four, then transported to Durban Harbour as abnormal
loads, prior to being shipped. |
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| TIPPLER
- MAURITIUS |
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| A cane tippler
was exported to Forges Tardien, Port Louis, Mauritius in November
2004. The completed unit, including the farming of the 50mm thick
ring, was prepared and fabricated in our Durban based workshop. On
completion and pre-shipment the complete project was shop assembly
and tested, in the presence of Forges Tardien representitives. |
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| STORAGE
TANK - PAL PAC |
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| A stainless steel
storage tank was fabricated for PAL PAC in Pinetown KwaZulu Natal |
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| ANIMAL
FEED PLANT - UCL DALTON |
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| F.P.
Engineering have designed, fabricated and installed a new rotary
dryer and bagging plant at Dalton UCL. The whole plant has been designed
to produce and bag animal feed, consisting of bagacillo and molasses
at a ratio of 30/70, at a capacity of 7.8 ton per hour, set out in
the guidelines and requirements by UCL Dalton. |
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| The
separated Bagacillo is dried by a fluidized bed combuster. The complete
plant is fully automated and controlled by a PLC Control Unit. |
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| The
animal feed plant consists of the following equipment: |
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- Bagasse
Feed Conveyor
- Trommel
Shifter
- Course
Bagasse return Slat Conveyor
- Fine
Bagacillo Screw
- Wet
Bagacillo Holding Bin
- Dryer
- Fluidized
Bed Combuster
- Cyclones
with Ducting
- Molasses
Tank & Frame
- Plough
Mixer
- Bagging
Plant& Roller Conveyors
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| Fluidized
Bed Combuster |
Cyclones
& Ducting |
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| Trommel
Feed Conveyor & Return Slat Conveyor |
Rotary
Dryer & Structure |
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| Bagging
Plant & Finished Product |
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| AIRO
CONVEYORS |
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| FP
Engineering and Conveyquip have fabricated and installed
airo conveyors at Maidstone Sugar Mill to move bagacillo for Sappi. |
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| Conveyquip
had designed the conveyors, with their upgraded design with the overall
project being controlled by them. |
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POLLUTION
CONTROL
KWAMASHU WASTE WATER - ETHEKWINI WASTEWATER MANAGEMENT |
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| Due
to the environmental concerns of the community and the Ethekwini Municipality,
a new concept in pollution control is being initiated, to provide
an efficient air pollution control system at Kwamashu Waste Water
- Solid Waste Plant. |
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| FP
Engineering (agent for CTP) and C.T.P. Austria are installing
a revolutionary new pollution control system. Using leading technology
C.T.P produces a high quality efficient and cost saving method for
the removal of volatile organic compounds (VOC), hazardous air pollutant,
carbon monoxide, nitrogen oxide and organic particular matter from
all major industrial sources. |
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| The
RTO's - Regenerative Thermal Oxidizers - are designed to cope
with fluctuating flows and concentrations of raw gas at a lower operating
cost than thermal recuperative oxidizers. The use of prismatic ceramic
honey combed in the heat exchanger enlarges the heat exchanger area
three and a half times with the pressure drop in the autotherm remaining
very low. |
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| The
new system has many advantages in the environmental friendly South
Africa: |
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- Low
Running Cost
- High
Turmoil Efficiency
- Low
Pressure Drop
- Removal
of all Odours
- Incentive
to Corrosive Compounds
- Low
Maintenance
- Compact
System
- Total
Automated
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| COMPACT
RTO MULTI-BED SYSTEM |
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| High
Purification rate 99.9+ % |
| Low
or High VOC Concentrations - we easily surpass the directives |
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| Typical
CTP Multi-Bed Installation |
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|
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| How
It Works ... |
Valve
Box |
|
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| New
Generation of compact multi-bed RTO's |
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- Very
high destruction efficiency (>99.9 %)
- Low
Pressure Drop (17 to 29 mbar)
- High
Thermal Efficiency (> 97 %)
- Simple
System consisting of separated inlet and outlet regenerative
heat exchangers ensuring gas tightness and spanned by a
single combustion chamber which guarantees perfect mixing
and minimal radiation loss.
- Reliable,
quick acting, impervious poppet valves which boast countless
hours of fail-safe operation owed to CTP's smart and durable
design
- Weatherproof
instrumentation and heating system
- CTP's
hot bypass caters for a wide range of solvent concentrations
and can rapidly adapt to varying inlet conditions (flow
fluctuations, concentration peaks)
- CTP's
bake-out procedure eliminates particulate build-up and through
its ability to adjust duration and temperature has proved
its effectiveness in many challenging applications
- Advanced
and enhanced heating technology featuring 3 options:
burner / electrical heater / direct fuel injector
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| Type |
Nominal
Flow [NM3 / h] |
Length
mm |
Width
mm |
Height
mm |
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| TT025V |
3.200 |
3.200 |
2.500 |
3.300 |
| TT050V |
4.800 |
3.800 |
2.500 |
3.300 |
| TT075V |
7.200 |
4.700 |
2.500 |
3.300 |
| TT100S |
9.600 |
4.800 |
3.500 |
3.800 |
| TT125S |
12.000 |
5.400 |
3.500 |
3.800 |
| TT150S |
14.400 |
6.000 |
3.500 |
3.800 |
| TT175S |
16.800 |
6.600 |
3.500 |
3.800 |
| TT200M |
19.800 |
6.200 |
4.900 |
3.800 |
| TT250M |
23.400 |
6.800 |
4.900 |
3.800 |
| TT300M |
27.000 |
7.400 |
4.900 |
3.800 |
| TT350M |
32.400 |
8.300 |
4.900 |
3.800 |
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