Presented by Jacques M. d Unienville, CEO 15 March 2016 Sugarcane - - PowerPoint PPT Presentation

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presented by jacques m d unienville ceo 15 march 2016
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Presented by Jacques M. d Unienville, CEO 15 March 2016 Sugarcane - - PowerPoint PPT Presentation

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ACP Climate Action: Now and Tomorrow Omnicane Carbon Burn-Out Presented by Jacques M. d Unienville, CEO 15 March 2016 Sugarcane is one of the most versatile and productive sources of renewable energy under the sun. At Omnicane, we specialise

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ACP Climate Action: Now and Tomorrow Omnicane Carbon Burn-Out

Presented by Jacques M. d’Unienville, CEO 15 March 2016

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Sugarcane is one of the most versatile and productive sources of renewable energy under the sun. At Omnicane, we specialise in making optimal use of the whole cane. We pride ourselves on our unique systemic ability to carry out all our operations in integration, with resulting optimal efficiency and minimal waste.

Bioethanol Refined Sugar Electricity

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Omnicane’s primary activity consists in:

  • The cultivation of sugarcane

And the production of:

  • Refined sugar
  • Bioethanol
  • Thermal energy and electricity

About Omnicane

Bioethanol Refined Sugar Electricity

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Our Mission

We strive to make the utmost sustainable use of the natural resources at

  • ur disposal, for the

benefit of all.

Our Vision

To be an inspiration for sustainable development in our operations.

Bioethanol Refined Sugar Electricity

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SLIDE 5

Bioethanol Refined Sugar Electricity

Our Fully Integrated Flexi-factory Complex

CO2 Bottling Plant Bio-Fertiliser Plants

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Our flexi-factory complex translates our resolve to plan and execute our entire production as an integrated whole, for optimum flexibility, maximum efficiency, and, above all, minimal waste, notably by using one

  • peration’s waste as another’s raw material.

Our Industrial Ecosystem

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SLIDE 7

Steam

CANE Bagasse Electricity Molasses Vinasse

BIOETHANOL DISTILERRY

Milling Raw Sugar

Refined Sugar

Refinery

Steam & Electricity

Biogas

CMS Bio-Fertilisers

Bio-fuel

Construction/Buildi ng Industry Cement Additive

CARBON BURNOUT

Coal Fly & Bottom Ash Electricity Steam

Coal

Steam

COGENERATION POWERPLANT

ELECTRICITY FOR NATIONAL GRID

Food Grade CO2

Steam

Our Flexi-Factory Industrial Ecosystem

Electricity

Electricity Steam

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Cement Statistics

Bioethanol Refined Sugar Electricity

  • The world consumes around 4.3 billion metric tonnes of

cement in a year

  • Cement production is growing by 2.5% annually
  • Mauritius imports 600,000 tonnes of portland cement

each year

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GHG Emissions from the Cement Industry

Bioethanol Refined Sugar Electricity

  • The production of cement on its own represents

approximately 5% of all man-made CO2 emissions

  • To produce cement, limestone and silica have to be

heated to more than 1400°C to obtain clinker

  • To reduce their impact on the environment, industrialists

diminish the use of clinker, replacing it partially by coal combustion residues or fly ash (this is one of the 60 best practices against climate change, according to the AFD)

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SLIDE 10

Omnicane’s Carbon Burn-Out Unit

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Annual Coal Ash Production

Bioethanol Refined Sugar Electricity

  • Omnicane Thermal Energy Operations (La Baraque)

produces 35,000 T/Y ash

  • Omnicane Thermal Energy Operations (St Aubin)

produces 10,000 T/Y of ash

  • Terragen produces 25,000 T/Y ash
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SLIDE 12

35,000 T/Y

Fly Ash

22,000 T/Y

Bed Ash

Carbon Burn-Out 35,000 T/Y

Omnicane Thermal Energy La Baraque

Process Summary

25,000 T/Y

Terragen

10,000 T/Y

Omnicane Thermal Energy St Aubin

16 T/H @ 16 bar

High-Pressure Steam

1 MW Electricity 16 T/H @ 2.7 bar

Low-Pressure Steam

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Quality Standards

Bioethanol Refined Sugar Electricity

  • Our fly ash comply with the European quality standard

EN450-1 which guarantees a durable concrete

  • The CBO will reduce the carbon content of the

cogeneration power plant’s fly ash from 20% to 7% LOI (loss-on-ignition), with the re-burning of excess carbon

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Environmental Benefits of the CBO

Bioethanol Refined Sugar Electricity

  • No need for landfilling of ash hence no dependency on

land availability

  • No waste as the ash becomes a raw material for the

construction industry

  • Reduced CO2 by 25,000 tonnes yearly from the partial

avoidance of cement import and production

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SLIDE 15

Bioethanol Refined Sugar Electricity

  • Re-use of fly ash in cement was recommended by:
  • The Strategic Environmental Assessment of MAAS

in 2007

  • The Technical Advisory Committee on Coal Ash

Management in 2009

  • The EIA for the CBO was obtained in May 2014
  • The Environmental Monitoring Plan of the CBO has been

approved by the Ministry of Environment in August 2015

  • The Minister of Environment visited the CBO in

November 2015

Environmental Compliance

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CBO Process Flowchart

Bioethanol Refined Sugar Electricity

(Low-Pressure Steam 16T/H @ 2.7 bar) (High-Pressure Steam 16T/H @ 16 bar) (1 MW of Electricity)

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Site Plan

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Site Progression

Bioethanol Refined Sugar Electricity

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Completion 31 August 2016

Bioethanol Refined Sugar Electricity

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Omnicane's Collaborations with EIB

Refinery Mon Trésor Smart City Project Holiday Inn Bioethanol Distillery 2009 2013 2013 2014

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Financials

Bioethanol Refined Sugar Electricity

Current exchange rate (MUR to USD) 35.00 Estimated Cost (MUR) 735,000,000 EQUITY (40%) 294,000,000 DEBT (60%) 441,000,000 EQUITY

Omnicane Thermal Omnicane Thermal Terragen Energy Operations Energy Operations (La Baraque) (St Aubin)

% Share Contribution 50% 15% 35% DEBT EIB Loan (MUR) 322,000,000 MCB - AFD Green Loan (MUR) 119,000,000 Total 441,000,000

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Thank you