Improving the Right-to-Win Ability for High Performance Flow Control and
Treatment Products
The right-to-win for high performance flow control and treatment products can be
enhanced by leveling the playing field and changing the scoring method.
Right-to-win is the ability to engage in any competitive market with a
better-than-even chance of success.
Four strategies have been used to improve the right-to-win ability. They are
position, execution, adaptation and concentration.
In flow control and treatment there are two types of products and services: high
performance and general performance. The right-to-win strategies for them differ
significantly.
The challenge of large U.S. and European based suppliers of high performance
flow control and treatment products is to not only improve the right-to-win
ability in the existing market, but to be pro-active in changing the rules of
the game to level the playing field and even the scoring method in developing
countries. Most of these large companies have not achieved the sales and profits
in the fast growing developing market. McIlvaine, therefore, proposes that
“creation” be considered a fifth right-to-win strategy. The importance of each
strategy has been ranked from very important to irrelevant.
Right-to-Win Strategies for High
Performance
and General Performance Products
(5 is very important and 1 is
irrelevant) |
||
Right-to-Win Strategy |
High Performance |
General Performance |
Position |
3 |
5 |
Execution |
3 |
5 |
Adaptation |
5 |
3 |
Concentration |
3 |
4 |
Creation
|
5 |
2 |
The creation strategy changes the playing field by making it easier for
purchasers to buy the best rather than the lowest cost product. This entails
finding an easier way to determine the lowest total cost of ownership (LTCO).
Arcelor Mittal is doing this by global sourcing and then providing LTCO analyses
for its 200 plants around the world. McIlvaine is accomplishing this in certain
industries with free Decision Guides for end users.
Changing the scoring method is another game changer. Most flow control and
treatment products contribute to increased life quality today at some penalty to
future generations (e.g. greenhouse gases or resource depletion). The
perspective is quite different for a wealthy individual who wants to set up
annuities for his grandchildren and the starving parent who cannot even ensure
the survival of his children. McIlvaine has created a metric to help developing
countries make the best choice for their citizens.
For more information on right-to-win strategies in flow control and treatment
contact Bob McIlvaine 847-784-0012 ext. 112
rmcilvaine@mcilvainecompany.com.
For more information on the markets see N064
Air/Gas/Water/Fluid Treatment and Control: World Market.
Here are some Headlines from the Utility E-Alert – August 5, 2016
UTILITY E-ALERT
#1284 – August 5, 2016
COAL – US
and Equipment
COAL – WORLD
The
41F
Utility E-Alert
is issued weekly and covers the coal-fired projects, regulations and other
information important to the suppliers. It is $950/yr. but is included in the
$3020
42EI
Utility Tracking System
which has data on every plant and project plus networking directories and
many other features.
Coal-Fired Power Plants Must Make Many Tough Decisions
Old coal-fired power plants in Europe and the U.S. must invest in technology to
meet new emission standards, but must do so with a modest investment. New
coal-fired power plants being built in Asia and certain other countries are
tasked with obtaining high conversion efficiencies which are achieved with
operation at high temperatures and pressures. The result is that coal-fired
power plants, whether they are new or old, have difficult decisions to make. 44I
Power Plant Air Quality Decisions (PPAQD) which includes information on all
coal-fired power plant products and services provides power plants and their
suppliers with Decision Guides to include the latest developments presented in a
format so that the benefits of each option are compared.
PPAQD provides a powerful new tool both for the plant operators and suppliers.
For example, in the last three weeks there has been a specific analysis of NOx
control options for a utility which is facing a $700 million investment to
comply with regional haze rules. The major options are to install SCR or to
initiate a series of projects which in combination will achieve the needed NOx
reduction. The combination options include:
A. In Furnace
·
Catalytic burners
·
Combustion optimization systems
·
Reburn
·
SNCR
B. Back End
·
Catalytic filters
·
Ozone injection
·
Hydrogen peroxide
·
Catalytic baskets in the air preheater
·
In-duct SCR
These options have been reviewed in webinars with a large number of utility
people in attendance to hear presentations by GE, Siemens, Emerson, Fuel Tech,
FLS, AECOM and others.
For more information on 44I Power Plant Air Quality Decisions (Power Plant
Decisions Orchard), click on:http://home.mcilvainecompany.com/index.php/other/2-uncategorised/86-44i
7,000 Utility Coal-fired Power Plants are Continuing to Upgrade and Replace
Controls and Equipment
The market to upgrade and replace components in the existing 7,000 coal-fired
power plants is larger than the new equipment market for wind, solar, or gas
turbines. The upgrades and replacements are tracked in the
Utility Tracking System published by
the McIlvaine Company.
Many of the power plants in the U.S. are more than 40 years old but are expected
to operate another 20 years. Optimization systems can improve efficiency, reduce
greenhouse gases and save fuel. The payback is often measured in months and not
years or decades. So, even if the expected remaining life is 10 years or less,
investment is warranted.
In many instances, the remaining life is determined by the upgrade investment
costs. McIlvaine has been conducting three webinars for a large utility to
determine whether optimization systems can reduce NOx sufficiently to
meet new regional haze requirements. The alternative is expensive selective
catalytic reduction (SCR) systems. Siemens, GE and Emerson have made
presentations showing how substantial NOx reductions can be
maintained by combining predictive models, advanced instrumentation and results
based tuning.
The Utility Tracking System also tracks upgrades of utility water systems. Power
plants in the U.S. must make adjustments to limit harm to aquatic life at water
intakes. These same power plants must also now meet new wastewater emission
standards. Many power plants around the world are opting for zero liquid
discharge (ZLD) systems. This requires major investments in evaporators,
crystallizers, membrane separators and mechanical vapor recompression.
The drought in India and water shortages in many countries are resulting in the
use of treated municipal wastewater. Most power plants are within 70 miles of a
municipal wastewater plant. The treatment costs to make this water usable by the
utility are modest. So, if water is valued, the investment can be justified.
The average power plant is only 40 percent efficient. The steam plume visible
from the stack and cooling tower are testimony to the large quantity of wasted
heat. Sorbent injection and air preheater extension investment can be justified
with payback within a year or two.
Air pollution regulations are not static. There is a new round of regulations at
least once a decade. New pollutants such as mercury now have to be reduced as
well as the traditional acid gases and particulate. The Utility Tracking System
tracks all the upgrades in a database with details on each plant. A weekly 10 to
20-page alert covers new developments. For more information, click on
42EI Utility
Tracking System.
Bob McIlvaine
President
847-784-0012 ext. 112
rmcilvaine@mcilvainecompany.com
www.mcilvainecompany.com