2.2 Size and Composition of the
Electrical & Electronic Sector in Hong Kong
2.2.1 SMEs with Manufacturing
Facilities and Activities in Hong Kong
The current number of Hong Kong electrical and
electronic sector SMEs
with facilities and activities solely in Hong Kong has been obtained
from numerous C&SD publications[3],
including its annual publication the
2001 Annual Survey of Industrial Production
(ASIP), with more up to date figures acquired where necessary through
telephone enquiries. Table
11 of ASIP (Principal Statistics for All Manufacturing
Establishments, 2001) gives data on the number of establishments
and persons engaged in each MIG. Establishments with less than 100 employees are counted as SMEs
as defined by the Trade and Industry Department (TID) for
manufacturing enterprises (ASIP in fact groups establishments into six
sizes according to their number of employees: 1 to 9; 10 to 19; 20 to
49; 50 to 99; 100 to 199; and 200 to 499)[4]. As shown in
Table 2.2a,
the total number of Hong Kong electrical and electronic establishments
is 2,828, 98% of which (2772) are classed as SMEs.
Table 2.2a
Electrical and Electronic SMEs with Facilities in Hong Kong
Activity (I/D and MIG code)
|
Number of Employees in Hong Kong
|
SMEs
|
1-9
|
10-19
|
20-49
|
50-99
|
>100
|
Total
|
Electroplating I/D
381802 (note 4)
|
----
|
----
|
----
|
----
|
1
|
39
|
38
|
OAC Machinery MIG
382
|
269
|
15
|
14
|
3
|
7
|
308
|
301
|
Radio/Communication MIG
383
|
33
|
8
|
19
|
5
|
2
|
67
|
65
|
Electronic Components
MIG 384
|
56
|
16
|
14
|
14
|
24
|
124
|
100
|
Electrical Appliances MIG
385
|
47
|
4
|
7
|
0
|
0
|
58
|
58
|
Machinery & Parts MIG
386 - 387
|
1669
|
70
|
73
|
18
|
16
|
1846
|
1830
|
PSMC & PO Goods
MIG 389
|
302
|
43
|
20
|
15
|
6
|
386
|
380
|
|
|
|
|
|
|
2828
|
2772
|
The composition of SMEs across the surveyed industry groups is shown in Figure
2.2a. Clearly
Machinery and Parts MIGs (HSIC codes 386 - 387) dominate in their
number, distantly followed by Professional, Scientific, Measuring,
Control, N.E.C., Photographic and Optical Equipment (MIG 389) and
Office, Accounting and Computing Machinery (MIG 382).
Fig. 2.2a
Composition of Electrical & Electronic SMEs with Hong Kong
Operations
- 1% Electroplating (I/D 381802)
- 11% OAC Machinery (MIG 382)
- 2% Radio/Communication (MIG 383)
- 4% Electronic Components (MIG 384)
- 2% Electrical Appliances (MIG 385)
- 66% Machinery & Parts (MIG 386 – 387)
- 14% PSMC & PO Goods (MIG 389)
The HSIC definition for
manufacturing covers all establishments mainly with operations in Hong
Kong. Data in ASIP 2001
covers exclusively companies that have manufacturing facilities or
activities in Hong Kong. Therefore,
the ASIP 2001 data is considered a good estimation on the current
number of establishments of Hong Kong based SMEs in E&E sector
which have manufacturing facilities and activities in Hong Kong[5].
2.2.2 Hong Kong SMEs with
Manufacturing Facilities and Activities in Shenzhen
The current number of Hong Kong based SMEs in the electrical and
electronic sector with manufacturing facilities and activities in
Shenzhen has been quantified mainly through information compiled by
the Hong Kong Electronic Industries Association (HKEIA)[6].
The 2003-2004 Annual Directory of Hong Kong Electronic Industry (DHKEI)
and the HKEIA member database provided the necessary data. These
records covered both member and non-member companies with operations
ranging from electronic & electrical parts trading, consumer
electronic product manufacturing, through to industrial electronic and
electrical equipment manufacturing and export. The database also
provided valuable information including company name, contact details,
total number of staff in Hong Kong, location of manufacturing
facilities (including Shenzhen, Guangzhou, Dongguan, Zhongshan.
Shanghi or even overseas), business nature and product type[7].
The breakdown of the number of Hong Kong SME establishments with
manufacturing facilities and activities in Shenzhen in each selected
MIGs in 2001 is shown in Table 2.2b.
Table
2.2b Electrical and Electronic SMEs with
Facilities in Shenzhen
Activity (I/D and MIG code)
|
SMEs
|
Electroplating I/D
381802 (note 4)
|
3
|
OAC Machinery MIG
382
|
275
|
Radio/Communication MIG
383
|
528
|
Electronic Parts and Components
MIG 384
|
820
|
Electrical Appliances MIG
385
|
274
|
Machinery & Parts MIG
386 - 387
|
580
|
PSMC Equipment & PO Goods
MIG 389
|
462
|
|
2942
|
The composition of SMEs across the surveyed industry groups is shown in
Figure
2.2b. Unlike those
SMEs with facilities in Hong Kong, the distribution of SMEs across the
different industry groups is more even. Electronic Parts and Components (MIG 384) predominates,
followed by Radio and Communication (MIG 383), Machinery and Parts (MIG
386 - 387) and Professional, Scientific, Measuring, Control, N.E.C.,
Photographic and Optical Equipment (MIG 389).
Fig.
2.2b Composition of
Electrical & Electronic SMEs with Shenzhen Operations
- 0% Electroplating (I/D 381802)
- 9% OAC Machinery (MIG 382)
- 18% Radio/Communication (MIG 383)
- 28% Electronic Components (MIG 384)
- 9% Electrical Appliances (MIG 385)
- 20% Machinery & Parts (MIG 386 – 387)
- 16% PSMC & PO Goods (MIG 389)
2.3 Identifying Appropriate MIGs For
The ISO14001 EMS Practical Examples
As mentioned in Section 1, an important element of this support
package is the provision of easy to use Generic ISO 14001 EMS
Templates and User Manual that an SME can use to develop
its own ISO14001 Environmental Management System.
Various Practical Examples, which reflect as far as
possible on "real-life" activities and processes undertaken by
real SMEs in the electrical and electronic sector, are provided to
demonstrate clearly the step-by-step approach to EMS implementation.
The
major industry groups chosen to provide the basis for these Practical
Examples[8]
have been selected by consideration of:
The remainder of this
section describes the criteria used in the selection process and
identifies with explanations the MIGs that have been selected.
2.3.1 The Environmental Impacts of
SMEs in Different MIGs
The significance of the environmental impacts arising from the
manufacturing activities associated with each MIG has been evaluated
by consideration of seven areas of key concern consisting of 29
environmental factors:
1 |
Resource Use: natural resources (e.g. water, electricity, fuels,
etc), process chemicals, organic solvents, hazardous substances,
use of other chemicals for general purposes, etc; |
2 |
Air Emissions: dust/smoke emissions, toxic gas emissions, green
house gases emissions, odours, indoor air quality (IAQ), etc; |
3 |
Wastewater: discharges of toxic substances, oil and grease, other
industrial discharges, etc; |
4 |
Noise Nuisance: noise from machinery, ventilation, maintenance, etc |
5 |
Waste Management: packaging waste, reject products, scrap tools &
parts, industrial wastes, etc; |
6 |
Chemical Waste: locally / internationally regulated liquid and solid
chemical wastes; |
7 |
Potential Emergencies: leakage / spillage of chemicals/chemical wastes,
wastewater, air pollutants, risk of fire and explosion, etc. |
The selected MIGs have been evaluated in each area according to their
severity of environmental impact, with verification by a technical
advisor from a leading Hong Kong certification body, using the
following scoring system:
Classification
|
Interpretation
|
Score
|
N/A
|
Not applicable to the MIG
|
0
|
Insignificant
|
Not a typical environmental aspect in the MIG
|
1
|
Normal
|
A typical environmental aspect in the MIG
|
2
|
Significant
|
A typical significant environmental aspect in the
MIG
|
3
|
Detailed results for the evaluation are presented in Appendix B
and summarised in Table 2.3a below.
The top two ranked MIGs creating the most significant
environmental concerns are found to be Electronic Parts &
Components (MIG 384) and Electroplating (I/D 381802), whilst
Professional, Scientific, Measuring, Control, N.E.C., Photographic and
Optical Equipment (MIG 389) created the least.
Table
2.3a The Significance of Environmental Impacts of the Different
MIGs
Activity (I/D and MIG code)
|
Environmental Impact Score
|
Electroplating
I/D
381802
|
63.00
|
OAC Machinery MIG
382
|
43.50
|
Radio/Communication
MIG
383
|
37.63
|
Electronic Parts and Components
MIG 384
|
68.00
|
Electrical Appliances
MIG
385
|
33.75
|
Machinery & Parts
MIG
386 - 387
|
35.59
|
PSMC Equipment & PO Goods
MIG 389
|
26.00
|
Maximum Possible Score
|
87
|
Due to the similarity in the nature of operations between Hong Kong
based and Shenzhen based establishments in each MIG, their
environmental impacts are considered to be sufficiently comparable for
the purpose of identifying appropriate Practical Examples.
2.3.2
Global Supply Chain Pressure Trends Facing SMEs in Different MIGs
Global trends on supply chain pressures environmental management have
been investigated by considering the six typical supply chain
environmental requirements faced by the MIG:
1 |
Compliance to local
and international statutory requirements; |
2 |
Implementation of an
EMS or certification to ISO 14001 EMS; |
3 |
Adoption and
consideration of eco-design or "Design for Environment"; |
4 |
Adoption and
consideration of cleaner production or means to minimize the
generation of pollution; |
5 |
Other environmental
requirements such as client audit, review, evaluation,
environmental reporting, propagation of environmental awareness
to next level of the supply chain and education; |
6 |
Other
non-environmental requirements such as the consideration of
corporate social responsibility, sustainable development, safety
and health. |
More detailed explanations and examples of these pressures are given in Section
3.
The selected MIGs have been evaluated in each area according to the
severity of existing and forthcoming supply chain environmental
pressures, again with verification by a technical advisor from a
leading Hong Kong certification body, using the following scoring
system:
Classification
|
Interpretation
|
Score
|
Low-priority
|
Stable
Trend
|
1
|
Medium-priority
|
Slow growing trend
|
2
|
High-priority
|
Rapid Growing trend
|
3
|
The results for the evaluation are presented in Appendix C and
summarised in Table 2.3b.
The top two ranked MIGs facing the most significant
environmental supply chain pressures are found to be Electroplating
(I/D 381802) and Electronic Parts & Components (MIG 384), with
Machinery and Parts (MIG 386 - 387) facing the least.
Table
2.3b Degree of Supply Chain Pressures
Facing the Different MIGs
Activity (I/D and MIG code)
|
Supply Chain Pressure Score
|
Electroplating
I/D
381802
|
15
|
OAC Machinery MIG
382
|
10.5
|
Radio/Communication
MIG
383
|
8
|
Electronic Parts and Components
MIG 384
|
14
|
Electrical Appliances
MIG
385
|
10
|
Machinery & Parts
MIG
386 - 387
|
7
|
PSMC Equipment & PO Goods
MIG 389
|
7.5
|
Maximum Possible Score
|
18
|
As with the significance of environmental impacts, the high similarity in
the operating nature of Hong Kong and Shenzhen based operations
inferred supply chain environmental pressures sufficiently comparable
for the purpose of identifying appropriate Practical Examples.
2.3.3 Selection of Practical
Examples for SMEs with Operations in Hong Kong
In selecting the MIGs to form the basis of the
Practical
Examples to illustrate the EMS development process for establishments
in Hong Kong, consideration has been given to:
|
The MIGs with the
greatest number of SMEs (presented in Table 2.2a for the
SMEs with operations in Hong Kong); |
|
The MIGs with the most
significant environmental impacts (in Table 2.3a); and |
|
The MIGs with the
greatest degree of supply chain pressure for environmental
management (presented in Table 2.3b). |
The selection has been made by simple addition of the ranking of each MIG
for each of these criteria, shown in the following table.
Table
2.3c Selection of Practical Examples
with Operations in Hong Kong
|
Ranking
|
Total Score
|
Final Ranking
|
MIG
|
Number of Establishments
|
Environmental Impact
|
Supply chain pressures
|
MIG 384
|
4
|
7
|
6
|
17
|
1 (top)
|
MIG 382
|
5
|
5
|
5
|
15
|
2
|
I/D 381802
|
1
|
6
|
7
|
14
|
3
|
MIG 386 - 387
|
7
|
3
|
1
|
11
|
4
|
MIG 383
|
3
|
4
|
3
|
10
|
5
|
MIG 389
|
6
|
1
|
2
|
9
|
6
|
MIG 385
|
2
|
2
|
4
|
8
|
7 (least)
|
The top three business areas have therefore been selected as Electronic
Parts & Components manufacturing (MIG 384), Office, Accounting
& Computing Machinery (MIG 382) and Electroplating (I/D 381802).
These three MIGs have therefore been used as the basis for
developing the Practical Examples for SMEs in the electrical and
electronic sector with activities and facilities in Hong Kong.
2.3.4 Selection of Practical
Examples for SMEs with Operations in Shenzhen
Similarly, in selecting the MIGs to form the basis of the
Practical
Examples to illustrate the EMS development process for establishments
in Shenzhen, balanced consideration has been given to:
|
The MIGs with the
greatest number of SMEs (presented in Table 2.2b for the
SMEs with operations in Shenzhen); |
|
The MIGs with the most
significant environmental impacts (in Table 2.3a); and |
|
The MIGs with the
greatest degree of supply chain pressure for environmental
management (presented in Table 2.3b). |
The selection has been made by simple addition of the ranking of each MIG
for each of these criteria, shown in the following table.
Table
2.3d Selection of Practical Examples
with Operations in Shenzhen
|
Ranking
|
Total Score
|
Final Ranking
|
MIG
|
Number of Establishments
|
Environmental Impacts
|
Supply chain pressure
|
MIG 384
|
7
|
7
|
6
|
20
|
1 (top)
|
I/D 381802
|
1
|
6
|
7
|
14
|
2
|
MIG 382
|
3
|
5
|
5
|
13
|
3
|
MIG 383
|
5
|
4
|
3
|
12
|
4
|
MIG 386 - 387
|
6
|
3
|
1
|
10
|
5
|
MIG 385
|
2
|
2
|
4
|
8
|
6
|
MIG 389
|
4
|
1
|
2
|
7
|
7 (least)
|
The top three business areas have therefore been selected as Electronic
Parts & Components manufacturing (MIG 384), Electroplating (I/D
381802) and Office, Accounting & Computing Machinery (MIG 382).
These three MIGs have therefore been used as the basis for developing
the Practical Examples for SMEs in the electrical and electronic
sector with activities and facilities in Hong Kong.
|