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2020 Media
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2021
THE STRUCTURAL ENGINEER is the flagship publication of the
Circulation
17,000+
Institution of Structural Engineers and is its principal means of
communicating with its international membership.
It combines technically focused articles on The Structural Engineer multimedia portfolio Our sales team is adept at creating bespoke
structural engineering projects worldwide alongside enables advertisers to engage this key audience marketing packages which could include any of the
technical guidance for practising engineers, in print and online, offering plenty of profile raising following:
business guidance, features and opinion-based and ‘lead generation’ opportunities.
articles. Display advertising
The portfolio includes: Products and Services panels
Published monthly (11 issues per year), the Classified advertising
magazine is distributed to all paying members The Structural Engineer in print
of the Institution including 3,000 partners Company/consultancy profiles
and principals of consulting firms in the UK he Structural Engineer website:
T Advertorials
and worldwide. Circulation, including paying www.thestructuralengineer.org Inserts
subscribers, exceeds 17,000. The Structural
Engineer offers a unique opportunity to influence he Structural Engineer job board
T Sponsored CPD modules
specifiers of products and services. (TheStructuralEngineerJobs): ther creative print executions such as:
O
thestructuralengineer.org/jobs tip-ons, spread markers and belly bands
E-newsletter advertising and content
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READERSHIP PROFILE* A N N UA L V
A LU
EO
Readers of The Structural Engineer influence
purchasing and specifiying decisions for
£0 - 500k 40 %% FM
AT
E RI
AL
construction products and services in the S
18 %
SP
following proportions:
£501k - 1.5m EC
IF
IE
£1.5m - 3.5m 14 %
D/
Steel Concrete
PU
RC
7%
HA
£3.5m - 6m
SE
84 %
80%
DB
£6m+ 21 %
Y RE
ADER
Glass Masonry
S
17% 52% On average, each reader
of The Structural Engineer
Timber
Structural design
and management influences spending on
materials in excess of
software
£2.5 million per year.
50% 70%
ADVERTISING CONTACT: +44 (0)20 7880 7555 *The Structural Engineer readership survey
tse@redactive.co.uk
50%
October 2019
Volume 97 | Issue 10
November/December 2019
Volume 97 | Issue 11
Structural Analysis
85%
MEMBERS OF THE INSTITUTION ARE INVOLVED IN THE FOLLOWING:
Lofty Foundations
70%
Winners and commendations
ambitions
Balancing design and
constructability in this striking
Buildings - Commercial
68%
new London tower
Structural Inspections
62%
77%
Buildings - Industrial
Designing a
timber truss
59%
of readers are looking to
Building safety
after Hackitt
Retaining Structures
upgrade their analysis,
Optimisation-driven Addressing the
conceptual design housing crisis
58%
Balancing act
Health and safety
design or BIM software or
interventions
Fiona Cobb, author of the Structural
Buildings - Domestic
of readers say that 57%
Engineer’s Pocket Book, talks life, work Designing for health
and wellbeing
computer workstations
and her approach to conservation projects
Frames, Joints and Connections
within the next 50%
TSE92_1_COVER.indd 2 19/09/2019 14:25 TSE93_1_COVER best.indd 2 06/11/2019 11:15
12 MONTHS is their preferred
engineering publication
40%
Historic Buildings
Tall Buildings/Towers/Masts
31%
78%
Bridges
25%
Earthquake Engineering
24%
of readers spend between
PA S S O N 24%
24%
Geotechnics
Temporary Works
READERSHIP OF
28,000
30mins & 23%
Architecture
2hrs READING 23%
Soil Mechanics
Computing/IT
23%
Management/Marketing
20%
35%
Law and Contracts
70%
19%
Risk
18%
Ground Drainage
18%
Stadia/Grandstands/Leisure
of readers do not read 14%
any other B2B magazines of readers regularly use 11%
Shells, Plates and Domes
analysis, design or Marine/Harbours/Docks
BIM software 10%
Offshore Structures
9%
Tunnels/Mining
7%
ADVERTISING CONTACT: +44 (0)20 7880 7555
tse@redactive.co.uk Source | Readership survey
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ANALYSIS & DESIGN
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Horizontal: 123mm high x 186mm wide February 2021 14 January 2021
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September 2021 12 August 2021
October 2021 16 September 2021
Nov/Dec 2021 27 October 2021
January 2022 9 December 2021
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CPD MODULES
Chartered, Associate and Technician members of the Institution must PRICE: £4,950 OR
complete a specified amount of Continuing Professional Development (CPD)
each year. All CPD undertaken must be reported to the Institution annually. £8,950 FOR TWO
What better way, therefore, for your organisation The Structural Engineer CPD sponsorship package includes:
to engage structural engineers and share your
Sponsorship of a four-page CPD module in The Structural Engineer (should include three pages
technical insights with them than by authoring a
of copy/images and a one-page questionnaire) in one issue
CPD module to be included in the Institution’s
flagship publication, The Structural Engineer, in ‘Supplied and sponsored by’ and logo on first page of module
ANALYSIS & DESIGN
print and online?
Access to data of individuals completing the CPD module (subject to GDPR opt-in)
Sponsorship of The Structural Engineer’s CPD
programme is a highly effective platform to Industry CPD Supplied and sponsored by Steel for Life
communicate the technical capabilities of your
product or service to all members of the Institution
Industry CPD
Supplied and sponsored by Steel for Life Industry CPD Industry CPD Supplied and sponsored by Steel for Life
in print and online; offering plenty of profile raising
ANALYSIS & DESIGN
Supplied and
sponsored by
îAll the substructure for 100
set of embodied carbon coefficients can Liverpool Street was retained, as
and ‘lead generation’ opportunities.
well as approx. 50% of the original
however be far more difficult. Carbon coefficients
steel frames that extend up to
Steel and embodied carbon
are dependent upon a number of factors and eight storeys high Extraction Extraction
assumptions that can signicantly inuence the
nal results.
There are several standards that set out how
Sitting alongside The Structural Engineer’s high
to undertake embodied carbon assessments.
This CPD module, Continuing professional development (CPD) ensures you remainThese include the ISO 14040 series, standards
developed under CEN TC 350, specically BS
sponsored by Steel for Life, competent in your profession. Chartered, Associate and Technician
EN 15804, BS EN 15978, etc. Manufacture Manufacture
members of the Institution must complete a specied amount each year.
examines the embodied
value technical content, your CPD module will
All CPD undertaken must be reported to the Institution annually. Steel
Reading and embodied carbon
carbon credentials of Theatsteel
and reecting on this article by correctly answering the questions thesector has always advocated the more
steel and its potential end is advocated to be: meaningful lifecycle assessment approach of
considering a cradle-to-cradle – or whole-life
to contribute to a zero-
enable you to gain:
carbon – approach, which takes account of how, Recycling T
Transport Recycling T
Transport
carbon future. 1 hour of veriable CPD or if, a material can serve a meaningful purpose Cradle Whole
beyond simply being reduced to hardcore for to Life
example, after its original use has ended. Gate Carbon
Steel has exceptional circular economy
The construction industry has set itself
credentials as it is typically either reused or
xtensive exposure in The Structural Engineer
ambitious targets for reducing its carbon
E
recycled. Steel almost never adds to the
footprint. The World Green Building Council for
construction and demolition waste sent to landll.
example,
ANALYSIS in 2019’s Bringing Embodied Carbon
& DESIGN Lifecycle assessment shows that steel’s long- Demolition Construction Demolition Construction
Upfront: Coordinated action for the building
proven sustainability advantages are strong when manufacturing processes – Modules A1–A3 – Releases can be solid wastes or emissions to
and construction sector to tackle embodied
account is taken of what happens to the material ignoring whole-life data. air or water.
in print and online
carbon, has targeted at least a 40% reduction
when a building or other structure reaches The steel sector is among those that present 2) Evaluating the potential impacts associated
in embodied carbon from new buildings,
the end of its useful life. Steel is not difficult or data for their products that consider all of BS EN with these inputs and releases, e.g. the
infrastructure and renovations by 2030 and net-
expensive to dispose of as it has a continuing 15804’s lifecycle stages (Table 1), sometimes global warming impact from greenhouse gas éFIGURE 1: Comparison of lifecycle assessment scopes and system boundaries
zero by 2050.
value to society – it can be recycled or reused called ‘cradle-to-cradle’ to reect the inclusion emissions.
Also by 2050, all buildings, including existing
endlessly without detriment to its properties. of reuse and recycling data, and increasingly 3) Interpreting the results to help make informed
buildings, must be net-zero operational carbon.
The recovery infrastructure for steel recycling referred to as whole-life carbon assessments. decisions. of system boundaries in the analysis. Adopting a cradle-to-gate rather than a more to be aligned.
As the title of the World Green Building
Association with the delivery of high value
is highly developed and highly efficient, and has A lifecycle assessment study comprises three System boundaries determine which comprehensive whole-life carbon approach in There is a growing appreciation of the need
Council’s report acknowledges, a key milestone
been in place for decades. Current recovery steps: A common failing of some studies that try to processes are included or excluded in a lifecycle assessment and carbon footprinting to include building end-of-life impacts (Module
on the transition to a zero-carbon future will be
rates from demolition sites in the UK are 99% for 1) Compiling an inventory of relevant energy and compare one construction material with another, lifecycle assessment or other embodied studies has, in the past, been blamed on a lack C) and Module D benets from reuse and
ensuring that the embodied carbon content of
structural steelwork and 96% (on average) for all material inputs and environmental releases either at structural frame or whole-building level, carbon study. EPDs, which are derived using of sufficiently robust data on what happens to recycling as part of a robust, whole-life carbon
buildings and other structures is minimised.
learning content
steel construction products. (outputs) associated with a dened system. is an inadequate appreciation of the importance lifecycle assessment, are increasingly used materials during and after demolition, and the assessment (Figure 1). Limiting the scope
To tackle the carbon issue will demand taking
Steel is manufactured by two production by construction product manufacturers fact that such information is an estimate based to just Module A equates a 100% recyclable
account of overall ‘whole-life carbon’ – dened
routes (BOS and EAF), which together comprise to provide environmental data on their on current practice – which may of course building to one which is 100% landlled when it
here as ‘cradle-to-cradle’ emissions, taking into
a single global system of supply to meet growing TABLE 1: Lifecycle stages and modules products. Such analyses must be clearly change in the future. This is the Module C and is demolished.
account reuse or recycling potential – rather than
world demand. Both production routes include dened and consistent with the system D information as dened in BS EN 15804. Landll avoidance through downcycling
the more simplistic, ‘cradle-to-gate’ calculations éCellular beams are used to accommodate building services within their depth and provide the exibility to accept any future Construction works life cycle information
a signicant recycled content, the average of boundaries. Reporting of Module C and D values is now construction materials is unsustainable to deliver
typically used by the construction industry which requirements
which is 60% for structural steel used in the Stage Module Type Cradle-to-gate with Different scopes and systems boundaries mandatory in EPDs produced to EN 15804. a truly circular, zero-carbon built environment.
only account for ‘product stage’ emissions. carbon emissions from the operation of the
Increased awareness of your brand and
UK according to WRAP. British Steel advise a Modules C1–C4 and D that can be considered, and must be clearly The lack of sufficiently robust ‘end of As a sector we have to move up the waste
building (operational carbon) together make up Embodied carbon assessment similar gure; in the European steel industry as dened, include: life’ data was addressed for steel by PE management hierarchy and reuse our buildings
What is embodied carbon? the complete lifecycle carbon footprint of the Quantication of the embodied impacts of
a whole, recycled scrap steel accounts for 56%
A1 Raw material supply Mandatory
| geographical area International, now called Sphera, several years and their constituent parts.
The term ‘embodied carbon’ refers to the building. buildings can be more complex than for Product A2 Transport Mandatory
of total steelmaking, being made up of 32% pre- | time horizon, i.e. when the data were ago. PE International examined these factors
greenhouse gas emissions (expressed as carbon The scale of the potential threat of global operational carbon impacts. This is mainly due to
Environmental Product
product
consumer and 24% post-consumer scrap. For A3 Manufacturing Mandatory collected for a range of materials commonly used in
dioxide equivalents – CO2e) that occur during climate change has focused attention on carbon different scoping and methodology assumptions,
purchases of European steel, it is recommended A4 Transport | boundaries between the specic system building framing systems and derived Module C Declarations
the manufacture
ANALYSIS & DESIGN and transport of construction emissions and therefore most construction- concerning the lifecycle stages to be included
to use a recycled content gure of 56% which Construction process studied and related technical systems, e.g. and D data for steel, concrete and brick/block Designers and speciers looking for evidence
materials and components, as well as the related environmental impact studies focus on within the scope of the assessment. A5 Construction/installation process
reects the total industry position. the production of capital goods used to products. that they are making low-carbon selections
construction process itself and end-of-life this impact category. While carbon emissions Conceptually, embodied carbon assessments B1 Use manufacture a product At the level of individual products it is of products can use the appropriate steel
aspects of the building. are clearly an important priority, more thorough are quite straightforward, involving the
Comprehensive lifecycle B2 Maintenance | boundaries between the technological mandatory in BS EN 15804 to report Module D manufacturer’s EPD, assuming that they know
In recent years, the term ‘embodied carbon’ environmental assessments should consider a multiplication of quantities of construction
assessment data B3 Repair
system and nature, i.e. which lifecycle information, for very good reasons. At the level where their steel product will be sourced from.
of construction materials and products has wider range of impact categories; as is routinely products and materials (generally on a weight
Real leads in the form of the contact
Assessment of embodied carbon of materials stages are included within the system of an entire building, Module D reporting is not If the source of steel product is unknown,
become synonymous with the term ‘carbon done in lifecycle assessment studies. basis) with embodied carbon coefficients or Use B4 Replacement
should be based on robust data that is derived boundary, such as cradle-to-gate and yet mandatory in EN 15978, but this is currently which is generally the case at the design
footprint’. An embodied carbon or carbon While recent initiatives to reduce operational carbon emission factors. Quantities are generally
using lifecycle assessment as set out in BS B5 Refurbishment whole-life carbon system boundaries. under revision and the two standards are likely stage, then it is recommended that an average
footprint assessment is a subset of most lifecycle carbon have increased the relative importance of derived from a ‘take off’ from construction
EN 15804. This standard gives guidance B6 Operational energy use value, reecting a UK average consumption
assessment studies, i.e. only considering the embodied carbon as part of a whole-life building drawings or directly from Bills of Quantities.
details of those completing the CPD
around core product category rules relating to mix, is used. This is because steel is a globally
global warming potential (GWP) environmental assessment, operational carbon of new buildings Increasingly, design software is being developed
Environmental Product Declarations (EPDs) for
B7 Operational water use TABLE 2: European average EPD (kg CO2e/kg) traded commodity and therefore taking, for
impact category. still makes up most (around two-thirds) of the to automate the assessment process. C1 Deconstruction/demolition Mandatory
construction products and services. example, a UK average production value is not
The embodied carbon and the in-use whole-life carbon emissions over 60 years. Obtaining a comprehensive and compatible
A key distinction has to be drawn between C2 Transport Mandatory EN 15804 Modules representative of UK consumption.
End of life
module and consenting to receiving
assessments based on all of the lifecycle stages C3 Waste processing Mandatory The most appropriate average value for steel
42 identied in this standard – which is steel industry Product End of life Recycling on the European market (Table 2) is published
C4 Disposal Mandatory Whole-life
November/December 2020 | thestructuralengineer.org practice – and materials that only include some stage potential by bauforumstahl, the independent steel
of these lifecycle stages. Supplementary information beyond construction works lifecycle carbon promotional organisation in Germany. This is
Company Product Valid until A1–A3 C D
These partial and incomplete analyses use based on data collected from the biggest hot-
further information from you
Benets and loads D Reuse, recovery, recycling Mandatory
CPD Module_TSE Nov Dec 2020_The Structural Engineer 42 data that05/11/2020
can be called
08:20 ‘cradle-to-gate’, as they beyond the system potential bauforumstahl Sections and 24/10/2023 1.130 0.002 –0.413 0.72 rolled steel sections and plates manufacturers
only consider the impacts from extraction and boundary plates in Europe and includes the most up-to-date
43 44
thestructuralengineer.org | November/December 2020 November/December 2020 | thestructuralengineer.org
CPD Module_TSE Nov Dec 2020_The Structural Engineer 43 05/11/2020 08:21 CPD Module_TSE Nov Dec 2020_The Structural Engineer 44 05/11/2020 08:21
Please note: the CPD module is NOT advertorial: its credibility rests upon
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