Site Visit Report Template

Services for Business Programme
- Site Visit Report
Services for Business Programme
Site Visit Report for
Millipore Ireland B.V.
Carrigtwohill, Co.Cork
Prepared by Liam Tolton
8th.Feb 2008
SEI Client ID: 0354
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Services for Business Programme
- Site Visit Report
Executive Summary
The Millipore site is a modern, well maintained manufacturing plant. The site
management are committed to energy reduction as part of a structured approach to
ensure production costs on site remain in tight control and to comply with the site IPPC
license requirement relating to energy management. I have completed a half day site
visit and reviewed the current energy management systems on the site. The most
significant actions required by the Management team to achieve their targets relate to
the setting up of a formal Energy Management System on site. This will require a cross
functional team to be set up to implement a system based on the SEI Energy MAP.
Further details are available on www.sei.ie
A significant number of potential opportunities have been identified. It was not
possible to quantify all of these within the scope of a half day visit therefore, these will
need to be formally evaluated to determine the investment costs and the potential
savings and to ensure they are correctly prioritised. The Facilities Supervisor is well
disposed towards Energy Management and would be the ideal leader for an Energy
Management Team.
The site has recently developed a formal energy monitoring and reporting system. This
is an important step in the process of implementing an Energy Management System.
Electricity, CHP and boiler fuel meters should be read weekly and the energy
consumption related to production output through an Energy Performance Indicator.
This formal reporting system will start to raise questions among the operations
personnel about what drives energy consumption on the site.
The Energy Team should meet initially on a weekly basis and then as actions start to
happen, the frequency could be reduced to fortnightly and eventually to monthly when
the system is fully operational. It will be important to start an awareness initiative
among the staff to support the team in its work.
An opportunity may exist to join an SEI Energy MAP training programme in the near
future. Implementation of a formal energy management system based on the Energy
MAP is the first step to a long term sustainable change to structured energy
management which may ultimately lead to the IS 393 Energy Management Systems
implementation. I recommend that Millipore consider entering into an Energy
Agreement with SEI with a view to full implementation of IS 393 in 2009.
The main barriers to implementing a sustainable energy management system on site
revolve around lack of general awareness among staff and specific competence in
identification of energy saving opportunities. These barriers, allied to the high level of
activity of the site personnel due to increased capacity addition results in time to
implement these types of initiatives being at a premium. The establishment of a team to
work on this will spread the workload and increase the chances of success.
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Services for Business Programme
- Site Visit Report
The current contract for energy supply should be reviewed with the supplier. It
appears that Millipore is suffering significant penalties due to the structure of this
contract. The site has recently renegotiated the price element of the contract for 2008
with significant savings accruing. However, the structure of the contract could still
result in energy savings being gained with no financial return to Millipore due to the
take/ pay aspects of the contract.
I recommend that the moulding operations be separately assessed and benchmarked in
accordance with the Low Energy Plastics Process European Best Practice Gide from
the euRECIPE website www.eurecipe.com . This guide and website provides on line
benchmarking of energy in plastics manufacturing to help Millipore determine if its
operations in this area are optimised from an energy perspective. A copy of this guide
will be sent to Millipore with this report.
I am confident that a ca. 3 % saving can be achieved relatively easily in line with
our experience on other sites. A further 3 to 5 % should be possible if a structured
Energy Management System is fully implemented.
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Services for Business Programme
- Site Visit Report
Table of Contents
1
Introduction
1.1 Site Visit
1.2 Description of Site
1.3 Client’s Objectives
2
Energy Management
3
Energy Consumption
3.1 Annual Consumption
3.2 Main Energy Consumers
3.3 Energy Performance Indicators (EPIs)
4
Opportunities for Energy Savings
4.1 Recent/Existing Energy Saving Initiatives
4.2 Suggested Opportunities for Energy Savings
5
Additional Information
6
Next Steps
Appendix A – Site Tour Checklist
Appendix B – Energy Management Diagnostic Questionnaire
1
1.1
Introduction
Site Visit
Organisation Name:
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Millipore Ireland B.V.
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Services for Business Programme
- Site Visit Report
Site Name &
Address:
Carrigtwohill, Co. Cork
SEI Client ID:
0354
Date of Visit:
11th December 2007
Duration of Visit (h):
4 hours
SEI Energy Advisor:
L.Tolton
Visit Hosted By:
Ms. Breeda Comyns, EHS Manager
Liam Tolton undertook a site visit of the Millipore Ireland site at Carrigtwohill under
SEI’s Services for Business Programme. The site is a modern filter membrane
manufacturing facility which is currently undergoing significant expansion. The site is
also manufactures moulded plastic parts for Millipore products.
This report has been prepared with all reasonable skill, care and diligence and
summarises the findings from the half-day site visit.
All values quoted in this Report are based on information provided by the Client. All
values quoted for energy savings are estimates and may require additional detailed
investigation to confirm their validity.
Description of Site
1.2
The site is a modern manufacturing plant comprising a filter membrane manufacturing
facility and a plastic injection moulding operation. The site is located on ca. 38 acres
and comprises:






Manufacturing Areas
Assembly Areas
Laboratories
Warehousing
Administration
Utilities
Operations outside the above buildings include:



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Solvent storage tank farms
Solvent Recovery Systems
Environmental Control Systems
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






Waste Water Treatment Systems
Combined Heat and Power Plant
Electricity substation
Hazardous waste storage area
Gas cylinder storage areas
Thermal Oxidisers
External Waste Solvent Drum Store
The facility is currently undergoing significant expansion of its membrane production
processes, tank farm and thermal oxidiser capacity.
The site is supplied with electricity, steam and hot water from a 1 MWe gas fired
engine based Combined Heat and Power system. This unit is owned by BG Cogen and
supplies part of the energy supply to the site, the remainder being supplied under
contract by the same supplier from the electricity and gas grids. The contract for the
energy supply commenced ca. 8 years ago and is due for review in ca. 2 years time.
Client’s Objectives
1.3
The objectives of Millipore in the area of energy management are:
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
Reduce the impact of rising energy costs on the cost of production

Optimise the energy consumed on site

Reduce the Carbon footprint of the site operations

Comply with the Energy aspects of the site Integrated Pollution Prevention and
Control (IPPC) license
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- Site Visit Report
Energy Management
2
Energy management is an all-encompassing process that should include every aspect of
an organisation from finance, human resources and public relations to maintenance,
purchasing and planning.
An Energy Management Diagnostic Questionnaire was completed for the site; the
completed questionnaire is included in Appendix A. The Diagnostic was completed
with the EHS manager and the Facilities Supervisor. Millipore scored 52% overall on
this diagnostic. Figure 1 shows the breakdown of the score between the five pillars of
energy management.
This score is quite high for an initial diagnostic result and reflects the work that has
been done over the years to reduce the impact of energy costs on the Millipore
operations and to comply with the EPA requirements as outlined in the site IPPC
license.
Figure 1: Breakdown of Energy Management Diagnostic Score
100%
80%
Score
60%
40%
20%
0%
Commitment
Identification
Plan
Action
Review
5 Pillars of Energy Managem ent
This graph shows that there is a lot of identification and planning underway. The
commitment pillar is a little lower than expected in view of the successes gained
already. Discussions on site show that this has recently changed with significant
management focus and commitment now being directed at Energy Management. This
will improve the score in this area when specific actions are formalised.
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The principal barriers to developing, implementing and maintaining a full and effective
energy management system at the site are awareness among the general staff and
specific competence in identifying potential opportunities. These barriers are
specifically addressed in proposed actions on the Register of Opportunities.
There is additional information available on energy management from SEI’s Energy
MAP website at www.sei.ie/energymap.
3
Energy Consumption
Annual Consumption
3.1
The site is supplied with Energy from a 1 MW(electrical) Combined Heat and Power
System with top up as required from the electricity and gas grids. Based on
assessments of energy bills , the CHP plant operated at ca. 74 % efficiency in 2006 but
this dropped to ca. 49 % in 2007 as the unit was down for some time during the year.
The operation of this unit has a significant bearing on the site energy costs as it appears
that the site is penalised for drawing too much electricity and not enough heat in the
form of steam and hot water from the system. I recommend that the structure of the
CHP contract be reviewed to determine if it is providing good value to the site in
its current configuration.
The site energy consumption is rising due to additional capacity being brought on line.
However, the overall energy performance of the site in relation to the production
volume is improving with the addition of the new capacity. This is a very positive
scenario and one that should be closely monitored over the next 12 months to ensure
these gains are consolidated.
Millipore’s annual energy consumption is set out in Table 1 and summarised in Figures
2 and 3.
In 2006 ca. 55 % of the electricity consumed was generated on site by the CHP unit.
This percentage reduced to 38 % in 2007 for two reasons:

Increase in overall electricity requirement by ca. 19%

A reduction of ca. 18 % in the output available from the CHP plant.
The gas requirement in the same period increased by ca. 9% with a drop of 26 % in the
thermal output available from the CHP unit in line with the operational problems
experienced with that unit in 2007.
The costs of imported Electricity increased by 8.3 % in 2007 while the cost of CHP
electricity increased by ca. 28 % in the same period. The costs of imported gas reduced
by 5 % while the cost of the thermal output of the CHP unit increased by 39 % in the
same period. This is further evidence of the operational issues with the CHP unit
reflecting in increased costs to the site.
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Figure 2: Breakdown of Energy Consumption
2006 Energy Consum ption
CHP Thermal
8%
0%
Electricity
35%
Natural Gas
54%
Figure 3: Breakdown of Energy Spend
2006 Energy Spend (excl. VAT)
CHP Thermal
11%
Natural Gas
30%
0%
Electricity
59%
Services for Business Programme
- Site Visit Report
Figure 4: Breakdown of Energy Related CO2 Emissions
2006 CO2 Em issions
CHP Thermal
11%
0%
Electricity
52%
Natural Gas
37%
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Table 1: Annual Energy Consumption & Energy Costs
2006
Fuel
Quantity
[kWh]
Spend
(excl.
VAT)
2007
CO2
Emissions
[t]
Quantity
[kWh]
Spend
(excl.
VAT)
CO2
Emissions
[t]
Additional Information
Electricity Imported
5,940,600
€602,358
3,784.2
9,780,000
€1,073,654
6,229.9
AUP 2006=10.140 c/kWhr AUP 2007 = 10.978
Electricity – onsite Generation (CHP
etc.)
7,333,378
€819,207
1,962.0
6,035,400
€861,175
1,614.7
AUP 2006=11.171 c/kWhr AUP 2007 = 14.269
20,084,882
€733,364
3,976.8
21,861,157
€757,085
4,328.5
AUP 2006= 3.651 c/kWhr AUP 2007 = 3.463
4,330,481
€278,371
1,158.7
3,191,694
€286,135
854.0
37,689,341
€2,433,300
10,881.7
40,868,251
€2,978,049
13,027.1
Electricity Exported
Natural Gas
Thermal CHP Output
0
AUP 2006=6.428 c/kWhr
AUP 2007 = 8.965
Fuel Oil (HFO / MFO)
Kerosene / Gasoil
Solid Fuels
Renewables
Fleet
Total
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AUP 2006= 6.456 c/kWhr AUP 2007 = 7.287
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- Site Visit Report
3.2
Main Energy Consumers
The main energy consumers at the site are summarised in Tables 2 & 3 below. It was
not possible to quantify the breakdown of energy use on a complex site such as this one
in the time allowed. I have therefore identified the significant energy users as a guide
for further analysis
Table 2: Summary of Primary Electrical Energy Consumers
Electrical Energy Consumer
% of
Total
Comments
Building HVAc
Process Equipment
Injection Moulding
Compressed Air
Cooling
Lighting
Waste Water Treatment
Table 3: Summary of Primary Thermal Energy Consumers
Thermal Energy Consumer
% of
Total
Comments
Process Heating
Solvent Recovery
This is an increasing load due to
new equipment installation
Thermal Oxidation of Air Emissions
A new thermal oxidiser was
installed in 2007
3.3
Energy Performance Indicators (EPIs)
The site currently measures and EPI based on Volume / Energy requirement. I
recommend in addition to this EPI that the site develop some specific EPIs in the form
of Energy used per unit of production. These should be both thermal and electrical. I
also recommend that the injection moulding operations be separately monitored and a
separate EPI reported which would allow benchmarking against similar operations in
other Millipore Sites and in the EU plastics industry. A specific report entitled Low
Energy Plastics Processing- European Best Practice Guide is available from the
eu RECIPE website at www.eurecipe.com This guide contains specific
recommendations for improvement of energy efficiency in plastics manufacture. The
site also provides on line benchmarking at basic and advanced levels for plastic
manufacturing.
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4.1
Opportunities for Energy Savings
Recent/Existing Energy Saving Initiatives
The site currently has a contract with an energy consultant to identify and develop
energy saving opportunities. This effort has resulted in a level of continuous
improvement over the years. However, the recent rapid increase in production capacity
will now provide some new challenges to optimise energy consumption as the new
plant is brought on line. The new facilities were designed with improved energy
consumption as part of the initial specification.
4.2
Suggested Opportunities for Energy Savings
We identified a number of opportunities for further energy savings at the site; these are
summarised in Table 4 overleaf. Any values quoted for energy savings are estimates
and would require further investigation to verify their accuracy.
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Table 4: Opportunities for Energy Savings
Cost
Range
Category
Target Date
No / Low
Organisational
3 Months
No / Low
Organisational
3 Months
Increased
Management
focus
No / Low
Organisational
3 Months
Increased focus
on EM
No / Low
Organisational
3 Months
Set up a formal Annual Energy Review with Senior
Management
Increased
Management
focus
No / Low
Organisational
3 Months
Use 2006 data as the initial review
06
Review past and present energy consumption.
Increased
Monitoring &
Targeting
No / Low
Organisational
3 Months
Completed for 2006 & 2007 at
site level as part of this review
07
Prepare a list of Significant Energy Users
Increased focus
on large
consumers
No / Low
Technical
3 Months
Planned as part of IPPC Energy
Audit
Analyse current energy consumption to determine what
drives energy use on site
Increased focus
on large
consumers
3 Months
It is suspected that Weather and
Production volumes drive energy
use. Previous Audits ruled out
correlation to degree days, This
will need to be revisited.
No.
Opportunity
01
Formally appoint the facilities supervisor to act as Site
Energy Manager
02
Set up an Energy Management Team
03
Formally appoint a Senior Manager to act as Energy
Team Sponsor
04
Draw up a revised energy policy separate from current
policies
05
08
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Indicative
Benefits
Increased focus
on EM
Increased focus
on EM
No / Low
14
Technical
Additional Information
Status
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09
Formalise the Energy Saving Programme with specific
target savings related to project list
ca. 3 % savings
should be
achievable
(ca.90k)
Medium
Technical
6 Months
10
Add the ideas being generated by the Millipore Energy
consultant to this register of opportunities
Consolidation
of all Energy
saving ideas
No / Low
Organisational
3 Months
SEI Experience suggests that 3 to
5 % should be relatively easy to
achieve with low investment
556k potential
from 2007 data
No / Low
Organisational
3 Months
Site has already renegotiated
contract for 2008 with prices now
more in line with the market.
This should lead to significant
savings (ca. 556k based on 2007
data) going forward.
Review Minimum Take/ Pay clauses in contract on
both electricity & thermal to ensure savings gained on
thermal are not lost to take or pay
Improved
procurement
No / Low
Organisational
3 Months
This should be part of an overall
assessment of the CHP contract
Consider a site wide Energy Awareness campaign
Improved
awareness
among staff
No / Low
People
6 Months
This may be planned using SEI on
line tools
11
Review Contract with CHP ./ Energy Supplier to
ensure optimum value
12
13
Consider joining SEI Energy MAP training
programme
Complete the work to set up all utilities equipment on
PM programme
Establish an Energy Efficiency Review Procedure for
all new equipment and systems
Increased EM
competence
No / Low
People
6 Months
Improve O&M
No / Low
Technical
6 Months
Improved Life
Cycle costs
No / Low
Technical
6 Months
17
Consider the establishment of Energy Performance
Indicators (EPIs) based on activity. Currently on a
volume/ energy ratio)
Improved
Focus on
energy metrics
No / Low
Organisational
3 Months
EPI should ideally be kWhrs / unit
of volume.
18
Consider a separate EPI for Moulding Area
Improved
Focus on
energy metrics
No / Low
Technical
6 Months
This may require some additional
metering to be installed
14
15
16
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Carry out an energy measurement survey of all major
users
Improved M&T
No / Low
Technical
6 Months
20
Issue an Energy Report at least monthly
Improved M&T
No / Low
Organisational
3 Months
Report on consumption, CHP
availability / efficiency, cost and
EPIs as above
21
Review new air compressor arrangements for Energy
Optimisation when installation of new unit is
completed
Optimise CA
costs
Medium
Technical
6 Months
There may be options to use waste
heat from compressor for space
heating
22
Purchase Ultrasonic Leak detector for air leak surveys
Medium
Technical
6 Months
These units may also be used for
steam trap testing
23
Consider in house steam trap testing programme using
above unit
No / Low
Technical
6 Months
24
Review options for Improved Steam Boiler Controls
7.5K p.a.
Medium
Technical
6 Months
25
Review options for Boiler economiser installation
30k p.a.
High
Technical
12 Months
26
Upgrade Valve insulation to Jacket Type
Reduced heat
losses
Medium
Technical
6 Months
27
Carry out a lighting survey in all areas with a view to
installation of occupancy control and higher efficiency
luminaires
Reduced
lighting costs
No / Low
Technical
6 Months
Consult with major lighting
suppliers
28
Review Energy Use in Moulding Area and benchmark
against eu RECIPE plastics benchmark survey
Benchmarking
No / Low
Technical
6 Months
Some metering may be required to
separate out the energy consumed
in this area
This may only be economically
feasible if maintenance costs are
too high on older units or they are
being considered for replacement
for other reasons
Optimise CA
costs
Reduce steam
trap failures
29
Consider replacement of hydraulic machines with
Electric Machines
30 to 60 %
reduction on
moulding
energy costs
30
Review Barrel Insulation on moulding machines
Reduced Losses
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High
Technical
When
Opportunity
Arises
Medium
Technical
12 Months
16
Consult with Boiler
Manufacturers
Consult with Boiler
Manufacturers
These will make maintenance
easier
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Review options for VSD installation in moulding
machines
32
Review Moulding Settings for consistency
33
Review Cycle times for moulding machines
34
Review Scrap Levels to determine if these are optimal
35
Review PMs on Moulding machines to ensure energy
efficiency is optimised (esp. heat exchangers /cooling
systems)
36
37
38
39
Review operation of Grinders to ensure they are
operating only when required
Review operation of new Thermal Oxidiser to ensure
optimum energy performance
Review HVAc system to determine if opportunities
exist for optimisation
Join SEI LIEN (large Industry Energy Network)
40
Consider entering into an Energy Agreement with SEI
and moving to IS 393 adoption
41
Consider joining Energy MAP Training Programme
42
Complete an interim Energy Audit pending completion
of new development
43
Complete a detailed Energy Audit when current
developments are commissioned
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Improved
efficiency
Improved
efficiency
Improved
efficiency
Improved
efficiency
Medium
Technical
12 Months
No / Low
Technical
3 Months
No / Low
Technical
6 Months
No / Low
Technical
6 Months
No / Low
Technical
3 Months
No / Low
Technical
6 Months
No / Low
Technical
6 Months
Reduced Losses
No / Low
Technical
6 Months
Networking
Improved EM
using structured
approach
No / Low
Organisational
3 Months
Medium
Organisational
12 Months
No / Low
People
When
Opportunity
Arises
No / Low
Technical
3 Months
Depending on EPA approval
Medium
Technical
>12 Months
Depending on EPA approval
Improved long
term capability
Improved
efficiency
Improved
efficiency
Improved EM
competence
Additional
ideas for
Register of
Opportunities
Additional
ideas for
Register of
Opportunities
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44
45
46
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Review the utilisation of heat from the CHP unit
(Steam and Hot Water ) to determine if these can be
optimised to avoid take /pay penalties
Review potential for additional metering on electricity
for large loads
Review potential for additional metering on gas for
large loads
Improved
efficiency and
lower costs
No / Low
Technical
3 Months
Improved M&T
Medium
Technical
6 Months
Improved M&T
Medium
Technical
6 Months
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5
Additional Information
The Millipore site is a well designed and well managed facility. The additional
capacity currently in construction will require some months to fully determine its
energy efficiency level. This is likely to be in 2009. I recommend that a more detailed
energy assessment be carried out at this time when all of the new facilities are in
operation.
The site personnel are accustomed to structured systems, making this site an ideal
candidate for an Energy Agreement and progression to full implementation of IS 393.
The best way to start on this initiative would be for key personnel to complete the SEI
Energy MAP training programme. This would provide a solid foundation for IS 393
implementation in 2009.
6
Next Steps
•
Millipore should review this report and in particular the opportunities for energy
savings identified in Table 4.
•
Liam Tolton will contact Breeda Comyns in about one week to briefly discuss this
report and to provide any relevant clarifications.
•
SEI has appointed Liam Tolton to provide follow-up energy management
mentoring to Millipore over the next three months. Liam will contact Breeda
regularly over this period to assist, mentor and encourage Millipore in progressing
the opportunities for energy savings identified in Table 4 and in improving energy
management.
•
Millipore should use this three month period to kick-start progress on the energy
savings opportunities and to improve on the priority areas identified in the Energy
Management Diagnostic Questionnaire.
•
Breeda / Daragh should contact Liam by email or by telephone over this period
with any queries relevant to energy management.
•
Ms. Mairead Cirillo of SEI will contact Breeda Comyns over the next few weeks
with a request to fill out a short evaluation of SEI’s Services for Business
Programme; we would be grateful for co-operation in completing this.
•
Ms. Nessa Duggan of SEI will be in contact shortly to discuss Millipore’s
participation in the Large Industry Energy Network (LIEN) (ref Opportunity No.
39 in Table 4).
•
Mr. John O’Sullivan of SEI will be in contact shortly to discuss Millipore’s
participation in a formal Energy Agreement (ref Opportunity No. 40 in Table 4).
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•
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Ms. Mairead Cirillo / Mr. Liam Tolton of SEI will be in contact shortly to discuss
training opportunities provided by SEI that would be of benefit to Millipore (ref
Opportunity No. 41 in Table 4).
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Appendix A – Site Tour Checklist
Score
Item
Poor
1
2
3
4
Observations / Comments
Excellent
5
N/A
Physical Condition of
Buildings / Plant
.
Insulation
Some opportunities on valve insulation
Steam / Condensate / Hot
Water Leaks
Few leaks in evidence
Boiler House
Some opportunities for improved
insulation and boiler controls /economiser
Compressed Air
This area was under construction
Cooling Systems
This area was under construction
Production Plant
Lighting
Some occupancy sensing potential
Evidence of Energy
Awareness (posters etc.)
Opportunities for Increased awareness
Solvent Recovery Areas
New SRU under construction
Thermal Oxidisers
New Thermal Oxidiser installed
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Appendix B – Energy Management Diagnostic
Questionnaire
Energy Management Diagnostic Questionnaire
Site Name: Millipore Ireland B.V.
SEI Client ID: 0354
Breeda Comyns
EHS Manager
Participants: Darragh Newman Facilities Supervisor
Score: 52%
SEI Energy Advisor: Liam Tolton
Review
Action
Plan
Identification
Commitment
Question
Date: 11-Dec-07
Assessment
Additional Comments
1 Is there a Co-ordinator appointed to
manage Energy Management?
Part of Facilities Supervisor Role
2 Is there a Senior Manager appointed to
sponsor an Energy Management?
Senior Management Team are starting to take an interest in
this area.
3 Is there an Energy Policy?
Part of Operations Management System Policy
4 Is the Energy Policy communicated to
employees?
Part of annual updates
5 Is there an annual review by senior
management of energy performance &
Energy Management?
6 Have you undertaken an overview of
past & present energy consumption?
Part of IPPC / ISO 14001
7 Have you surveyed current energy use
& identified significant energy users?
As above.
8 Have you identified the key factors that
influence energy consumption at the
site?
9 Do you continuously identify energysaving opportunities?
It is likely that a combination of weather and production
output are the main determinants
10 Do you set (Energy) Objectives &
Targets?
Set Annually
11 Is there an Energy Savings Programme
in place?
Part of Objectives and Targets for IPPC ./ ISO 14001
12 Are adequate resources allocated to
Energy Management / energy saving
activities?
13 Are energy-efficient practices and
energy awareness promoted amongst
employees?
14 Are key personnel trained in energy
efficient practices?
Part of Contract with Energy Consultancy
15 Is there an Energy Savings Register (of
Energy saving projects)?
Part of Contract with Energy Consultancy
16 Are energy intensive plant & systems
designed, operated & maintained to
optimise energy efficiency?
17 Have Energy Performance Indicators
(EPI) been developed for the site? Are
they monitored?
18 Is there an Energy Measurement &
Monitoring system in place?
Facilities Tech setting up PM system on utilities systems
19 Is energy performance reported to
management and key staff regularly?
Just started a weekly energy metrics system
Has been completed for previous IPPC license audits and
carbon footprint studies but requires update
Part of IPPC / ISO 14001
Departmental Reviews
Part of induction
Reporting annually only
At all energy sources but not all significant users
20 Is the effectiveness of the programme
reviewed annually?
What do you consider to be the 3 most important barriers to developing, implementing and maintaining a full and effective Energy Management System within your
organisation? [e.g. resources, training budgets, capital budgets, management time, lack of competent personnel etc.]
Barriers
i Awareness among the general staff
ii Training in identification of potential oppurtunities
iii
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Services for Business Programme
- Site Visit Report
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