Design and evaluation of processes in paper manufacturing industry
Abstract
Paper manufacturing company is the heart of development for any country. In the present work study of the paper manufacturing processes is carried out in order to develop better understanding on product development. In the present work analysis of the processes performed in the industry at different level is performed. Paper industry uses waste agro products like sarkanda grass, bagasse, wheat husk, bazra, jute bags, cartoons etc being collected from various nearby villages from the farmers. In the paper industry maintenance work of whole plant is studied. From the analysis it is observed that sand and soil particles that are present in the wheat husk clog the pump and also causes rapid wear of various equipments parts. For the performance improvement washing of wheat straw and removal sand and soil particles from the wheat husk improves the performance improvement. The black liquor produced after the cooking process is the biggest pollutant that can generate in paper industry. Black liquor is converted into the sodium carbonate which can be consumed by other industry. Recovery of chemical will save the environment and also will add to the economy of company as chemical produced will be sold in the market. Keywords: market, economy, manufacturing, paperReferences
Dev N., Samsher, Kachhwaha S.
Computational Analysis of Dual
Pressure Non–reheat Combined–Cycle
Power Plant with Change in Drum
Pressures. International Journal of
Applied Engineering Research.
5(8):1307–13p.
Dev N., Samsher, Kachhwaha S.
Graph Theoretic Assessment of
Critical Component in Combined–
Cycle Power Plant. International
Journal of Engineering Studies.
4(1):1–13p.
Dev N., Attri R., Vijay Mittal, et al.
Thermodynamic analysis of a
combined heat and power system.
Research Journal of Recent Sciences.
1(3):76–79p.
Attri R., Sandeep Grover, Dev N.,
Deepak Kumar. An ISM approach for
modelling the enablers in the
implementation of Total Productivity
Maintenance (TPM). International
Journal of System Assurance and
Engineering Management. DOI
1007/s13198–012–0088–7.
Dev N, et al. Economic and thermal
analysis of thermal system. Research
Journal of Recent
Sciences.2012.1(4):57–59p.
Dev N., Samsher, S.S.Kachhwaha.
System modeling and analysis of a
combined cycle power plant.
International Journal of System
Assurance and Engineering
Management, (2013) 4(4):353–64p
Dev N., Samsher, S.S.Kachhwaha,
Attri R. GTA–based framework for
evaluating the role of design
parameters in cogeneration cycle
power plant efficiency. Ain Shams
Engineering Journal. 2013; 4: 273–
p.
Dev N., Samsher, S.S.Kachhwaha,
Attri R. Exergy analysis and
simulation of a 30MW cogeneration
cycle. Frontiers of Mechanical
Engineering. 2013.8(2):169–80p.
Attri R., Dev N., Vivek Sharma. Graph
theoretic approach (GTA) – A Multi
Attribute Decision Making (MADM)
Technique. Research Journal of
Recent Sciences. 2013.2(1):50–53p.
Dev N., Attri R., Vivek Sharma, Amit
Rana. Development of Graph theoretic
model for economic analysis of
combined heat and power system.
International Journal of Management
and Behavioral Sciences.
,04:166–74p.
Dev N., Attri R., Vivek Sharma.,
Krishan Kumar. Economic analysis of
a cogeneration cycle power plant.
International Journal of Management
and Behavioral Sciences. 2013.4:184–
p.
Dev N., Attri R. System modeling and
analysis of gas turbine power plant
using Graph Theoretic Approach.
International Journal of Energy,
Environment and Economics.
21(1):21–33p.
Dev N., Samsher, S.S. Kachhwaha,
Attri R. Effect of Inlet Air
Temperature on the Performance of
Combined Heat and Power System.
International Journal of Energy,
Environment and
Economics.2014.22(1):23–54p.
Dev N., Samsher, Kachhwaha, Attri R.
Development of Reliability Index for
Combined Cycle Power Plant using
graph theoretic approach. Ain Shams
Engineering Journal.2014. 5:193–
p.
Dev N., Samsher, Kachhwaha, Attri R.
Development of Reliability Index for
Cogeneration Cycle Power Plant Using
Graph Theoretic approach.
International Journal of Systems
Assurance Engineering and
Management. DOI 10.1007/s13198–
–0235–4.
Dev N., Samsher, Kachhwaha, Attri R.
GTA Modelling of combined cycle
power plant efficiency analysis. Ain
Shams Engineering Journal. 2015, 6:
–37p.
Arnav S., Dev N., Attri R.
Identification of factors for site
selection of thermal power plant.
International Journal of Advance
Research in Science and Engineering.
3(1):483–90p.
Arnav S., Dev N., Attri R., Nitin
Panwar. Site selection for a thermal
power plant using graph theory and
matrix method. International journal
for scientific research and
development. 2015.3(3):1796–1800p.
Dev N., Attri R., Samsher. System
modeling and analysis of a
cogeneration cycle power plant using
graph theoretic approach. International
Journal of Recent advances in
Mechanical Engineering (IJMECH).
4(2):105–119p.
Dev N., Attri R. Analysis of Combined
Heat and Power System with Lower
Optimum Cycle Pressure Ratio.
International Journal of Energy,
Environment and Economics.
21(5–6):1–17p.
Attri R., Dev N. Performance analysis
of combined cycle power plant.
Frontiers in Energy. 9(4):371–86p,
DOI10.1007/s11708–015–0371–9.
Dev N., Attri R. Comparative study of
different combined cycle power plant
schemes. International Journal of
Recent advances in Mechanical
Engineering (IJMECH).2015. 4(4):67–
p.
Dev N., Attri R., Sandeep Malik.
Investigation of Effect of Process
Parameters on Roller Burnishing (RB)
Process Using Design of Experiments.
Journal of Machining and Forming
Technologies, 2015,7 (1–2).
Dev N. Analysis of Single Pressure
Combined Cycle Power Plant With
Change in Gas Turbine Operating
Parameters. Journal of Professional
Studies. 2010, 3(2):12–16p.
Dev N., Samsher, Kachhwaha.
Modeling and Analysis of Dual
Pressure Non–reheat Combined–Cycle
with Change in Drum Pressures.
Proceeding of international conference
on advances in mechanical engineering
held at SVNIT Surat, 04–06 January,
, 114–118p.
Dev N. Analysis of Single Pressure
Combined Cycle Power Plant With
Change in Gas Turbine Operating
Parameters. Proceeding of national
conference on emerging trends in
power systems and energy
management held at Lingaya’s
University, Faridabad, 22–23 February
6–9p.
Dev N. Energy Sector in Indian
Scenario – a Study. Proceeding of
national conference on emerging
trends in power systems and energy
management held at Lingaya’s
University, Faridabad, 22–23 February
10–12p.