|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object java.lang.management.MemoryUsage
public class MemoryUsage
A MemoryUsage object represents a snapshot of memory usage. Instances of the MemoryUsage class are usually constructed by methods that are used to obtain memory usage information about individual memory pool of the Java virtual machine or the heap or non-heap memory of the Java virtual machine as a whole.
A MemoryUsage object contains four values:
| init | represents the initial amount of memory (in bytes) that the Java virtual machine requests from the operating system for memory management during startup. The Java virtual machine may request additional memory from the operating system and may also release memory to the system over time. The value of init may be undefined. |
| used | represents the amount of memory currently used (in bytes). |
| committed | represents the amount of memory (in bytes) that is guaranteed to be available for use by the Java virtual machine. The amount of committed memory may change over time (increase or decrease). The Java virtual machine may release memory to the system and committed could be less than init. committed will always be greater than or equal to used. |
| max | represents the maximum amount of memory (in bytes) that can be used for memory management. Its value may be undefined. The maximum amount of memory may change over time if defined. The amount of used and committed memory will always be less than or equal to max if max is defined. A memory allocation may fail if it attempts to increase the used memory such that used > committed even if used <= max would still be true (for example, when the system is low on virtual memory). |
+----------------------------------------------+ +//////////////// | + +//////////////// | + +----------------------------------------------+ |--------| init |---------------| used |---------------------------| committed |----------------------------------------------| max
CompositeData
with attributes as specified in the from
method.
| Constructor Summary | |
|---|---|
MemoryUsage(long init,
long used,
long committed,
long max)
Constructs a MemoryUsage object. |
| Method Summary | |
|---|---|
static MemoryUsage |
from(CompositeData cd)
Returns a MemoryUsage object represented by the given CompositeData. |
long |
getCommitted()
Returns the amount of memory in bytes that is committed for the Java virtual machine to use. |
long |
getInit()
Returns the amount of memory in bytes that the Java virtual machine initially requests from the operating system for memory management. |
long |
getMax()
Returns the maximum amount of memory in bytes that can be used for memory management. |
long |
getUsed()
Returns the amount of used memory in bytes. |
String |
toString()
Returns a descriptive representation of this memory usage. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Constructor Detail |
|---|
public MemoryUsage(long init, long used, long committed, long max)
init
- the initial amount of memory in bytes that
the Java virtual machine allocates;
or -1 if undefined.used
- the amount of used memory in bytes.committed
- the amount of committed memory in bytes.max
- the maximum amount of memory in bytes that
can be used; or -1 if undefined.
IllegalArgumentException
- if
| Method Detail |
|---|
public long getInit()
public long getUsed()
public long getCommitted()
public long getMax()
This amount of memory is not guaranteed to be available for memory management if it is greater than the amount of committed memory. The Java virtual machine may fail to allocate memory even if the amount of used memory does not exceed this maximum size.
public String toString()
toString
in class Object
public static MemoryUsage from(CompositeData cd)
Attribute Name Type init java.lang.Long used java.lang.Long committed java.lang.Long max java.lang.Long
cd
- CompositeData representing a MemoryUsage
IllegalArgumentException
- if cd does not
represent a MemoryUsage with the attributes described
above.
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


Link your existing products on your Big Cartel store with your Art of Where products and keep the orders flowing.


Welcome to,
MediCare
A perfect medical information storing site for you.
{% if user.is_authenticated %} {% else %} {% endif %}Know Our Fantastic Features
24/7 Support
You will get 24/7 support from us.
Store Prescription
You can easily store your new and old prescriptions in our site.Which will great helpful for you.
Add Blood Donner
You Can Make A List of Your Blood Donner's.And Also You Can Store Related Information About Them.
Know Your Doctor
Know Your doctor before taking any prescription from him/her.You can verify your doctor through our website by giving his/her bmdc registration number.
Know Your Medicine
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book
Customize
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book


| DOSE: |
2 tablets |
oral |
MDMA |
(pill / tablet) |
I've been using E since the summer of my freshman year, I have rolled about 26 times up to this point. I'm now 18 years old and close to graduating and attending a local college. I bought a pill tester off of the and verified that these pills contained some form of MDXX, the purity however couldn't be determined. There were 8 of us, 1 would be drinking, I would take 2 rolls and some Xanax after the comedown, the rest would be on E with a combination of weed, x10 extract of salvia, and 2 grams of mushrooms.
This wasn't the most profound roll of my life, but it was a very good vibe and we all felt comfortable at my house which is in a rural location with lots of trees and open fields to roam about in. I find a natural setting is the best place to be when rolling, the sense of being part of humanity is so much greater than being at a rave. As the onset came, I felt the usual tingling sensation on my skin, which gradually led to a warm and comforting euphoria and openness I can't normally achieve sober. All my fears and anxieties were stripped away, I felt connected with everything around me, and found a serenity and peace I've come to know with each roll.
My friends were tripping pretty hard, they compared it to 2c-e only with a greater euphoria. One was communicating with what he thought were spirits in my backyard. He was so sure of himself that they were real and explained their significance and that they weren't any sort of hallucination. He handled his trip really well, and told me he could see a halo around the area we were sitting. Another one of my friends felt my parrot was talking to him every time he had his back turned, it wasn't a verbal communication of any kind but by this time I was concentrating on the person drinking next to me.
I went out with this girl for nearly 3 years, it took me a whole year of emotional and physical energy to get over our breakup. The E brought back feelings that were dormant, feelings that I preferred remain buried and gone.  I had my head next to hers, and every time I breathed in, it filled me with energy, euphoria ,and a familiar calm and conviction that everything was okay. When she left at 7 in the morning, I was overcome with a strong hangover and slight depression, my after glow was destroyed.
I'm back to normal, confused about my feelings, because sometimes E can be a little deceptive and hard to figure out. Were those feelings genuine, or was it a byproduct of my 'loved up' state? I still have to figure that out and while E helps to sort out alot of my problems in an unclouded mindset, this time it brought on a few complications.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


U.S. border guard seizes 70 kilograms of bologna
by The Associated Press, StaffEL PASO, Texas -- No baloney: U.S. border agents seized approximately 70 kilograms of bologna from a driver entering the country from Mexico.
The U.S. Customs and Border Protection says in a news release that the driver told agents Thursday at the El Paso crossing that he had rolls of frozen turkey ham in his pickup truck. Upon further inspection, though, the agents determined that it was Mexican bologna, which is made of pork.
The agency says the driver was released but the bologna was seized and destroyed. It says bologna can't be carried across the border because it could introduce foreign animal diseases to the domestic pork industry.


{% extends "section_about.html" %} {% block title %}Software Collections for Users{% endblock %} {% block content %}
To enable support for Software Collections on your system so that you can enable and build Software Collections, you need to have installed the packages scl-utils and scl-utils-build.
If the packages scl-utils and scl-utils-build are not already installed on your system, you can install them by typing the following at a shell prompt as root:
yum install scl-utils
The scl-utils package provides the scl tool that lets you enable Software Collections on your system.
The scl tool is used to enable a Software Collection and to run applications in the Software Collection environment.
General usage of the scl tool can be described using the following syntax:
scl action software_collection_1 software_collection_2 command
For example, to directly run Perl with the –version option in the Software Collection named softwarecollection1, execute the following command:
scl enable software_collection_1 'perl --version'
Alternatively, you can create a wrapper script that shortens the commands for running applications in the Software Collection environment.
{% endblock %}


odgi stats¶
SYNOPSIS¶
odgi stats [-i, –idx=FILE] [OPTION]…
DESCRIPTION¶
The odgi stats(1) command produces statistics of a variation graph. Among other metrics, it can calculate the #nodes, #edges, #paths and the total nucleotide length of the graph. Various histogram summary options complement the tool. If [-B, –bed-multicov=BED] is set, the metrics will be produced for the intervals specified in the BED.
OPTIONS¶
Graph Files IO¶
-i, –idx=FILE
File containing the succinct variation graph to create statistics
from. The file name usually ends with .og.
Summary Options¶
-S, –summarize
Summarize the graph properties and dimensions. Print to stdout the
#nucleotides, #nodes, #edges and #paths of the graph.
-W, –weak-connected-components
Shows the properties of the weakly connected components.
-L, –self-loops
Number of nodes with a self-loop.
-N, –nondeterministic-edges
Show nondeterministic edges (those that extend to the same next base).
-b, –base-content
Describe the base content of the graph. Print to stdout the #A, #C, #G
and #T of the graph.
Sorting goodness evaluation¶
-l, –mean-links-length
Calculate the mean links length. This metric is path-guided and
computable in 1D and 2D.
-g, –no-gap-links
Don’t penalize gap links in the mean links length. A gap link is a
link which connects two nodes that are consecutive in the linear
pangenomic order. This option is specifiable only to compute the mean
links length in 1D.
-s, –sum-path-nodes-distances
Calculate the sum of path nodes distances. This metric is path-guided
and computable in 1D and 2D. For each path, it iterates from node to
node, summing their distances, and normalizing by the path length. In
1D, if a link goes back in the linearized viewpoint of the graph, this
is penalized (adding 3 times its length in the sum).
-d, –penalize-different-orientation
If a link connects two nodes which have different orientations, this
is penalized (adding 2 times its length in the sum).
-c, –coords-in
File containing the layout coordinates of the succinct variation graph
specified as input. The file name usually ends with .lay. When the
layout coordinates are provided, the mean links length and the sum
path nodes distances statistics are evaluated in 2D, else in 1D.
-P, –path-statistics
Display the statistics (mean links length or sum path nodes distances)
for each path.
Threading¶
-t, –threads=N
Number of threads to use.
Program Information¶
-h, –help
Print a help message for odgi stats.
EXIT STATUS¶
0
Success.
1
Failure (syntax or usage error; parameter error; file processing
failure; unexpected error).
BUGS¶
Refer to the odgi issue tracker at https://github.com/pangenome/odgi/issues.


{% if data.validlink %}
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Startups
Currently this page is under construction. Please email us at<EMAIL_ADDRESS>for resources we should add to this page
Currently this page is under construction. Please email us at<EMAIL_ADDRESS>for resources we should add to this page


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{% extends "base.html" %} {% load staticfiles %} {% block title %}Select Odin Username{% endblock %} {% block head_js %} {% endblock %} {% block body_content %} {% include 'fragments/user_info.html' %}
Select your Odin username here. You will use your username to log into PSU's electronic systems. Your username will remain the same for the duration of your stay at PSU.


Reports non-constant string concatenations used as arguments to SLF4J and Log4j 2 logging methods.
Non-constant concatenations will be evaluated at runtime even when the logging message is not logged; this can negatively impact performance.
It is recommended to use a parameterized log message instead, which will not be evaluated when logging is disabled.
Use the combobox below to ignore certain higher logging levels.


EUR/USD: Weak German IFO data may bolster bearish pressures
by Omkar Godbole- EUR/USD established a bearish lower high near 1.11 last week.
- A drop to 1.10 looks likely courtest of trade tensions.
- The psychological support will likely be breached if the German IFO - Expectations (Nov) prints below estimates.
EUR/USD is looking south and will likely drop below 1.10 on Monday if the German IFO data misses expectations.
Notably, the common currency fell from 1.1058 to 1.1014 on Friday, confirming a lower high at 1.1097, courtesy of the mixed German PMIs and the dismal Eurozone PMIs. European Central Bank's President Christine Lagarde said the global economic uncertainty is high and called for fiscal boost, as expected.
The newly established lower highs setup has opened the doors for a retest of 1.10. The case for a drop to the psychological support looks stronger if we take into account the fading US-China trade optimism. Reports hit the wires during the Asian session that the phase two of the US-China trade deal is less likely to happen anytime soon, given the two sides are struggling to ratify the phase one of the trade deal. Note that the German economy has paid a heavy price for the year-long trade tensions.
Further, the dollar side of the story is looking strong, courtesy of Friday's better-than-expected U.S. Markit PMIs and an upward revision to the University of Michigan consumer sentiment.
All-in-all, there is little reason for the EUR traders to put a bid under the single currency on Monday and the support at 1.10 will likely be breached if the German IFOs, scheduled for release at 09:00 GMT, print below estimates, underlining the need for more stimulus.
That German economy is facing recession risk is generally accepted by now. Therefore, the forward-looking IFO - Expectations (Nov) index will take precedence over the Business Climate and the Current Assessment number. The Expectation index is seen printing at 92.5 versus 91.5 in October. An above-forecast reading could put a floor under the EUR.
Technical levels
EUR/USD
| Overview | |
|---|---|
| Today last price | 1.102 |
| Today Daily Change | -0.0003 |
| Today Daily Change % | -0.03 |
| Today daily open | 1.1023 |
| Trends | |
|---|---|
| Daily SMA20 | 1.1073 |
| Daily SMA50 | 1.1043 |
| Daily SMA100 | 1.1087 |
| Daily SMA200 | 1.1174 |
| Levels | |
|---|---|
| Previous Daily High | 1.1088 |
| Previous Daily Low | 1.1014 |
| Previous Weekly High | 1.1098 |
| Previous Weekly Low | 1.1014 |
| Previous Monthly High | 1.118 |
| Previous Monthly Low | 1.0879 |
| Daily Fibonacci 38.2% | 1.1043 |
| Daily Fibonacci 61.8% | 1.106 |
| Daily Pivot Point S1 | 1.0995 |
| Daily Pivot Point S2 | 1.0968 |
| Daily Pivot Point S3 | 1.0921 |
| Daily Pivot Point R1 | 1.1069 |
| Daily Pivot Point R2 | 1.1116 |
| Daily Pivot Point R3 | 1.1143 |


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Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Thermal Energy International Inc.
Legal Name:
Thermal Energy International Inc.
Operating Name:
Thermal Energy International
Mailing Address:
36 Bentley Ave2nd Floor
NEPEAN, Ontario
K2E 6T8
Location Address:
36 Bentley Ave2nd Floor
NEPEAN, Ontario
K2E 6T8
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Logo
Company Profile
Leading-edge Canadian engineering and technology supplier of
unique environmental compliance and energy conservation
solutions. Publicly traded company on the TSX Venture
Exchange under the symbol (TMG) 18-year track record of many
successful installations of FLU-ACE® waste heat/energy recovery and air pollution control projects with economic paybacks and
attractive ROIs. Cost-effective multi-pollutant reduction
capability for NOx, SOx, PM2.5, TRS and VOC. APC removal
efficiencies from 80% up to 99%. Proven greenhouse gas reduction
capability of 25% to 50% as CO2. All implemented projects
achieved or surpassed the anticipated energy savings ($) and air
pollution reduction requirements. Member of the Ontario
Association of Professional Engineers.
Thermal Energy International Inc. ("Thermal") is an engineering
firm dedicated to innovative engineering of waste heat recovery/energy reduction and air pollution control solutions. Thermal developed its own FLU-ACE®
technology: a combination of heat
recovery and air pollution control systems which significantly reduce emissions of
"Greenhouse Gases", "Acid Gases", Nitrogen Oxides, VOCs,
heavy metals, and particulate matter while simultaneously
recovering 80% to 90% of the heat normally wasted in hot flue
gases. FLU-ACE® systems are beneficially applied to exhausts
from various boilers, industrial dryers, kilns, furnaces,
cogeneration units, incinerators, etc., and are custom designed
for full integration into process water and air heating, as well
as into space heating systems.
Low NOx Process and Low NOx FLU-ACE® for up to 90% NOx (as both
NO and NO2) removal from flue gases of fossil fuel combustion
sources, i.e. coal, oil, wood waste, and natural gas fired
boilers, e.g. in power plants, is the newest addition to
Thermal's products. This cost efficient Low NOx Process
technology and the Low NOx FLU-ACE® System is protected by
patents in 42 countries.
In implementing energy conservation and air pollution control
turnkey (design build) projects Thermal works in strategic
alliances with global companies such as Johnson Controls L.P. (NYSE:JCI). The
Johnson/Thermal team jointly provides the FLU-ACE solutions with performance guarantees and other economic support.
Thermal Energy International Inc., was founded in 1985 and incorporated in 1991, its
shares being publicly traded at theTSX Venture Exchange
under the symbol TMG.
The corporation is a specialized engineering firm dedicated to
innovative engineering, marketing, construction, installation,
and servicing of air pollution control and heat recovery systems
for numerous applications. The corporation developed its own
FLU-ACE® technology: a combination of heat recovery and air
pollution control systems which recover 80% to 90% of the heat
normally wasted in hot flue gases and simultaneously reduce the
emission of "Greenhouse Gases", "Acid Gases", Nitrogen Oxides,
VOCs, heavy metals, and particulate matter, hence, eliminating
the need for large boiler plant stacks or chimneys. The systems,
sold under the brand name FLU-ACE®, are made from stainless steel
and plastic, designed and produced in a variety
of configurations that are custom designed for full integration
into process water and/or air heating systems, space heating,
ventilating, and air conditioning (or H.V.A.C.) systems for
existing facilities.
FLU-ACE® technology is competitively priced to provide a
relatively short return on investment.FLU-ACE® systems are
beneficially applied to exhausts from all kinds of boilers,
kilns, industrial dryers, furnaces, cogeneration units, and
incinerators. Food processing plants, beverage producers, pulp
and paper plants, manufacturing plants, petrochemical plants,
hospitals, large school campuses, universities, mines, sewage
treatment plants, etc. greatly benefit from installing the
corporation's FLU-ACE® systems. A two-year simple payback period
(36% Return on Investment) for FLU-ACE® capital investment is
typically achieved in industrial applications; three to five-year
pay back in seasonal space heating applications. The life
expectancy of a FLU-ACE® system is at least thirty-five (35)
years.
The corporation built numerous turnkey FLU-ACE® systems in
Canada including combined FLU-ACE®/Turbine or Engine Power
Generator/Boiler systems and designed over 30 other systems for
District Heating Plants, Pulp and Paper Mills, Thermal Power
Plants, and Incineration Plants. All installations have achieved
tremendous success in saving the customers' energy (money), while
reducing their emissions of harmful pollutants. All of the
FLU-ACE®
installations in Ontario have been approved by the Ontario
Ministry of Environment and Energy.
Thermal Energy International Inc. has continuously invested into
research and development of new and into improvement of existing
technologies.
The newest additions to the corporation's family of products are
Low NOx Process and Low NOx FLU-ACE® System for up to 90% NOx
removal from flue gases of fossil fuel combustion sources, i.e.
coal, oil, wood waste, natural gas fired boilers, etc., e.g. in
power plants. These cost efficient technologies are protected by
patents in 42 countries, including U.S.A., Canada, Australia, New
Zealand, Brazil, China, Europe, and Eurasia.
Full profile
Full profile
Contact information
Company description
Product / Service / Licensing
pollution control on relatively clean flu gases (natural gas and
light oil)
Substantially smaller size than existing stack.
FLU-ACE® cleans harmful air pollutants and recovers waste heat
from flue gas exhausts as well as other exhausts. Reduces visible
plume and public perception of pollution FLU-ACE® is the only
heat recovery technology approved by the Ministry of Environment
(MOE) to replace conventional stack as primary exhaust Lower
retrofit capital cost due to MOE-approved "clean stack status"
-----------
Heat Recovery and Pollution Control Technology for natural gas
and fuel oil #2/#6-fired boiler plants or central heating plant
hot waste flue gases. Utilized for condensing heat recovery and
air pollution control. Approved for replacing existing chimney
smoke stacks by the Ontario Ministry of Environment and Energy.
Produces annual fuel energy savings of 15-25%. Achieves over 90%
removal of particulates, 95% removal VOCs and between 25% to 50%
removal of NOx and CO2.
application to flue gases emitted from municipal waste,
biomedical waste, and PCB oil waste incineration processes. It is
also applicable to coal fired applications.
90% of NOx as both NO and NO2. The LowNOx Process is a two-step
process, with the first step as the gas phase chemical
reaction of nitrogen monoxide (NO) into nitrogen dioxide (NO2)
through a compact gas reactor, and with the second step as the
FLU-ACE® tower for removing up to 98% of the nitrogen oxide
(NO2), which is absorbed and dissolved into the water as nitrates
that are non-hazardeous and can be recycled as a commercial
fertilizer. When a wet scrubber is already present it can be used
for NO2 removal, although conventional scruber technology is not
as efficient as the FLU-ACE for removing the NO2 in the second
step.
combined APC (PM) and HR from the exhaust gasses emitted by the
iron castings operation Cupola process.
The new Hybrid FLU-ACE® to recover 37 mmBtu/hr, and replace the
existing Venturi scrubber for particulate removal - thereby
eliminating over 1,000 HP of electrical power consumption
The recovered heat will be used to supply continuous glycol
heating to the fresh air make-up HVAC systems of the Truck Engine
Plant.
This FLU-ACE® installation will reduce the client's fossil fuel
purchases in excess of $1 million annually. The reduced fuel
consumption will also eliminate the discharge of more than:
35 metric tons of Nitrogen Oxides (NOX) and more than 15,000
metric tons of Carbon Dioxide (CO2) each year
--------
Diversified wide spread application for more polluted waste gas
streams emitted from industrial processes (ie. product dryers or
waste fuel burning), cogeneration (ie. engine or turbine) coal
fired process, wood or biomass burning process, desulfurisation,
VOC from automobile manufacturing painting process exhausts or
black liquor recovery boilers in pulp mill, removal or recovery
of organic vapors in chemical industry, smelter exhausts, etc.
the paper industry and the heat and water is recycled as hot
water back into the paper machine forming section and white water
process.
the i engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Johnson/Thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
reduction of fuel consumption, while at the same time achieving
cost-effective multi-pollutant air pollution control with ROIs
from 20% to 50%. Solutions engineering and project development
EPC services
The heat from flue gas is transferred to the primary water which then is at temperatures up to 63°C/145°F (and with special design, up to 82°C/180°F) and circulated to the various heat users. It reduces air pollutant emissions by up to 99% and, at the same time, it recovers 80-90% of the heat in the flue gas presently exhausted into the atmosphere. This results in reduction of fuel consumption of the facility by 15-25% depending on the fuel. The system actually pays for itself within five years depending on energy prices, hours of operation and design complexity.
The FLU-ACE ®/COGEN/Boiler System is designed to utilize all the recovered waste heat which results in generating electricity at prices from $0.02/kWh to $0.03/kWh.
Acid gases (i.e. sulfur oxides) by over 95% Particulate (i.e. dust, soot, ash, etc.) by up to 99% (down to 0.3 microns in size) Halogenides (i.e. HCl, HF, HBr) by up to 99% Trace hydrocarbons (THC), organic toxins by 99% VOCs by up to 99% Noxious odours by up to 99% Greenhouse gases (i.e. carbon dioxide) by up to 50% Nitrogen dioxide (NO2) by 95%, nitrogen monoxide (NO) by 25% to 50% Visible plume by 70-90%.
This exceeds all existing and meets even the strictest emission limits for incineration facilities and sets the standard for the future. At the same time it recovers 80-90% of the heat in the flue gas presently exhausted into the atmosphere. This results in reduction of energy consumption of gas and oil fuelled burners by 15-25% and in having more heat available for sale.
In effect, the capabilities of a Electro-static Precipitator, Scrubber, Waste Heat Recovery Unit and Smoke Stack are replaced with one FLU-ACE ® tower thus achieving significant savings in capital costs and operating and maintenance costs. The energy savings from waste heat recovery enables the FLU-ACE ® System to pay for the control of the dirtiest flue gases.
The result was a high performance system which virtually eliminates air pollutant emissions from biomedical waste incinerators, while at the same time, paying for itself through energy recovery savings. The HP FLU-ACE ® will capture and remove particulate (90-99%), SOx (over 95%), HCl, HF, and HBr (up to 99%), VOCs, and Patts (up to 99%). HP FLU-ACE ® will effectively control emissions from "dirty" flue including municipal waste, biomedical waste, biomass, coal, hog fuel, and wood waste. Similarly Hybrid FLU-ACE ® will effectively control emissions from bark, biomass, etc. combustion.
It recovers 3 to 4 times more heat than conventional indirect economizer systems. It also provides large quantities of water for recycling. Simple payback on capital investment is usually between three (3) and six (6) years, depending on the size, flue, operation time and design complexity, utilization of the recovered waste heat.
Operational cost and maintenance of the System is lower than the best Selective Catalytic Reduction (SCR), Selective Non-Catalytic Reduction (SNCR) and Non-Selective Catalytic Reduction (NSCR) technologies. Low NOx FLU-ACE ® System is 30-50% less expensive per ton of NOx removed than SCR or SNCR.
In combination with the Standard, HP, Hybrid, or any other FLU-ACE ® System the Low NOx FLU-ACE ® System will achieve 80-90% waste heat recovery.
Each FLU-ACE ® System is custom designed using proven technology to be integrated with the existing flue gas source. No changes to the boilers (or other combustion equipment) or to the fuel are necessary. Standard FLU-ACE ® System dramatically reduces air pollutant emissions by up to 99% specifically:
Acid gases (i.e. sulfur oxides) by over 95% Particulate (i.e. dust, soot, ash, etc.) by up to 99% Trace hydrocarbons (THC), organic toxins by 99% VOCs by up to 99% Noxious odours by up to 99% Greenhouse gases (i.e. carbon dioxide) by up to 50% Nitrogen dioxide (NO2) by 95%, nitrogen monoxide (NO) by 25% to 50% Visible plume by 70-90%.
ThIs exceeds all existing and meets even the strictest emission limits and sets the standard for the future. At the same time and simultaneously it recovers over 80% and up to 90% of the heat in the flue gas presently exhausted into the atmosphere. This results in reduction of energy consumption on gas and oil fuelled burners by 15-25%. It recovers 3 to 4 times more heat than conventional indirect stact economizer systems. It also provides large quantities of water for recycling. Typical simple payback on capital investment for installation of Standard FLU-ACE ® System is from two (2) to three (3) years in continuous year round operations (i.e. industrial) and three (3) to five (5) years for institutional (i.e. university, hospital, etc.) application, depending on the type of flue gas, the size and design complexity.
the i engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Johnson/Thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
the i engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Johnson/Thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Honeywell/thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
the i engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Johnson/Thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Honeywell/thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Honeywell/thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Honeywell/thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Honeywell/thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Honeywell/thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
the i engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Johnson/Thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
the i engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Johnson/Thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and Honeywell/
thermal project and construction management, general contracting,
capital infrastructure performance guarantees, and sole source
accountability in achieving environmental compliance, self
funding energy retrofits, and infrastructure upgrades.
1) Energy Savings + APC (Combined ES + APC) FLU-ACE® technology
for recovery of waste energy for substantial reduction of fuel
consumption, while at the same time achieving cost-effective
multi-pollutant air pollution control with ROIs from 20% to 50%.
Solutions engineering and project development EPC services
2) Environmental Compliance (More Cost Effective APC)
THERMALONOx & OPTINOx for Nitrogen Oxides (NOx) removal Several
other Hybrid (Multi-pollutant removal) air pollution
control (APC) technologies for combined elimination of Sulfur
Oxides (SOx), Volatile Organic Compounds (VOCs), particulates (>
PM0.3), and Toxics including heavy metals Ð Mercury (Hg), Arsenic
(As), Lead (Pb), etc. Solutions engineering and project
development EPC services
2815-Diesel Engines and Components
2825-Steam Turbines and Components
2930-Engine Cooling System Components, Nonaircraft
4120-Air Conditioning Equipment
4130-Refrigeration and Air Conditioning Components
4140-Fans, Air Circulators, and Blower Equipment
4320-Power and Hand Pumps
4410-Industrial Boilers
4420-Heat Exchangers and Steam Condensers
4430-Industrial Furnaces, Kilns, Lehrs, and Ovens
4460-Air Purification Equipment
4510-Plumbing Fixtures and Accessories
4520-Space Heating Equipment and Domestic Water Heaters
4530-Fuel Burning Equipment Units
4540-Plumbing, Heating, and Sanitation Equipment, Miscellaneous
4710-Pipes and Tubes, Rigid
5445-Prefabricated Tower Structures
5630-Pipe and Conduit, Nonmetallic
6110-Electrical Control Equipment
6115-Generators and Generators Sets, Electrical
6636-Environmental Chambers and Related Equipment
6685-Pressure, Temperature, and Humidity Measuring and Controlling Instruments
6695-Combination and Miscellaneous Instruments
7650-Drawings and Specifications
AH00-Environmental Protection
B206-Energy Studies
E000-Environmental Services
E101-Air quality Support Services
Technology profile
FLU-ACE® cleans harmful air pollutants
Reduced visible plume and public perception of pollution
FLU-ACE® is the only heat recovery technology approved by the
Ministry of Environment (MOE) to replace conventional stack as
primary exhaust
Lower retrofit capital cost due to MOE-approved (clean stack
status)
The FLU-ACE® technology is an effective and highly efficient air
pollution control and simultaneous waste heat recovery
technology.
Using a direct contact gas-to-liquid mass transfer and heat
exchange concept, this system is designed to process flue gas
from combustion of fossil fuels, waste derived fuels, waste,
biomass, etc.
The FLU-ACE® technology achieves air pollutant emission
reductions by up to:
- 90% for Chemical Smog (NOx)
- 99% for Acid Rain (SOx)
- 99.9% for Hydrogen Halides (HCl, HF, HBr)
- 99% for Volatile Organic Compounds (VOC)
- 99.9% for Carcinogenic Compounds (Dioxins and Furans)
- 99% for Smog (THC)
- 99.9% for Particulate Matter (soot, ash, dust to 0.3 microns)
- 50% for Greenhouse Gases (CO2)
- 99.9% for Heavy Metals (Hg, As, Pb, etc.).
In addition, the technology recovers 80% to 90% of the waste heat
commonly wasted in the exhaust gas. The recovered heat is then
recycled into the process. This generates energy savings which
translates into fuel/money savings. This effective air pollution
control technology provides environmental compliance and energy
conservation with economic payback.
Market profile
Alliances:
- Sales/Marketing
Industry sector market interests:
- Construction
- Environment
- Manufacturing
Geographic markets:
Export experience:
- Czech Republic
- United States
Actively pursuing:
- Poland
- United Kingdom
Sector information
Key / Major clients:
Pulp & Paper Mills Food Processing Plants Cupollasin Automotive Industry Boiler Plants
(Industrial/Commercial/Institutions) Industrial
Drying Processes Processes generating stream of
hot polluted gas
Industrial paint and coatings
International capital projects:
Corporate Expertise:-----------------------
Waste heat recovery from and simultaneous air pollution
control of flue gases from various combustion sources and
from exhaust gases from various processes, e.g. industrial
dryers, cupolas, kilns, smelters, etc.
Pinch analysis and heat sinks assessment, energy use
optimization.
Corporate Language Capabilities:
-----------------------
Russian
Proj: Flue Gas Pollution Control and Heat Recovery in Combination with a Steam Turbine and District Heatin
Country: Czech Republic
Contribution:
Engineering and Feasibility Study for the $72 million project
for the SaKO Brno, Czech Republic Municipal Incineration
Plant had proven that over 60 GJ/h could be recovered out of
the available 74 GJ/h in the flue gas exhaust while complying
to the strict air pollution regulations. The simple payback
was estimated as 4.1 years.
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Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
pollution control on relatively clean flu gases (natural gas and
light oil)
Substantially smaller size than existing stack.
FLU-ACE® cleans harmful air pollutants and recovers waste heat
from flue gas exhausts as well as other exhausts. Reduces visible
plume and public perception of pollution FLU-ACE® is the only
heat recovery technology approved by the Ministry of Environment
(MOE) to replace conventional stack as primary exhaust Lower
retrofit capital cost due to MOE-approved "clean stack status"
-----------
Heat Recovery and Pollution Control Technology for natural gas
and fuel oil #2/#6-fired boiler plants or central heating plant
hot waste flue gases. Utilized for condensing heat recovery and
air pollution control. Approved for replacing existing chimney
smoke stacks by the Ontario Ministry of Environment and Energy.
Produces annual fuel energy savings of 15-25%. Achieves over 90%
removal of particulates, 95% removal VOCs and between 25% to 50%
removal of NOx and CO2.
application to flue gases emitted from municipal waste,
biomedical waste, and PCB oil waste incineration processes. It is
also applicable to coal fired applications.
90% of NOx as both NO and NO2. The LowNOx Process is a two-step
process, with the first step as the gas phase chemical
reaction of nitrogen monoxide (NO) into nitrogen dioxide (NO2)
through a compact gas reactor, and with the second step as the
FLU-ACE® tower for removing up to 98% of the nitrogen oxide
(NO2), which is absorbed and dissolved into the water as nitrates
that are non-hazardeous and can be recycled as a commercial
fertilizer. When a wet scrubber is already present it can be used
for NO2 removal, although conventional scruber technology is not
as efficient as the FLU-ACE for removing the NO2 in the second
step.
combined APC (PM) and HR from the exhaust gasses emitted by the
iron castings operation Cupola process.
The new Hybrid FLU-ACE® to recover 37 mmBtu/hr, and replace the
existing Venturi scrubber for particulate removal - thereby
eliminating over 1,000 HP of electrical power consumption
The recovered heat will be used to supply continuous glycol
heating to the fresh air make-up HVAC systems of the Truck Engine
Plant.
This FLU-ACE® installation will reduce the client's fossil fuel
purchases in excess of $1 million annually. The reduced fuel
consumption will also eliminate the discharge of more than:
35 metric tons of Nitrogen Oxides (NOX) and more than 15,000
metric tons of Carbon Dioxide (CO2) each year
--------
Diversified wide spread application for more polluted waste gas
streams emitted from industrial processes (ie. product dryers or
waste fuel burning), cogeneration (ie. engine or turbine) coal
fired process, wood or biomass burning process, desulfurisation,
VOC from automobile manufacturing painting process exhausts or
black liquor recovery boilers in pulp mill, removal or recovery
of organic vapors in chemical industry, smelter exhausts, etc.
the paper industry and the heat and water is recycled as hot
water back into the paper machine forming section and white water
process.
the i engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Johnson/Thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
reduction of fuel consumption, while at the same time achieving
cost-effective multi-pollutant air pollution control with ROIs
from 20% to 50%. Solutions engineering and project development
EPC services
The heat from flue gas is transferred to the primary water which then is at temperatures up to 63°C/145°F (and with special design, up to 82°C/180°F) and circulated to the various heat users. It reduces air pollutant emissions by up to 99% and, at the same time, it recovers 80-90% of the heat in the flue gas presently exhausted into the atmosphere. This results in reduction of fuel consumption of the facility by 15-25% depending on the fuel. The system actually pays for itself within five years depending on energy prices, hours of operation and design complexity.
The FLU-ACE ®/COGEN/Boiler System is designed to utilize all the recovered waste heat which results in generating electricity at prices from $0.02/kWh to $0.03/kWh.
Acid gases (i.e. sulfur oxides) by over 95% Particulate (i.e. dust, soot, ash, etc.) by up to 99% (down to 0.3 microns in size) Halogenides (i.e. HCl, HF, HBr) by up to 99% Trace hydrocarbons (THC), organic toxins by 99% VOCs by up to 99% Noxious odours by up to 99% Greenhouse gases (i.e. carbon dioxide) by up to 50% Nitrogen dioxide (NO2) by 95%, nitrogen monoxide (NO) by 25% to 50% Visible plume by 70-90%.
This exceeds all existing and meets even the strictest emission limits for incineration facilities and sets the standard for the future. At the same time it recovers 80-90% of the heat in the flue gas presently exhausted into the atmosphere. This results in reduction of energy consumption of gas and oil fuelled burners by 15-25% and in having more heat available for sale.
In effect, the capabilities of a Electro-static Precipitator, Scrubber, Waste Heat Recovery Unit and Smoke Stack are replaced with one FLU-ACE ® tower thus achieving significant savings in capital costs and operating and maintenance costs. The energy savings from waste heat recovery enables the FLU-ACE ® System to pay for the control of the dirtiest flue gases.
The result was a high performance system which virtually eliminates air pollutant emissions from biomedical waste incinerators, while at the same time, paying for itself through energy recovery savings. The HP FLU-ACE ® will capture and remove particulate (90-99%), SOx (over 95%), HCl, HF, and HBr (up to 99%), VOCs, and Patts (up to 99%). HP FLU-ACE ® will effectively control emissions from "dirty" flue including municipal waste, biomedical waste, biomass, coal, hog fuel, and wood waste. Similarly Hybrid FLU-ACE ® will effectively control emissions from bark, biomass, etc. combustion.
It recovers 3 to 4 times more heat than conventional indirect economizer systems. It also provides large quantities of water for recycling. Simple payback on capital investment is usually between three (3) and six (6) years, depending on the size, flue, operation time and design complexity, utilization of the recovered waste heat.
Operational cost and maintenance of the System is lower than the best Selective Catalytic Reduction (SCR), Selective Non-Catalytic Reduction (SNCR) and Non-Selective Catalytic Reduction (NSCR) technologies. Low NOx FLU-ACE ® System is 30-50% less expensive per ton of NOx removed than SCR or SNCR.
In combination with the Standard, HP, Hybrid, or any other FLU-ACE ® System the Low NOx FLU-ACE ® System will achieve 80-90% waste heat recovery.
Each FLU-ACE ® System is custom designed using proven technology to be integrated with the existing flue gas source. No changes to the boilers (or other combustion equipment) or to the fuel are necessary. Standard FLU-ACE ® System dramatically reduces air pollutant emissions by up to 99% specifically:
Acid gases (i.e. sulfur oxides) by over 95% Particulate (i.e. dust, soot, ash, etc.) by up to 99% Trace hydrocarbons (THC), organic toxins by 99% VOCs by up to 99% Noxious odours by up to 99% Greenhouse gases (i.e. carbon dioxide) by up to 50% Nitrogen dioxide (NO2) by 95%, nitrogen monoxide (NO) by 25% to 50% Visible plume by 70-90%.
ThIs exceeds all existing and meets even the strictest emission limits and sets the standard for the future. At the same time and simultaneously it recovers over 80% and up to 90% of the heat in the flue gas presently exhausted into the atmosphere. This results in reduction of energy consumption on gas and oil fuelled burners by 15-25%. It recovers 3 to 4 times more heat than conventional indirect stact economizer systems. It also provides large quantities of water for recycling. Typical simple payback on capital investment for installation of Standard FLU-ACE ® System is from two (2) to three (3) years in continuous year round operations (i.e. industrial) and three (3) to five (5) years for institutional (i.e. university, hospital, etc.) application, depending on the type of flue gas, the size and design complexity.
the i engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Johnson/Thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
the i engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Johnson/Thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Honeywell/thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
the i engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Johnson/Thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Honeywell/thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Honeywell/thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Honeywell/thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Honeywell/thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Honeywell/thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
the i engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Johnson/Thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
the i engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and
Johnson/Thermal project and construction management, general
contracting, capital infrastructure performance guarantees, and
sole source accountability in achieving environmental compliance,
self funding energy retrofits, and infrastructure upgrades.
project contractor providing "Leading Edge Solutions to Mission
Critical Activities for Environmental Compliance, Energy
Conservation with Economic Payback, and Capital Infrastructure"
resulting in better business outcomes. The team is dedicated to
the innovative engineering, marketing, construction,
installation, and servicing of air pollution control and heat
recovery systems for application to boiler, cogeneration, power
plants, industry processes, and incineration plants. Pulp and
paper mills, food processing plants, beverage producers, cement
works, district heating plants, waste incineration plants,
hospitals, universities, petrochemical plants, mines, sewage
treatment plants are some of the many facilities which can
utilize thermal's FLU-ACE® technology engineering design
expertise and consulting engineering services, and Honeywell/
thermal project and construction management, general contracting,
capital infrastructure performance guarantees, and sole source
accountability in achieving environmental compliance, self
funding energy retrofits, and infrastructure upgrades.
1) Energy Savings + APC (Combined ES + APC) FLU-ACE® technology
for recovery of waste energy for substantial reduction of fuel
consumption, while at the same time achieving cost-effective
multi-pollutant air pollution control with ROIs from 20% to 50%.
Solutions engineering and project development EPC services
2) Environmental Compliance (More Cost Effective APC)
THERMALONOx & OPTINOx for Nitrogen Oxides (NOx) removal Several
other Hybrid (Multi-pollutant removal) air pollution
control (APC) technologies for combined elimination of Sulfur
Oxides (SOx), Volatile Organic Compounds (VOCs), particulates (>
PM0.3), and Toxics including heavy metals Ð Mercury (Hg), Arsenic
(As), Lead (Pb), etc. Solutions engineering and project
development EPC services
2815-Diesel Engines and Components
2825-Steam Turbines and Components
2930-Engine Cooling System Components, Nonaircraft
4120-Air Conditioning Equipment
4130-Refrigeration and Air Conditioning Components
4140-Fans, Air Circulators, and Blower Equipment
4320-Power and Hand Pumps
4410-Industrial Boilers
4420-Heat Exchangers and Steam Condensers
4430-Industrial Furnaces, Kilns, Lehrs, and Ovens
4460-Air Purification Equipment
4510-Plumbing Fixtures and Accessories
4520-Space Heating Equipment and Domestic Water Heaters
4530-Fuel Burning Equipment Units
4540-Plumbing, Heating, and Sanitation Equipment, Miscellaneous
4710-Pipes and Tubes, Rigid
5445-Prefabricated Tower Structures
5630-Pipe and Conduit, Nonmetallic
6110-Electrical Control Equipment
6115-Generators and Generators Sets, Electrical
6636-Environmental Chambers and Related Equipment
6685-Pressure, Temperature, and Humidity Measuring and Controlling Instruments
6695-Combination and Miscellaneous Instruments
7650-Drawings and Specifications
AH00-Environmental Protection
B206-Energy Studies
E000-Environmental Services
E101-Air quality Support Services
Technology
Technology profile
FLU-ACE® cleans harmful air pollutants
Reduced visible plume and public perception of pollution
FLU-ACE® is the only heat recovery technology approved by the
Ministry of Environment (MOE) to replace conventional stack as
primary exhaust
Lower retrofit capital cost due to MOE-approved (clean stack
status)
The FLU-ACE® technology is an effective and highly efficient air
pollution control and simultaneous waste heat recovery
technology.
Using a direct contact gas-to-liquid mass transfer and heat
exchange concept, this system is designed to process flue gas
from combustion of fossil fuels, waste derived fuels, waste,
biomass, etc.
The FLU-ACE® technology achieves air pollutant emission
reductions by up to:
- 90% for Chemical Smog (NOx)
- 99% for Acid Rain (SOx)
- 99.9% for Hydrogen Halides (HCl, HF, HBr)
- 99% for Volatile Organic Compounds (VOC)
- 99.9% for Carcinogenic Compounds (Dioxins and Furans)
- 99% for Smog (THC)
- 99.9% for Particulate Matter (soot, ash, dust to 0.3 microns)
- 50% for Greenhouse Gases (CO2)
- 99.9% for Heavy Metals (Hg, As, Pb, etc.).
In addition, the technology recovers 80% to 90% of the waste heat
commonly wasted in the exhaust gas. The recovered heat is then
recycled into the process. This generates energy savings which
translates into fuel/money savings. This effective air pollution
control technology provides environmental compliance and energy
conservation with economic payback.
Market
Market profile
Alliances:
- Sales/Marketing
Industry sector market interests:
- Construction
- Environment
- Manufacturing
Geographic markets:
Export experience:
- Czech Republic
- United States
Actively pursuing:
- Poland
- United Kingdom
Sector
Sector information
Key / Major clients:
Pulp & Paper Mills Food Processing Plants Cupollasin Automotive Industry Boiler Plants
(Industrial/Commercial/Institutions) Industrial
Drying Processes Processes generating stream of
hot polluted gas
Industrial paint and coatings
International capital projects:
Corporate Expertise:-----------------------
Waste heat recovery from and simultaneous air pollution
control of flue gases from various combustion sources and
from exhaust gases from various processes, e.g. industrial
dryers, cupolas, kilns, smelters, etc.
Pinch analysis and heat sinks assessment, energy use
optimization.
Corporate Language Capabilities:
-----------------------
Russian
Proj: Flue Gas Pollution Control and Heat Recovery in Combination with a Steam Turbine and District Heatin
Country: Czech Republic
Contribution:
Engineering and Feasibility Study for the $72 million project
for the SaKO Brno, Czech Republic Municipal Incineration
Plant had proven that over 60 GJ/h could be recovered out of
the available 74 GJ/h in the flue gas exhaust while complying
to the strict air pollution regulations. The simple payback
was estimated as 4.1 years.


I'm Daud a student of Federal university of Ilorin currently enrolled for front development at Developer Student Club Unilag.
Learning web development for me has affords me the privilege of knowing more about the world of IT.
I'm a very simple and suave individual.
Before switching to web dev, I'd the privilege to teach in some schools on subjects like:
My Conctact: +2347060965969


This nursery song based on ‘Wheels on the Bus’ quietly teaches women how to check their breasts for lumps
by Jessica LinBreast cancer is the top killing cancer among women in Singapore, but a study has found that only 45 per cent of women here performed both breast self-examination and medical checks.
On Thursday (Nov 14), the Breast Cancer Foundation (BCF) revealed that this is despite the fact that 90 per cent of Singaporeans regard regular breast checks to be important and consider breast cancer dangerous.
According to a Singapore Cancer Registry Annual Registry Report in 2015, breast cancer took the lives of 2,105 women from 2011 to 2015, accounting for 17.3 per cent of all cancer-related deaths among females here.
With its annual incidence rate doubling in the past 40 years, breast cancer is also the most common cancer among women in Singapore today.
According to a 2015 report published by the National Registry of Diseases Office (NRDO) cited by BCF, one in 14 women are expected to develop breast cancer before the age of 75.
To raise awareness on the importance of breast self-examinations, BCF has partnered tyre company Bridgestone Asia Pacific and creative partner DDB Group to create an instructional video based on the familiar nursery song “Wheels on the Bus”.
Titled “Molly Monkey Sings and Saves”, the song’s three main stanzas used the phrases “up and down”, “bit by bit” and “round and round” to illustrate the patterns of a breast self-check.
As part of the Nursery Reminder Campaign, a video of the song published on YouTube features three children dressed in monkey suits, performing an easy-to-learn dance for other kids to follow.
An illustrated storybook based on the song is also available at the BCF office with a donation of S$5.
David Fong, general manager of BCF said the song would bring the breast cancer message across to people via children, who are “the biggest influencers” in many people’s lives.
“It reminds us that early detection can save lives and that we need to take care of ourselves for our children and loved ones,” he said.
Read also:


Note:
This is a living Document. The most recent copy is always available on the WikiOverview
Spotting and reporting genuine issues in our platform is one of the most accessible ways to contribute but, in equal measure, also the most tricky to do well. If you use this guide as reference when you raise a ticket, it will reduce the chance of delays in it reaching our development team.
Searching Issues
Tickets for outstanding issues often contain workarounds shared by our development team, or links to threads that provide discussions and solutions between our community members. Otherwise, they will tell you when a fix for a issue was created and the build you need to obtain in order to take advantage of it.
It is not necessary to waste time debugging incorrect Kandan behavior that has either already been fixed or has a known workaround. Being familiar with GitHub’s powerful issue search tool, will enable you to easily access this information.
Submitting Issues
The Issue-Reporting Lifecycle
We are keenly-committed to being as open to feedback from our community as possible, to ensure that the platform becomes more stable and featureful in the shortest time. It cannot be underestimated how crucial community-reported bugs are to achieving this goal. Hence, if you find a issue, and you are able to reproduce it reliably with a simple use case, then we will be very grateful if you would report it to us.
That said, the creation of tickets in the Issue Tracker should not be taken lightly. The management of each ticket can consume considerable resources, and so inaccurate or bogus submissions take unnecessary time away from what we would all prefer our development teams to be doing - improving the code.
In addition to accuracy, tickets that are concise, complete, unemotional and objective are the ones our teams appreciate the most.
Issue Tracker Workflow Diagram
Creating a Use Case
A “use case” is working code or reproduction scenario that reliably reproduces a specific issue. What sets the quality use cases apart from the rest is that they contain the least possible code while still demonstrating the issue. Take pride in your use case; make it an art!
Being in the habit of writing use cases as part of your troubleshooting process can significantly decrease the time we address your issue. This is because it can differentiate user errors from issues in the platform.
Creating a Issue
- Create a Issue, only after there is no doubt about the issue’s existence, Create one ticket per issue, bearing the following in mind:
- keep to the point: concise, complete and factual tickets are the most appreciated
- include all the information: without a use case we probably cannot accept your issue
- watch your issue
Conclusion
We do not underestimate the time and conscientiousness involved in raising good issues, and we very much appreciate it. Although we’d love to chat with you. Adding a ticket asking how to do XYZ probably isn’t a good idea.
Thank you for all your efforts!


Enter the username for which to update the JSON metadata:
Update your account's metadata:
Update your account's POSTING metadata:


The Symbology Editor enables customization of the style for vector or raster layers. Use the first field to select a layer.
Raster data:
The Global Layer Properties define the default visualization parameters. The layer Opacity is adjustable in a range from 0 to 100 %. You can choose a NoData color for pixels with the nodata value. Use the picker tool to select the desired RGB color and opacity. This also applies to the Overflow color, which indicates the pixels with values without coloring rules.
The Color Map section provides an overview of the pixel values with a frequency plot, which also allows to adapt the color with respect to the raster values. The plot refers to the field of view shown in the map. If Sync map and histogram is turned on, the histogram updates if the map view changes. To specify the value range of interest, you can set a minimum and maximum pixel value. You can choose a color ramp from a variety of color schemes (Colormap name) and reverse it, if desired. Additionally, different functions for the step distribution can be selected (linear, logarithmic, square root function, square function). Consider that the logarithmic function requires positive values (>0). The number of Color steps is also kept flexible and can be set to a number between 2 and 16. Click Create color table to apply your adjustments.
The Color Table section allows fine grained changes to colors. The gradient defines the interpolation between values. You can dynamically add and remove color steps by clicking the minus and plus symbols or select distinct RGBA values for a specific color step value.
Vector data:
Vector features are shown in the map as points, lines or polygons. The Global Layer Properties define the default visualization parameters. Points have a global Radius, which is used if no other rules exist. All vector features have a stroke. You can adapt the stroke width and color. Points and Polygons have a fill color. As all other global settings, this is overwritten by other style rules.
If the layer is a clustered point layer, the radius refers to the minimum point radius. You need to zoom in and out (or pan) to see the effect.


About Me
Good artists copy; great artists steal.
Christian Marclay x Snap: Sound Stories
At Snapchat I had the opportunity to work with Christian Marclay, where we explored how to express and play with the sonic signature of Snaps. For the Sound Stories exhibition presented at Cannes Lions, I created the "Snap Piano" that played Snaps to the tune of the attached piano.
Rapid Prototyping and User Analysis
At SAP I worked on projects focused on quickly generating value for new customers. I worked in their Mobile and then Cloud Teams, helping our customers uncover inefficiencies in their implementations and designing custom solutions for difficult integrations.
Incident Ingestion
My Software Defined Radio solution powers Citizen's R1 Public Radio ingestion flow. Tagging the audio clips using Machine Learning enabled our Analysts to create incident reports for more cities simultaneously.
End-To-End Experience
I'm Winston Wolfe. I solve problems.
They say great science is built on the shoulders of giants. Not here... we do all our science from scratch. No hand holding.
When I have fully decided that a result is worth getting, I go about it, and make trial after trial, until it comes.
You get used to it, though.  I don't even see the code. All I see is blonde, brunette, and redhead.
The world is not enough... Family motto.


Going beyond your limits
Going beyond your limits is within your head. Surprise yourself. Make a goal and take action. Turn that thought into reality. You deserve it. Here is a hyperlink just for you, by the way. I wouldn't click on it if I were you. Just kidding, it leads to nowhere. Dreaming also leads to nowhere. So take whatever actions you need towards your dreams to reach it!
Riding the train of aspiration
Just believe in yourself. Do the right things. It will get you places. If you ever thought about something that you want to happen, make it happen! Who really know what lies beyond the horizon. Take your time. You can do it. I'm sure it's a lot easier said than done, but who's gonna stop you? Only you. So do something about it. Fight for your aspirations.
I have no idea who these people are
But they look very, very interesting. The real question is, why are you still reading this? This text serves no purpose. It is purely here just as a placeholder. But props to you for sticking with it. Thank you.
Recent Posts
This sidebar placeholder with the CSS, font and favicon. It's just waiting for you to add some content! If you need some help hit up the Skeleton documentation.
Widget
Some sort of widget can go here.
Ad Space
Want to sell ad space? Well, it can go right here.


{{$ctrl.story.name}} the {{$ctrl.story.animal}} was bored one day
and wanted to travel somewhere
{{$ctrl.story.name}} decided to go to the {{$ctrl.story.place}}
On the way to the {{$ctrl.story.place}}, {{$ctrl.story.name}} met
{{$ctrl.randomNameOne}}, who was also a {{$ctrl.story.animal}}
At the {{$ctrl.story.place}}, {{$ctrl.story.name}} and {{$ctrl.randomNameOne}}
met a
whale
bird
space cow
named {{$ctrl.randomNameTwo}}
The three of them played all day until the sun
started setting and they had to go home.
{{$ctrl.story.name}}, {{$ctrl.randomNameOne}}, and
{{$ctrl.randomNameTwo}} are still friends to this day.


View Account/Statements
Last Name:John Doe
Last Name:John Doe
Account Number:XXXXXXXXXXXX7768
To view Statements select the range below
To
Download PDF


Da Salmon Cookie Store!
Home
Sales Data
Stores & Hours
Merch!
Store name:
Minimum Customers:
Maximum Customers:
Average Cookies:


Diatomic Molecule: Vibration and Rotation
Start
Reset
Kinetic Energies
Vibrational Kinetic Energy at r
0
:
0 eV
0.00
10.00
Rotational Kinetic Energy at r
0
:
5 eV
0.00
15.00
Show LJ potential
Show Energy vs Time
dT =
0.015
Atom A
σ =
2 nm
ε =
10 eV
Atom B
σ =
2 nm
ε =
10 eV
Show Advanced Settings


--- layout: post status: publish published: true title: Things Are Shaping Up - Bako is Gone. author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 421 wordpress_url: http://ivyenvy.com/?p=421 date: '2009-03-30 13:54:58 +0000' date_gmt: '2009-03-30 19:54:58 +0000' categories: - Catchers - Relief Pitching tags: - '2003' - Carlos Marmol - Spring Training - Kevin Gregg - Paul Bako - Bartman comments: - id: 154 author: Andy author_email<EMAIL_ADDRESS>author_url: http://ivyenvy.com date: '2009-03-30 19:45:15 +0000' date_gmt: '2009-03-31 01:45:15 +0000' content: I think you just love tribal tats that much, Corey. ---
I can't express how pleased I am that I won't see Paul Bako wearing Cubby Blue this season. I won't have to experience the pain of watching him walk to the plate as essentially a guaranteed out. Forget Bartman and the team meltdown in 2003, I'll never forget that feeling everytime I saw Bako leave the on-deck circle. Do I need to say how much I wish the Cubs would have kept Henry Blanco?
I'm also feeling pretty good about Gregg wrapping up the closer spot. I'm interested in seeing if he continues what he's done in Spring Training. Marmol's spring has just been too unpredictable for my liking. I know that closers are, by nature, wild beasts. That said, I want the most stable and reliable closer on the staff and at this point, that's Kevin Gregg. Marmol will get his chance.


Comments
-
Greg Hurrell
My concern is that the logic is complicated, brittle, and potentially expensive, so I preferred to reduce the exposure by running it only once, at build time, rather than at run time.
But I see your point. I'll see what I can do.
-
Greg Hurrell
I am thinking of applying something like this patch.
-
Greg Hurrell
I decided to run with the patch, and have released 1.6.1.
Marking this ticket as closed.
-
Greg Hurrell
Status changed:
- From: new
- To: closed
-
Vit Ondruch
Thank you. I have not a chance to test the change yet, but it looks reasonable.
Add a comment
Comments are now closed for this issue.


This will erase your changes. Are you sure? Yes, replace the diagram Cancel
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Arrange the diagram: Automatically Using the exact input order
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Opacity: 01 Curviness: |(
Show labels (hide to apply your own text to the graph) Show Node totals as part of labels Show trailing zeroes (best for currency)
Size: Highlight: 0Max
Place the first labels: Before the node After the node
Place labels on the other side starting at: Stage 2(never)
Face: sans serif mono Style: LightBold
Reverse the graph (flow right-to-left)
Diagram Scale = For fair comparisons between diagrams: 1) Use the same units for each, and 2) Make their Diagram Scales match as closely as possible.
Width: Height: Background Color: Transparent
Margins: Left Right Top Bot
Export: Save as: .PNG image + more... Large (4x) Huge (6x) Tiny (1x) or Download .SVG
Move Nodes by dragging. Double-click a Node to reset, or: Reset all moved Nodes
Attach incomplete flow groups to: The leading edge of the Node The trailing edge of the Node The edge nearest to the flow group's center
List all imbalanced Nodes


|
Billy TiptonImagine the coroner's surprise in 1989 when the cadaver he was doing a routine job with, jazz musician and entertainment agent Billy Tipton, turned out to be... a woman. So came down the curtain on a brilliant deception spanning over fifty years, when an aspiring young lady named Dorothy Tipton decided to remake herself over as a man, and lived that way for the rest of her life.At the age of 19 in 1933, Dorothy (who had already taken to calling herself "Tippy" in high school) obtained legal documents listing her as a man and began dressing in traditional "male" clothes and calling herself "Billy". Friends knew this, and it was no big deal, even as Billy went on to marry the first of five wives. Playing in Jazz clubs throughout Kansas City and then other parts of the country, Tipton built a small name as an accomplished performer and writer. Several opportunities arose over her life to take the lead position in several clubs, but she turned them down, possibly to avoid publicity. In fact, nearly all of Tipton's moves are fascinating in the pure mechanics of the fraud, with the different parts of her life clicking into place like an Agatha Christie mystery novel, all clear in restrospect. Her marriages were common law, her three sons adopted. Four of the five wives had no idea they'd married a woman; Billy claimed a medical condition required the wearing of a truss that concealed the truth from them. As time went on, this process must have gotten easier and easier, until it was effortless. After playing Jazz for nearly fifty years, Billy moved into agency, representing clients in Spokane, Washington, although the practice naturally declined as well.  She ended every marriage she got into, had a habit of occasionally being absent as a father and spouse, and the necessary aspects of maintaining her male status made some parts of life very difficult indeed. Most problematic was a refusal to take Social Security or Medicare towards the end of her life, accelerating health problems more than they might otherwise have; and we can only imagine how many doctor's visits she avoided which might have made a cold or other illness less prolonged. Billy's need to avoid the spotlight means that ironically her place in Jazz, the very music she made all these difficult choices to be able to follow, was destined to be minor, at best. But all told, this is less a "hoax" than someone who made a decision early on how they wanted to live, and held to that choice for the rest of their life. The fact that it required a decades-long dance of carefully chosen words and subtle glances just makes it fascinating for the rest of us. Rest well, Dot! |


HA
Appdynamics HA Controller provisioning subsystem
Non-developer installation & use
- HA Toolkit must be installed from
HA.shar
- Download HA.shar only or clone this repository and then run
make
to build a fresh HA.shar
Documentation
See README.txt and https://docs.appdynamics.com/display/PRO42/Using+the+High+Availability+(HA)+Toolkit
Contributing
Use HubFlow to manage development branches and releases
Git Flow automates a number of excellent conventions for managing branches, merges, and releases. HubFlow is a GitHub-aware fork of the original Git Flow project:
- Easily installed on Mac OS X via homebrew
- Documentation: http://datasift.github.io/gitflow/
The Git Flow / Hubflow workflow maintains a pair of branches: develop
and master
:
-
develop
contains every merged feature and bug fix. -
master
only contains released, production-ready code. Bug fixes or features are branched from develop and then merged back in.
Please note that only Curt Mayer, the project architect, has push privileges to the develop
and master
branches in this repository. To get your features and fixes merged into develop
and released into master
, please follow the procedures below.
Getting started with HA toolkit development
AppDynamics GitHub organization members:
- Install hubflow (
brew install hubflow
on Macs with Homebrew installed, follow the instructions here for other platforms.) - Clone this repo from GitHub with SSH
- Change directories into your clone of the HA-toolkit repo and run
git hf init
- Please see Datasift's excellent tutorial on HubFlow
Others:
- Fork this repository on GitHub
- Clone your forked repository to your development machine.
- Use your preferred version control workflow, push back to your forked repo, and open a pull request on GitHub. We will evaluate your contributions as we have the bandwidth to do so.
Common HubFlow / GitHub operations
Starting a new feature (or bugfix) branch
git hf feature start <feature-name>
Returning to a feature branch from another branch
git hf feature checkout <feature-name>
This command also works for checking out a feature started by a colleague. Note that you will need to look here for the correct feature/<feature name>
branch.
Pulling a colleague's work down from GitHub to your feature branch.
git hf pull
Pulling down the latest master
and develop
branches from GitHub
git hf update
Merging changes onto your feature branch from develop
git hf feature checkout <feature-name>
git merge develop
Getting your feature merged into the develop branch
git hf update
git hf feature checkout <feature-name>
-
git merge develop
(and resolve any merge conflicts) git hf push
- Open a pull request to pull changes from your feature branch to
develop
and assign to Curt Mayer (cmayer68) - If any changes are required before your pull request gets merged, commit them to your feature request branch and
git hf push
them to github. They will be added automatically to your pull request. - Once your pull request has been merged, delete your feature branch from GitHub and run
git hf feature finish
to close your feature branch. If this fails and you are certain that your feature has been merged, rungit hf feature finish -f <feature name>
to force the cleanup to complete.
Handling pull requests
- Open the pull request and review the "Conversation," "Commits," and "Files changed" tabs.
- Make comments, as necessary, on the submitted code changes. (Unfortunately, that GitHub's comment system isn't as slick as Gerrit's where you can highlight a section of code and attach a comment it to it. You should place your comment below all of the code you are commenting on to improve readability in the "Conversation" tab)
- New commits based on your feedback will be reflected automatically in the pull request, though a browser refresh may be required.
- Once you are satisfied with all of the changes, scroll to the end of the conversation and click the "Merge pull request" button.
- Enter a commit message
- Decide whether to preserve all of the commits in the pull request, or squash them into a single commit.
- Click the green button again to confirm your selection.
Publishing a new release
-
git hf release start <tag name>
(Note that the<tag name>
should be your version string, i.e. '1.2.3') - Complete pre-release tests and bug fixes on the relese candidate branch
git hf release finish <tag name>


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- seize mission-critical applications
- matrix enterprise mindshare
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Appliance
{{ApplianceAddress}}
DevOps ID
{{DevOpsInstanceId}}
Monitoring is unavailable.
Monitoring is unavailable.
Linked Safeguard Objects
User Account
{{UserDisplayName}}
({{UserName}})
Application to Application Registrations
{{A2ARegistrationName}}
{{A2AVaultRegistrationName}}
Before we begin you must upload a Client Certificate
Safeguard Secrets Broker for DevOps uses client certificate authentication to access the A2A service in Safeguard for Privileged Passwords. The most secure way to create this certificate is using a certificate signing request (CSR).
This can be either a PFX formatted certificate that includes the private key and a passphrase for decrypting that certificate, or it can receive a base64 (or PEM) encoded certificate that was issued based on a generated CSR.
Client Certificate
Web Server Certificate
Trusted Certificates
0">
0">
Add-ons
Add-ons (Not Licensed)
1">
{{pluginInstances[plugin.RootPluginName].Count}}
1">
Instances
0">
({{pluginInstances[plugin.RootPluginName].Disabled}} Disabled)
1">
{{pluginInstances[plugin.RootPluginName].AllMappedAccountsCount}}
Managed
Account
Accounts
{{plugin.DisplayName}}
Edit Configuration
Manage Accounts
Manage Accounts (Disabled)
1">
{{pluginInstances[plugin.RootPluginName].Count}}
1">
Instances
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({{pluginInstances[plugin.RootPluginName].Disabled}} Disabled)
1">
{{pluginInstances[plugin.RootPluginName].AllMappedAccountsCount}}
Managed
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Visit the village on Sweden
The small municipality of Vellinge in Southern Sweden has 33,000 inhabitants and ambitious aims - to lower energy consumption by 30 percent and save 1 million euros each year. Since 2006 Vellinge has been investing in green building technology and infrastructure solutions on its own initiative. Siemens supplies the all-round package - analysis, consultation and implementation. An example for positive collaboration and the energy turnaround at a grass roots level.