The document discusses continuous emissions monitoring systems (CEMS) and their role in ensuring compliance with emissions regulations. CEMS continuously monitor emissions from industrial stacks and ensure facilities are adhering to their permit limits. The document provides an overview of CEMS and their use across various industries like power generation and waste management. It also discusses the regulations governing CEMS, including the Industrial Emissions Directive (IED), and the certification requirements for CEMS through the MCERTS scheme in the UK.

1. Continuous Emission Monitoring Systems
Market Leading Technical & Legislative Consultancy
Complete Turnkey Solution Providers
MCERTS Accredited Hardware & Software
Cradle to Grave Support Approach

2. | “Continuous
monitoring of
emissions helps
limit the impact of
air pollutants in our
environment” |
Continuous Emissions Monitoring
System Solutions for a Cleaner
Environment
Any new installation seeking a permit will need to
comply with the Industrial Emissions Directive (IED).
The EA are looking at bringing all existing
permitted sites under the directive.
Continuous Emissions Monitoring Systems (CEMS)
are used to continuously collect, record and report
data from industrial process operators that produce
emissions to air.
The IED supersedes seven directives under one
directive, creating a more simplified legislative
framework:
CEMS are used as a means to comply with stringent
emission limits as regulated by the Environment
Agency (EA).
Under the Environmental Permitting Regulations, the
EA or local council will refer to European Legislation,
the Industrial Emissions Directive (IED 2010/75/EU).
Sites are required to continually measure emission
parameters from their chimney-stacks to ensure that
they are compliant, as defined in their site permit.
n
n
n
n
n
Integrated Pollution Prevention Control (IPPC)
Large Combustion Plant Directive (LCPD)
Waste Incineration Directive (WID)
Solvent Emissions Directive
And three Titanium Dioxide Directives
Under the new changes set by the IED, large
combustion plants will be affected by the new
emission limit values (ELVs). This will be particularly
significant to the future of coal fired power stations.
Who Regulates the CEMS Market?
In 1998, the EA introduced the MCERTS scheme to
provide tighter controls for emissions to air
including a technical specification that CEMS had to
meet.
The criteria of the scheme included: detection
limits, response time, linearity, zero and span drift
etc. A requirement of the scheme, any CEMS
equipment used to monitor emissions must also be
approved and certified.
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3. CEMS Overview
Whether your process is hot, wet, dry or dusty, we
offer in-situ and extractive multi-gas
analysers to be integrated into complete
systems.
In-situ Technique
In-situ gas analysers have a very short response
time as they directly measure gas from the stack.
Extractive Technique
Sample gas is extracted via a probe, conditioned
and transported by a sample line to the gas
analyser which is housed in an air conditioned
GRP shelter.
The standard extractive CEM system consists of:
n Sample probe
n Filter
n Sample line (umbilical)
n Gas conditioning system
n Calibration gas system
n Gas analyser
Typical monitored emissions include:
n Sulphur Dioxide
n Nitrogen Oxide
n Carbon Monoxide
n Carbon Dioxide
n Hydrogen Chloride
n Ammonia
n Particulate Matter
n Mercury
n Volatile Organic Compounds
n Oxygen
n Dioxins
n CEM systems can also measure
temperature, air flow, pressure,
and moisture
CDAS
Network
Extractive gas
analysis housed in
air-conditioned
GRP shelter
Flue Gas
Treatment
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4. | Where are CEMS
Installed? |
Most CEMS installations are utilised in
applications where power is generated or where
waste is burnt. Fuel consisting of fossil fuels,
gas or waste is burnt or heated at very hot
temperatures to produce heat or power or both to
generate electricity.
CEMS Processes:
n
n
n
n
Mass Burn Incinerators
Thermal Treatment - Gasification or Pyrolosis
Boilers
Turbines
Coal Fired Power Plants An Uncertain Future?
In fossil fuel powered plants, environmental protection
has seen a greater focus. Although the UK has seen
air pollution declining since the 1970’s, the IED has
demanded a market for technologies to address
Nitrogen Oxides (NOx) and Sulphur Oxides (SOx).
In general, power plants with a greater capacity
than 50 MW are required to measure NOx and SOx
continuously plus dust and particulate matter (PM)
emissions.
Under the new rules set by the IED, coal-fired power
stations must either comply with certain emissions
limits or opt out – Operators choosing to opt-out are
then allowed a certain number of hours of operation
before they must be shut down.
Energy from Waste A Solution to the UK’s Waste
Problem
The UK is faced with the problem of disposing waste
as many landfill sites are full. An increased number
of EfW sites would decrease the amount of waste
being sent to landfill significantly. EfW’s are regarded
as a solution to the growing amount of waste in the
UK generating up to 70MW of energy.
Municipal thermal treatment sites are required to
typically measure SOx, NOx, CO, HCl, NH3, VOC and
TPM which now fall under the IED.
EfW sites are seen as a ‘greener’ method of
waste disposal as they reduce the emission of the
greenhouse gas and methane produced during
waste composition from organic matter in landfill
sites.
Biomass A Greener Alternative
The UK government supports biomass, as a lowcarbon form of power generation compared with
fossil fuels. The trees and plants used as fuel absorb
carbon dioxide from the atmosphere as they grow,
so if they are regrown under environmentally sound
conditions, burning them results in a net carbon
saving as it displaces coal and gas.
However, green campaigners point to problems with
sourcing sufficient quantities of biomass, much of
which has to be imported, and say that without strict
regulations, growing trees and crops for biomass
can lead to deforestation in developing countries.
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5. | Solution to
A
t
he UK’s
Growing Waste
Problem? |
Currently, the UK generates around 30 million
tonnes of municipal waste each year. Of that:
n 35% is recycled or composted;
n 10% is used to recover energy (EfW);
n 55% is sent to landfill
The growing volume of waste, a shortfall of landfill
sites and increasing energy prices are making
Energy from Waste an obvious solution for a
cleaner environment whilst filling the gap
of power generation left by the coal fired power
stations.
Are We Facing an Energy Crisis?
The majority of the UK’s electricity comes from coal
fired power plants. In 2011, the IED came into force.
The directive gave high polluting coal fired power
stations a period of grace to comply with the new
requirements highlighted in the directive. If sites
choose not comply, they are faced with closure.
The IED will require non-compliant power plants to
close by the end of 2016 or after 20,000 operating
hours. With low coal prices making coal-fired power
plants more profitable than gas, many time-limited
coal-fired power plants have raced through their
allocated hours already and will close this year.
Estimatations suggest that over 12000MW of
generating capacity could be lost from the national
grid following the closures in 2016.
There is a real possibility that we could be facing a
‘lights out’ situation.
Why Landfill Isn’t Sustainable:
n EU Landfill Directive requires the amount of
waste to be reduced
n In 2014, landfill taxation rates have increased
from £72 per ton to £80 per ton to encourage
diversion from landfill
n Majority of landfill sites are full
n Methane gas produced by landfill has a GWP
of 21 which means it offers 21 times the
greenhouse warming threat than CO2
Incentives for Capturing Syngas from
Gasification Process
The Renewables Obligation (RO) places a
commitment on UK electricity suppliers to source
an increasing proportion of electricity they supply to
customers from renewable sources. The gasification
process converts municipal solid waste into a usable
synthetic gas, or syngas.
Renewables Obligation Certificates (ROCs) are
issued to accredited generating stations based
on net renewable generation. The fuel is sampled
using the process agreed during the accreditation
process, factoring in the calorific value of the fuel
being burnt, and this is then used to determine the
renewable generation for ROC claim purposes.
More efficient plants will receive up to 2 ROCs per
MW/hour of electricity produced.
Join our discussion
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6. | a1-cbiss have
45% of the UK
Ire CEMS
market share |
Complete System Integrators Specialising in Design, Build and Installation
Supported by the Industry’s Largest Service Network
1. EMS Management
C
Consultancy
2. Dedicated Project
Management
3. In-House Project
Design, Build and
Integration
5.
After Sales Service
and Support
Since 1989, a1-cbiss has been supplying
Continuous Emissions Monitoring Systems
(CEMS) to hundreds of industrial processes that
are regulated by the EA.
Our CEM systems comprise of gas analysers from
Environnement SA from whom we have worked in
partnership for over a decade.
These analysers are MCERTS certified and have all
of the requirements necessary for this industry.
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4. Installation Commissioning
Typically, because each individual site has its own
requirements, CEM systems are generally bespoke
projects.
Our success is based on our ability to listen to our
customers requirements, support them throughout
the project and deliver market leading CEMS
projects.
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7. | Specialist
System
Integrators |
We’ve been building and integrating CEMS systems for over 20 years.
Through our consultative approach and using our
expert engineering knowledge, design skills and
experience of the industry, we are able to provide
you with the confidence in the system design, build
and full integration of complete emissions monitoring
systems.
At our engineering facility, our engineers take
great pride in attention to detail, ensuring that the
specification is met.
MCERTS certified gas analysers, gas conditioning
systems, heated lines and particulate monitors, data
acquisition software - individual components of a
CEM system are integrated into complete emissions
monitoring systems.
Extractive multi-gas analysers are integrated as part
of a rack or wall mounted system then built into an
air conditioned GRP shelter which is moved into
position at site.
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Factory Acceptance Tests (FATs)
Prior to shipment from our engineering facility, we
invite you to perform a FAT of the complete system
to ensure that you are wholeheartedly satisfied that
the system meets your requirements.
Site Acceptance Tests (SAT’s)
Our industry specialist technicians are on-hand to
install, calibrate and commission your system before
carrying out SAT’s.
Service Support
We have the largest service and maintence team in
the CEMS market. Following installation, our fleet
of 15 engineers are available 24/7 offering peace
of mind that your equipment is covered for all
eventualities.
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8. CONTINUOUS EMISSIONS MONITORING
Environnement SA MIR-FT
The MIR-FT is an extractive
multi-gas analyser which offers
multiple gas measurements.
n Installed across the majority
of the UK’s municipal waste
incinerators
n Designed for measurements
in wet and corrosive sample
gases
n Fast and simultaneous
measurements of up to 14
gases
n Future upgrades possible
n Excellent calibration stability
n utomatic spectral interference
A
corrections
n Reproducible and accurate
n Windows based PC driven
software with on-board data
acquisition
n MCERTS Certified to
EN15267-3
n QAL 1 and QAL 3 compliance
of EN14181
Certified Ranges
n NO: 0-200mg/m3 - 0-600mg/m3
n NO2: 0-200mg/m3
n CO: 0-75mg/m3 - 0-300mg/m3
n CO2: 0-25 Vol %
n SO2: 0-75mg/m3 - 0-500mg/m3
n N2O: 0-100mg/m3
n HCl: 0-15mg/m3 - 0-90mg/m3
n NH3: 0-15mg/m3
n H2O: 0-30 Vol %
Environnement SA MIR-9000
The MIR-9000 is a proven CEM
system offering multiple gas
measurements.
n Over 1500 installations
worldwide
n Designed to measure dry and
corrosive samples on a dry
basis
n Fast and simultaneous
measurements of up to 10
gases
n Automatic cross interference
corrections
n Highly accurate, excellent
stability with automatic optical
stability check
n MCERTS Certified to
EN15267-3
n QAL 1 and QAL 3 compliance
of EN14181
Certified Ranges
n NO: 100mg/m3 - 0-500mg/m3
n CO: 0-75mg/m3 - 0-500mg/m3
n CO2: 0-25 Vol %
n SO2: 0-75mg/m3 - 0-200mg/m3
n 2O: 0-20mg/m3 - 0-200mg/m3
N
n HCl: 0-15mg/m3 - 0-100mg/m3
n CH4: 0-10mg/m3 - 0-200mg/m3
n O2: 0-10% - 0-25%
Environnement SA MIR-9000H
Using the heated Infra-Red Gas
Filter Correlation technology, the
MIR-9000H is a perfect multi-gas
analyser for multiple applications,
including DeNOx (SCR/SNCR).
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n Available in 2 versions for the
simultaneous and continuous
measurement
n Designed to measure wet and
corrosive sample
n Perfectly suited for ammonia
slip detection
n Automatic spectral interference
correction
n Reproducible and accurate,
fast response time
n Robust and reliable design
built in a stainless steel
tight box for withstanding
the harshest industrial
environments
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n Excellent calibration stability
Ranges
n NH3: 0-15 mg/m3
n H2O: 0-30 Vol %
n NO: 0-200mg/m3
n NO2: 0-200mg/m3
n CO: 0-75mg/m3
n CO2: 0-30 Vol %
n SO2: 0-500mg/m3
n O2: 0-25 Vol %
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9. Environnement SA MIR-9000 CLD
The MIR-9000-CLD utilises the
Standard Reference Method
(SRM).
n Designed to measure dry and
corrosive samples
n Chemiluminescence SRM for
NOx measurement, IR Gas
Filter Correlation for CO, CO2
Paramagnetic for O2
n Fast and simultaneous
measurements of up to 10
gases
n Automatic cross interference
corrections
n Highly accurate, excellent
stability with automatic optical
stability check
n MCERTS Certified to
EN15267-3
n QAL 1 and QAL 3 compliance
of EN14181
Certified Ranges
n NO: 0-20mg/m3 - 0-2000mg/m3
n NO2: 0-20mg/m3
n NOx: 0-20mg/m3
n NO: 0-100mg/m3 - 0-500mg/m3
n N2O: 0-20mg/m3 - 0-200mg/m3
n CO: 0-75mg/m3 - 0-500mg/m3
n CO2: 0-25% Vol
n SO2: 0-75mg/m3 - 0-200mg/m3
n HCl: 0-15mg/m3 - 0-100mg/m3
n CH4: 0-10mg/m3 - 0-200mg/m3
n O2: 0-10% - 0-25%
n Up to 10 gases measured
simultaneously
n Designed to measure dry and
corrosive samples with built-in
sample dryer system (same
as SEC box)
n Robust and reliable design,
built in a stainless steel tight
box enclosure
n Ease of installation: single
stack entry, sample line not
required therefore reducing
costs
n The Infra-red technology
eliminates cross sensitivity
from other present gases and
provides high accuracy
n MCERTS Certified to
EN15267-3
Environnement SA MIR-IS
The MIR-IS in-situ multi-gas CEM
system is a compact extractive
monitoring system that also
monitors temperature, flow and
pressure integrated into the
sample extraction probe.
Certified Ranges
n NO: 0-100mg/m3 - 0-500mg/m3
n N2O: 0-20mg/m3 - 0-200mg/m3
n CO: 0-75mg/m3 - 0-500mg/m3
n CO2: 0-25 Vol%
n SO2: 0-75mg/m3 - 0-200mg/m3
n HCl: 0-15mg/m3 - 0-100mg/m3
n CH4: 0-10mg/m3 - 0-200mg/m3
n O2: 0-10% - 0-25%
Environnement SA Graphite 52M
The Graphite 52M FID provides
continuous monitoring of total
VOC’s.
n Detector placed in a heated
oven, up to 191°C allowing
measurement of high
concentrations of heavy
hydrocarbons
n Fast response time
n Real time graphic display
with interactive menu driven
software
n Integrated zero air catalyst
n Dual stream monitoring by
independent detectors available
n User selectable ranging
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n Very low limits of detection
n Hydrogen/Helium fuel
supply thus reducing oxygen
interference
n Fully compatible with the MIR
FT MIR-9000 CEM systems
n MCERTS Certified
Certified Ranges
n TOC: 0-15mg/m3
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10. Environnement SA AMESA-D
The AMESA-D utilises the
modified cooled probe method
with Isokinetic sampling system
coupled with XAD-II adsorbent
cartridge for long-term sampling
of dioxins and furans.
n Fully automatic isokinetic
sampling from 6 hours up to 6
weeks
n Modified cooled-probe
method, with adsorption on
XAD-II
n Dioxins of all 3 phases
(gaseous, solid and liquid
bounded) are collected in one
cartridge
n High efficient dust filter
n Fully automated solution with
stored data on USB flashdrive
n Cooled probe in different
materials and lengths to fit the
application
n MCERTS Certified to
EN15267-3
Certified Ranges
n 2-30m/s
PCME QAL181
The PCME QAL181 is an
approved Particulate Continuous
Emission Monitor (CEM)
providing high quality emission
measurement for low dust
concentrations from
industrial processes.
n Pro scatter sensor plus a
powerful user interface
module which provides power
and digital communication for
the user
n The standard control unit
provides set-up functionality,
graphical displays and
recording of emissions and
QAL 3 data for a single sensor
system
n The sensor, which supports
industry standard Modbus
communication, can be
connected directly to a PLC or
CEMS management system
n Works reliably in high dust
applications.
n The results of the automatic
upscale (span) check
can optionally be used to
compensate for the effects of
any contamination
n System self-checks, with
logging of Zero and Span
check data for automated
QAL3 reporting in full
compliance with EN 13284-2
n The instrument design permits
up to 32 sensors to be
connected to a single central
control unit
n The results of the automatic
upscale (span) check
can optionally be used to
compensate for the effects of any
contamination
n QAL1 approval specified in
MCERTS - EN 15267-3
n In situ design. No sample
system, sample probes,
scrubbers or pumps are
necessary; test gas calibration
check without disturbing the
probe
n Integrated oxygen probe
and electronics simplifies
installation. Thus eliminating
the costs of mounting
seperate electronics.
n Eliminates cabling and
conduit between probes and
electronics
n Low installation and
maintenance costs
n Optimises plant resources
n Automatic line voltage
selections
Certified Ranges
n TPM: 0-15mg/m3
PCME QAL991
The PCME QAL991 is designed
to meet and exceed CEN
standard EN 14181/EN 13284-2.
Particularly suited to industrial
processes controlled with dry
scrubbing and high efficiency
bag filtration.
Certified Ranges
n TPM: 0-15mg/m3
Emerson Oxymitters
The Oxymitter In Situ Oxygen
Transmitter was the world’s first
in situ, zirconium oxide-based
oxygen transmitter for flue gas
measurement.
n Fast speed of response - In
situ design ideal for closed
loop control
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Ranges
n O2 0-25 Vol %
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11. Syngas Monitoring System
a1-cbiss provide a syngas
monitoring system available
as part of a fixed system or as
a portable kit for on-the-spotmeasurements at
varoius points
of your site.
The syngas systems quickly
identify the calorific value of
syngas (the name given to a gas
mixture that contains varying
amounts of carbon monoxide
and hydrogen).
“Up to 2 Renewable Obligation
Certificates (ROCS) are issued
to syngas generating stations
based on their net renewable
capabilities”
STACK TESTING EQUIPMENT
Portable Gas Conditioning System (PGCS)
The Ankersmid PGCS is a
portable gas conditioning system
that can be used for detailed
stack testing compliance.
n External gauge allows
readings to be seen whilst
case is closed
n Dewpoint set at 4oC but can
be changed from 1oC to 15oC
n Lightweight compact design
for mobile stack testing
n Heated probe to 180oC
The system includes:
n Portable Gas Sampling Probe
n Peltier Gas Chiller
n Heated Line
ANKERSMID - ANCILLARY EQUIPMENT
Portable Gas Chillers
Through lowering the dew point
of humid gas, the Ankersmid Gas
Chillers are able to reduce the
risk of condensation occurring in
the analyser.
n The dewpoint is set at 3-4oC as
standard
n Gas flow up to 400l/hour
n mbient Temperature up to 50oC
A
n Available as wall mount or
19” rack from 15kg
Heated Lines
Regulated from 180oC, heated
lines are used to transport the
sample to the sampling unit
which prepares the gas to be
measured.
n ATEX approval available
n No cold spots
n Interchangeable PTFE tube
n External termperature
controller required
n Max length: 52metres
Portable Gas Sampling Probe
The Ankersmid portable gas
sampling probe is a simple
and useful analysing tool for
consultants performing emissions
sampling tests across different
sites.
n Filter element of 150mm
suitable for applications up to
1g dust/m3
n Acts as a compliment to
a1-cbiss portable gas
conditioning system
n Probe is heated to 180oC
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12. C D A S
CDAS is the most advanced MCERTS Certified
data acquisition software package
EN14181 Compliance
n Calibration of instrument to SRM instrument
n Each species on each analyser gives a
calibration formulae in the form y=mx + c
n Specific gas bottles associated to QAL3 test
n A check to ensure analysers are still
working as intended
n Ensuring operating range
n Multiple QAL3 tests from a mixed
gas bottle
n Correction to standard
reference conditions
C D A S
Dual Redundancy
To maximise data
capture two copies
of CDAS are set up
in a duty/standby
redundancy
agreement. If the
duty data is
interrupted the
system switches
to collect data
from the standby
system.
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Logging and
Trending Systems
CDAS Elite is the
complete data logging,
trending and analysis
package offering full
support for EN14181 QAL3
testing.
n Windows 8 compatibility
n Multi-Language support
n Communicates via remote
analogue I/O
n Separate QAL2 functions
for instruments monitoring
multiple stacks
Automatic Report
CDAS generates reports and graphs to
meet the requirements of the site permit
and EA. It attains to M20 by taking QAL2
factors and then puts these into Shewhart
charts for QAL3.
n Automatic period reports
n Searchable alarm history screen
n Configurable alarms
n isual representation of alarm limits on data
V
grid
n uilt in PDF viewers for CDAS reports
B
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13. Packed with enhanced features in helping you to achieve compliance
CDAS is a fully MCERTS accredited (parts A, B,
C1 C2) real time data acquisition software – now
available for windows 8. The ease and flexibility of
CDAS creates a unique feel that allows the user
to create user defined profiles, allowing several of
these profiles to exist at once.
The flexibility of the software means that raw data
can be collected from a range of instruments for
CEMS. The results are then implemented in a
bespoke report. The reports can be saved as a PDF
file or exported as a comma separated text file.
Shewhart charts
QAL2 function grid
Typical grid
Multi-language support
Data Collection, Processing Visualisation
CDAS acquires data in real time, the real time data is
then converted to:
A data file for each of the conditions above is written
to the hard disk, CDAS does not delete any data that
it has recorded.
n aw data (Instrument value)
R
n alibrated data (EN14181 QAL2 calibration
C
function)
n orrected data (reference conditions
C
n djusted data (reportable values)
A
n Improved memory efficiency
CDAS data acquisition programmes are installed
that on a PC that is connected to all of the analytical
instruments. Communications are accomplished via
either serial, ethernet protocols or analogue inputs.
Other communication protocols are supported such
as Modbus and OPC from the CDAS PC for easy
interface to PLC.
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14. | he Service
T
Centre |
Onsite | Workshop
Ongoing service support is integral to the a1-cbiss offering
The a1-cbiss philosophy differs from our competitors in that we firmly believe that quality should continue far
beyond supply.
Operational Service Support
All systems are supported by our dedicated service
centre to provide repair, calibration, preventative
maintenance, software support and remote
diagnostics 24 hour/7 days per week.
Fast response
a1-cbiss have 15 service engineers - the largest UK
CEMS service support network offer a guaranteed
repsonse time from 6 hours.
Fully trained
Factory trained industry specialists on hand to
provide full service and support.
Experienced
Most experienced CEMS service team in the UK with
a combined industry experience of over 125 years.
Dedication
Site dedicated engineers that understand your
system thus improving quality of your service
contract.
“The a1-cbiss service engineers offer exceptional
support, as well as being professional and
knowledgeable”
Andy McQueen
EFW Facility Plant Manager
Veolia Chineham
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It’s All in Hand With Our Service
Contract Benefits
Our service contracts are fully flexible to meet
customer specific, legislative or budgetary
requirements. Our comprehensive service support
package options give you peace of mind that
equipment is covered for all eventualities.
Typical Service Contract
n scheduled service calibration visits per year
4
n ite allocated service engineer
S
n working day response time to reported failures
3
n All parts, consumables, labour and travel inclusive
n MA - Pre audit check and OMA audit
O
attendance
n N14181 compliant functional checks
E
n emote diagnostics support
R
n egislation compliant service documentation
L
n ully inclusive of warranty and breakdown cover
F
Service Contract Extras
n ptional response time from 6 hours
O
n 24/7 regional service support, 365 days per year
n ank holiday cover
B
n nnual functionality and linearity testing
A
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15. | Training |
a1-cbiss can provide a comprehensive training package to meet all of your
site requirements.
a1-cbiss have a team of technical advisors across
the UK that are available to provide training on site.
Our training advisors have at least 5 years industry
experience with many of them working at a1-cbiss
for at least 3 years.
Their knowledge of the CEMS market is second to
none. Full system training, advice, support for OMA
surveys and advice and guidance on all relevant
legislation are all available to your staff.
Our structured training programs for all of
our CEMS equipment, would comprise of the
following topics:
n Advanced system technical training
n Advanced system CDAS training
n Objective CEMS specification consultancy
to meet permit requirements
n Legislation specific
n EN14181 - QAL3
www.a1-cbiss.com +44 (0)151 666 8300
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15

16. | Client Reference |
16
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a1cbiss

17. | Testimonials |
“
“
“
“
W
e became aware of a1-cbiss and their emissions monitoring systems through our operational
involvement on one of our Contract Energy Management contracts in the North-East of England.
were in the design phase of a new wood chip burning Power Station and, as relative newcomers to
We
this field, we received a great deal of technical guidance from a1-cbiss regarding WID compliance.
were particularly impressed by the fact that the CEMS is 100% engineered by a1-cbiss including the
We
CDAS software and also received a very competitive tender return compared to their rivals in this field.
Peter Cleary
Senior Project Engineer
Dalkia Energy
W
SP regularly partner with a1-cbiss to ensure our permitting clients get the best technical advice and
response to their CEMS needs.
Neal Barker
Technical Director
WSP Environment and Energy
We have been using a1-cbiss since the plant was built for their expertise, technical guidance and
market leading equipment. The equipment we have onsite is the MIR-FT system combined with a
G52M FID and the a1-cbiss data acquisition software CDAS Elite. The complete CEM system has
proven to be very reliable and dependable over the years. One of the key benefits to us is the CDAS
elite software package which is easy to use and extremely flexible meeting all our site requirements.
The a1-cbiss engineers offer exceptional support, as well as being professional and knowledgeable.
The a1-cbiss legislative consultancy approach has been invaluable and helped contribute to us
achieving one of the highest OMA scores in the industry.
Andy McQueen
EFW Facility Plant Manager
Veolia Chineham
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“
We look forward to working with them during the commissioning phase of the station.
“
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a1cbiss
17

18. | Case Study |
Power Industry
The background
Because of ageing equipment and increasing issues
surrounding reliability, one of Europe’s leading
power suppliers decided to roll out a series of site
upgrades to replace their continuous emission
monitoring systems (CEMS) at a coal fired power
station and two gas turbine sites across the UK.
The challenge
1. o supply CEMS that complies with the
T
requirements of MCERTS, the large combustion
plant directive (LCPD) and the industrial emissions
directive (IED), which is due to be enforced in
2016
2. o include a system redundancy option at the coal
T
fired power station to prevent any downtime
Design and build
3. o monitor temperature, pressure and flow
T
measurement directly from the flue and establish
communications between the analysers and Data
Acquisition Reporting Software
4. he coal fired power station required the systems
T
to be installed in the main exit flues (within one
concrete windshield), at a height of 75 meters
above ground level
5. he incumbent systems were not provided by a1T
cbiss, therefore a1-cbiss would have to prove that
their solution, service and support is superior to
the incumbent supplier
Purpose built enclosure
18
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19. For the gas turbine site, a1-cbiss proposed MIR9000
CLD chemiluminescence and infrared multi-gas
analysers that monitor extracted samples on a dry
basis, using a SEC sample conditioning system.
The SEC sample conditioning system comprised
of the same elements as used in the MIR9000
system. The CLD system fully complies with the
standard reference method (SRM) EN 14792 for the
measurement of NOx. The CLD also has MCERTS
certification that complies with the new limits in the
IED.
Installation and commissioning
The solution
At the coal fired power station, a1-cbiss proposed
an MCERTS accredited MIR9000 infrared multi-gas
analyser that monitors extracted samples on a dry
basis, using a SEC sample conditioning system.
The SEC sample conditioning system comprised
of an in-situ probe, a permeation dryer unit and a
temperature, pressure and flow module
integrated into the same probe. A permeation dryer
eradicates the requirement for long lengths of
heated line.
The MIR9000 system MCERTS accreditation is
based on the Emission Limit Values (ELV) of the
waste incineration directive, and subsequently future
proofs the site for the ELV change when the IED
comes into force in 2016.
Using a single probe for measuring all of the
required parameters reduced the number of
penetrations in the flues and consequently lowered
the cost of installation.
The option for system redundancy was addressed
by proposing a fully automated change-over system
with an additional MIR9000 analyser. The system
would be fully controlled by the CDAS software,
therefore requiring minimal user intervention and
eliminating any risk of downtime.
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Service support is integral to the a1-cbiss offering.
With the largest service network in the industry and
nationwide coverage, the dedicated team of service
engineers provide service, repair maintenance on
all equipment supplied.
The result
a1-cbiss manage all aspects of the project from
design build, installation and commissioning,
through to on-going service and support.
The coal fired power station saw the installation
of nine MIR9000 multi-gas MCERTS accredited
analysers comprising of four duty MIR9000 systems
and 1 standby MIR9000 with a changeover system
for redundancy. The analysers are integrated into a
purpose built enclosure, all communicating via the
MCERTS certified CBISS Elite Data Acquisition
Reporting software (CDAS) which also incorporates
the IVIS hardware panel allowing for QAL 3
functionality.
The gas turbine site saw the installation of seven
MIR9000 CLD multi-gas analysers. Again the
analysers are integrated into a purpose built
enclosure, all communicating via the MCERTS
certified CBISS Elite Data Acquisition Reporting
software (CDAS) which also incorporates the IVIS
hardware panel allowing for QAL 3 functionality.
company/a1-cbiss
a1cbiss
19

20. a1-cbiss supply products and services in a number of industries and applications:
You may also be interested in:
n Continuous Emissions Monitoring Systems
n Gas Detection Analysis
n Refrigerant Leak Detection Solutions
n Sample Conditioning Extraction
n Service Support
11 Ark Royal Way, Lairdside Technology Park, Tranmere, Wirral, CH41 9HT
T: +44(0)151 666 8300 F: +44(0)151 666 8329 E: sales@a1-cbiss.com
W: www.a1-cbiss.com Buy Online: shop.a1-cbiss.com