ENERGY MANAGEMENT AND CONSERVATION

Similar documents
Process Design For Optimum Energy Efficiency

The application of rigorous modelling with Monte Carlo simulation methods to assist decision-making in sugar factories

Using Sugars for mill optimization projects. Fikadu M Beyene

Solar Live Steam Generation and Solar Bagasse Drying for South African Sugar Mills

SASTA CONGRESS 2008 Factory Workshop: The Future of Energy in a Cane Sugar Factory

Case Study Indonesian sugar industry : PRODUCTIVITY GAINS FROM EFFICIENT WASTE TO ENERGY SCHEMES

PSST ANNUAL CONVENTION 2014 LAHORE Boiler Furnace, Capacity & Performance Assessment By

Process Integration Case Study for the Second Generation Ethanol Production

Clarifications to Queries from EPC Bidders Sugar Plant (Technical Specifications)

ANNEXURE A. Selected projects for TVAs

COVER SHEET. Accessed from Copyright 2005 the authors.

I LOTUS ROLL PERFORMANCE AT BAWANY SUGAR MILLS, PAKISTAN Mohammad Azam Butt 1

Cane trash as an alternate fuel resource for biomass cogeneration plant

Comparative analysis of sugarcane processing technologies for environmental impact and energy efficiency

CROMPION LLT CLARIFIER TECHNICAL DOCUMENT

SUGAR CANE ALTERNATIVES FOR ELECTRICITY GENERATION AT THE CUBAN SUGAR FACTORIES

M/s NSL SUGARS LTD, UNIT III, (Formerly Jay Mahesh Sugars Ltd)

CHAPTER 6 BOILER EFFICIENCY

AN INDIRECT-FIRED ROTARY SUGARCANE BAGASSE TORREFYER: DESIGN AND PERFORMANCE

Bagasse based high pressure co-generation in Pakistan

TransPacific Energy Advantage: Case Studies

Trash utilization at sugarcane mills ISSCT. A path to advanced biomass power generation CTC - CENTRO DE TECNOLOGIA CANAVIEIRA ISBUC 2009 ISBUC 2009

Over 3 Decades in Sustainable Solutions

Services to Technology Providers

Smar Solutions for The Sugar Production. Juice Extraction Control

M19: A PREMIUM SUGAR MILL ROLLER SHELL MATERIAL FOR BETTER PERFORMANCE OF CONVENTIONAL AND HIGH PERFORMANCE INTERNAL BLEEDING ROLLERS

19 th National Award for Excellence in Energy Management E.I.D-Parry (India) Limited, Nellikuppam.

PREDICTING THE EFFECTS OF BAGASSE DEPITHING OPERATIONS ON BOILER COMBUSTION PERFORMANCE A P MANN 1, I M O HARA 1.

FP1_final MODELLING A CONTINUOUS PAN INSTALLATION USING SUGARS FOR WINDOWS. Englewood, Colorado USA

ENERGY CONSERVATION - A MANAGEMENT PERSPECTIVE

APPENDIX N Wastewater Treatment Strategy Concept Paper

REQUIREMENTS FOR AMENDMENT IN ENVIRONMENTAL CLEARANCE JUSTIFICATION FOR MODIFICATION IN THE SCHEME FOR SPENT WASH HANDLING IN THE DISTILLERY PLANT

CHAPTER 4 SUGARCANE ITS BYPRODUCTS AND CO-PRODUCTS, OPPORTUNITIES FOR DIVERSIFICATION: AN OVERVIEW

MODERN TRENDS IN SUGAR PLANT HIGH PRESSURE COGENERATION SYSTEM

Performance evaluation of industrial boiler by heat loss method.

Challenges and Prospects of Cogeneration and Energy Efficiency Improvement in Ethiopian Sugar Industry

Performance of Wet and Dry Bagasse Combustion in Assalaya Sugar Factory Sudan

Optimized Design of a Bagasse Dryer System for Sugar Industry

BFB (bubbling fluidized bed) Power Plants (CHP) Fuel: RDF or Biomass CHP

IMPROVED EXTRACTION AT FELIXTON

A SUGAR PLANT BASED CO-PRODUCTS OPERATION AT THE ANDHRA SUGARS LTD MULLAPUDI NARENDRANATH

FARAN SUGAR MILLS LIMITED TITLE OF DOCUMENT

Simplified Green Sugar refining process for the 21st century Dr Chou was a consultant for two Green Sugar refineries

Benefits of variable speed drives in sugar production

PREDICTING THE EFFECTS OF FUEL PROPERTIES ON COMBUSTION PERFORMANCE AP MANN

SUGAR AND ETHANOL INDUSTRIES Energy view. 24/02/2006 Energy Technology, Stockholm, Sweden 1

Beneficiation of sugarcane bagasse for materials development and energy generation in South Africa

TECHNICAL WORKSHOP ON PERFORMANCE OF TWO ROLLER MILLS ORGANISED BY PSST JUNE 08, 2013, AT AVARI HOTEL LAHORE

Exhaust Heat Recovery and Performance Improvement of Jaggery Making Furnace

Comparative study on cane cutter / juice expeller and roller model Sugarcane juice extraction systems

Initial study on solar process heat for South African sugar mills *

TOOL SOFTWARE. PETER C. JAIS Sugarsoft S/C Ltda., Sao Paulo, Brazil

Techno-economic comparison of ethanol and electricity coproduction schemes from sugarcane residues at existing sugar mills in Southern Africa

The Brazilian Biofuels Experience. Flavio Castelar Executive Director APLA Brasil. GBEP Bioenergy Week Mozambique

MODELLING STEAM SYSTEMS TO EVALUATE ENERGY OPTIMISATION OPPORTUNITIES TO SAVE COAL AND EXPORT ELECTRICITY

Countryside COUNTRYSIDE

GE Intelligent Platforms. Solutions for Sugar Processing and Refining

Vapor and Combined Power Cycles

Reducing Cost of Production

Generate Green Power. using ORC technology

Bagasse-based co-generation at Hippo Valley Estates sugar factory in Zimbabwe

Modern Liquor Refining Technologies for Improved Output and Energy Savings

KAKIRA SUGAR WORKS UGANDA

Theme 4. Energy Efficiency. I-Fundamentals. Nguyen Thi Anh Tuyet Hanoi University of Science and Technology

HOW TO INCREASE INDUSTRIAL PERFORMANCE USING THE DRY CLEANING PROCESS ON SUGARCANE AT THE MILL

ISSCT Workshop June to to 4 July. Warren Lawlor July 2008

Problems in chapter 9 CB Thermodynamics

Extraction Process in the Ethanol Production from Sugarcane A Comparison of Milling and Diffusion

CALCULATION OF MILL SETTINGS

Kay Bouvet Engineering Ltd.

Manufacturing-Engineering

IMPROVEMENT OF ENERGY EFFICIENCY IN SUGAR PROCESSING LANKA SUGAR INDUSTRIES LIMITED, PELWATTE, SRI LANKA

SLOP / VINASSE CONCENTRATION AND INCINERATION

E.I.D.-Parry (India) Limited, Pudukottai, Tamilnadu. 18th NATIONAL AWARD FOR EXCELLENCE IN ENERGY MANAGEMENT

REVIEW OF THE INSTALLATION OF A NEW SET OF COOLING TOWERS AT FARLEIGH MILL BRYAN LAVARACK, BRUCE STEVENSON, ROBERT RASMUSSEN

Heat recovery from industrial installations

A REVIEW OF CANE DIFFUSION AT SEZELA AND UMZIMKULU SUGAR FACTORIES

Engineering aspects of a pellet production facility

Ethanol Production for better health of the Indian Sugar Industry NARENDRA MOHAN DIRECTOR NATIONAL SUGAR INSTITUTE, KANPUR

3 rd AFRICA FINANCE CONFERENCE

Gas turbine power plant. Contacts: Mail: Web:

Environmental Assessment of Power Generation From Bagasse at a Sugar Factory in Thailand

DEVELOPMENTS IN HARNESSING OF BIO-MASS POWER

THE UGAR SUGAR WORKS LIMITED. A Corporate Profile

Energize your profits Discover hidden assets WASTE HEAT RECOVERY

CORE LAB METHODS AND INTERPRETING GROWER SHEETS

CO 2. Recovery AND PRODUCTION

CLEAN DEVELOPMENT MECHANISM PROJECT DESIGN DOCUMENT FORM (CDM-PDD) Version 03 - in effect as of: 28 July 2006 CONTENTS

TRAINING CATALOGUE PROCESS OPERATION MAINTENANCE. Building the sugar industry of the future together.

MANUFACTURING ABSTRACTS. The Florida Sugar Industry: Trends and Technologies

Tres Valles Cogeneration Project. Frederik Staun, UNEP Risoe Centre, Carbon finance Belize City August, 2010

CHAPTER 3 Calculations

Industrial Opportunities and New Cycles Gas turbine - Cogeneration

The Effect Of Fuel Made From Waste Cane To Boiler Efficiency

Advantages, Incentives and Obstacles to Cogeneration of Electric Power Derived from Sugarcane Bagasse in the State of Mato Grosso do Sul

1 NAME OF COMPANY HASEEB WAQAS SUGAR MILLS LIMITED. 2 DATE OF INCORPORATION January 13, LOCATION OF REGISTERED OFFICE F-6 MODEL TOWN, LAHORE

PSST Sugarcane Workshop 2015

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5)

power ethanol Sugar Shree Renuka Sugars Ltd Audited Results for Quarter ended 30 th Jun 2014 Earnings Presentation

PREFEASIBILITY REPORT

Transcription:

ENERGY MANAGEMENT AND CONSERVATION THE OPTIMAL DESIGN OF EVAPORATORS AND BLEED CONFIGURATION PRESENTED BY: MR. ATIF SATTAR (GENERAL MANAGER) HASEEB WAQAS SUGAR MILLS LIMITED NANKANA SAHIB

ABSTRACT The Haseeb Waqas Sugar Mills Limited was confronted with the problem of energy balance. The problem became severe when crushing level reduce/increase imbibition percentage. Various steps were taken previously in order to overcome energy balance at low crushing rates along with moderate imbibition rates. To reduce energy input in all areas of sugar plant.

CONTD Now by the grace of Allah Almighty in crushing season 2013-14, we tried our best to run the plant efficiently by energy conservation (Maximum fuel saving) to run our co-generation 5MW/65bar plant at HWSML distillery.

INTRODUCTION Energy is one of the major operating costs for plant, responsible for protection of industry. Efficient energy management system leads to reduction in energy consumption and the method consists of equipment and technological improvements coupled with process design operations, and behavioral changes among the staff to institute energy efficiency

CONTD In house energy management is key of improving energy efficiency in every corner of the plant at very low cost. To stay alive in the low recovery zone, it is very essential to have a great vision and an eagle s eye on every corner of the plant, where we can save energy and reduce production cost to further move on cogeneration. The co-generation of electricity in sugar industry is linked to the energy security, (minimizing the energy expenditure during sugar processing).

CONTD Thermal and electrical energy are primary energy management. Evaporators, Pans and heating media setup are the major source of energy consumption in sugar industry (maximum utilization of low grade vapors). Our steam% cane remained 49.5% during crushing season 2012-13. In the last season (2013-14), After installation of one F.F.E of 4000m 2 (Complete erection and commissioning was done by our own staff) and in house modifications along with maximum utilization of low grade vapors we have achieved steam% cane 46.40% along with 105% mixed juice minimum. Our targets were to run the plant on the following parameters to save maximum Bagasse and to achieve optimum results. (Table-1)

TABLE - 1

TABLE - 2

RESULTS & DISCUSSION Energy conservation results can be seen during the season 2013-14 by the above mentioned vapor bleeding system and parameters sets (table-1). Following major achievements were made during this practice: Moisture of Bagasse was reduced upto 5% i.e. 52.5% to 47.5% by taking following steps, which enhanced the calorific value of Bagasse up to 10%. Bagasse moisture contents reducing steps are: Better preparation of cane Change in the groove angles of mill rollers/r.p.m Applying of Lotus top rollers Bagasse drying through flue gases dryer

CONTD Utilization of low grade vapor gives extra benefit in boiling house to reduce steam% cane upto 3.1%. It was fulfilled by taking following steps. Installation of F.F.E (4000m 2 ), which have better T, so next evaporator s vapors were used. A, B, C continuous pans ran on 2 nd effect Vapors 3 rd /2 nd effect vapors were bled for primary/ secondary juice heating respectively etc. Utilization of the last effect vapors. Pans washing/liquor heating/sugar drying on 1 st vapor/flash.

CONTD In next crushing season, due to availability of extra heating surface at 3 rd effect are available to run one continuous pan efficiently then steam% cane will be further reduced upto 3.8%. In future, we will install 130 ton HP boiler and 25 MW co-generation plant (In progress)

FUTURE PLANS

CONCLUSIONS There are many opportunities depending on the factory setup (in-house improvements at every corner of plant) exist in plant and need to exploit for better energy conservation and capital that can be invested for the improvement.

ACKNOWLEDGMENT Author is highly grateful to management of Haseeb Waqas Group of Companies for presentation of this paper in P.S.S.T convention. Special thanks to the Haseeb Waqas Sugar Mill Limited staff, as they tried their best to achieve their respective targets.

THANKS ANY QUESTIONS