TechConnect World Innovation Conference and Expo 2019

Johnson Matthey Technol. Rev., 2019, 63, (4), 277

Introduction

The TechConnect World Innovation Conference and Expo event has been held annually for the past 20 years and has alternated location between Boston, USA and California, USA. The 2019 conference was held in Boston between the 17th and 19th of June 2019 and attracted over 3000 participants from across all pillars of the ecosystem. The conference will be held in Washington DC, USA for the first time next year.

The aim of the conference is to connect top applied research and early-stage innovations from universities, laboratories and startups with industry end users and large corporates across the following themes, each with their own parallel stream:

  • Advanced materials

  • Advanced manufacturing

  • Energy and sustainability

  • Electronics and microsystems

  • Biotechnology, medical, pharmaceutical and consumer

  • Artificial intelligence (AI), machine learning, informatics and modelling

  • Personal and home care, cosmetics, food and agriculture

There were also two poster sessions over the three days and a large exhibition space with over 250 exhibitors showcasing and demonstrating their novel technologies and inventions.

Commercialisation of R&D

The keynote panel discussion ‘Inspiration to Innovation Commercialization of R&D’ took place on day one of the conference. The panel consisted of Alex Fensore (Sherwin-Williams, USA), Emily Riley (Energizer Holdings Inc, USA) and Chris van Buiten (Lockheed Martin, USA). There was discussion about needing both incremental and transformational innovation at different stages and in different places across an organisation and bespoke approaches and processes in place to run and manage each type effectively.

All panel members emphasised the importance of starting incremental innovation from capturing internal and customer unmet needs, followed by looking to see what capability is already in place or can be easily sourced to solve the problems and then collaborating externally to fill any gaps where necessary. There was less of a consensus on how to succeed at transformational or disruptive innovation.

The panel’s top tips for innovators were:

Innovation Spotlight: Composite Materials, Films and Coatings

One of the highlights of each of the sessions was the Innovation Spotlight slot. During this time each of the sponsoring companies has an opportunity to pitch to the innovators in the room and describe the company, its vision, ethos and goals and especially the types of challenges they are facing and where they are looking for new advanced materials. The innovators in the audience found these slots particularly useful to guide the areas to target their future research. If an innovative solution can be matched with a known problem that a large company is facing, then the route to commercialisation for the technology can be made easier.

Then followed a number of seven minute selected pitches from university technology transfer offices or startups looking for seed funding, licensing partners or commercialisation partners. Among the pitches in the Advanced Materials Innovation Spotlight (sponsored by AGC, USA and Magna, USA) were a selection summarised here.

‘CompPair Technologies’, A. Cohades (Laboratory for Processing of Advanced Composites, EPFL, Switzerland) (1). Composite materials are formed by combining materials together to form an overall structure with properties that differ from those of the individual components. They are used for a wide range of applications from wind turbine blades or aircraft wings to boat hulls and masts, surfboards and buildings. High performance and lightweight composites that are composed of fibre and resin can be susceptible to damage by fatigue or exposure to dust or projectiles, even small impacts can cause microcracks, which leads to bigger cracks and potentially catastrophic part failure. CompPair has developed a ‘prepreg’: a fibre-based repair agent that is incorporated directly throughout the composite materials on production and remains dormant in the part until activated to enact self-repair of the composite. The healing process requires only moderate temperatures of 70–85°C, easily achieved with a hand-held heat source and takes only one minute. The incorporation of the repair agent uses existing manufacturing routes and assets, maintains the mechanical performance of the original material and can extend the equipment’s lifespan by up to three times. The company is looking to trial its repair additives in new composite materials.

‘Enabling New Technology for Anisotropic Conductive Films’, P. M. Lindberget, CondAlign, Norway. CondAlign has a patented technology for producing a range of conductive films with anisotropic properties known as anisotropic conductive films (ACFs). Anisotropic materials can be described as having directionally different material properties. For instance, the material can be insulating in one direction and electrically conductive in another. The films are usually comprised of conductive particles and a polymer matrix. The mechanical properties of the films are mainly given by the matrix, while the conductive properties are defined by the particles. An electric field is used to structure and align the filler particles in a liquid matrix (Figure 1). When applying the electric field, electric dipoles are induced in the particles causing chain formation. The alignment occurs due to electrophoresis, therefore it is also possible to align non-electrically conductive or magnetic particles. CondAlign has demonstrated production of films with a wide range of different parameters. It is demonstrated in roll to roll production, making the process scalable and cost effective. The process is material independent and is applicable to a wide range of applications.

Fig. 1.

Alignment of particles when exposed to an electric field in conductive films with anisotropic properties made by CondAlign, Norway (Image used with permission)

Alignment of particles when exposed to an electric field in conductive films with anisotropic properties made by CondAlign, Norway (Image used with permission)

‘Surface Coating for Reduction of Aerodynamic Noise and Vibrations’, C. Smith (Texas Tech University, USA). Flow separation is a phenomenon considered to be responsible for increased vibration and drag along with higher energy consumption in vehicles. The team at Texas Tech University have focused on solving this problem using passive control via bio-inspired surfaces. Using a material analogous to the denticles on a shark’s skin, they have developed a passive microscale fibrillar coating that significantly reduced flow separation. This micro-texture energises the fluid adjacent to the body by creating local suction and blowing, delaying separation and giving a smaller wake leading to reduced noise and vibrations. A feature of shark denticles is the asymmetric geometry (Figure 2) (2). The denticles are created initially through a process of etching and casting, however once a mould is made it can be used almost indefinitely allowing for cost-effective scale up. Initially focusing on wind turbine blades, they managed to achieve 30% drag and noise reduction and are looking for partners to co-develop solutions for specific applications where noise and vibration reduction are important.

Fig. 2.

(a) Shark denticle shows a divergent shape with an asymmetry in the wall-normal and streamwise directions; (b) and (c) microscopy images of the micropillar arrays, which have a similar asymmetric shape (2) Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 (CC BY-NC-ND)

(a) Shark denticle shows a divergent shape with an asymmetry in the wall-normal and streamwise directions; (b) and (c) microscopy images of the micropillar arrays, which have a similar asymmetric shape (2) Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 (CC BY-NC-ND)

‘Polyethylene Terephthalate (PET) Aerogels’, G. Wee (National University of Singapore (NUS)) (3). With much in the news currently about plastic waste, the team at NUS has created a cost-effective approach to fabricating recycled polyethylene terephthalate (rPET) aerogels from waste PET fibres obtained from plastic bottles. The high surface area rPET aerogels were fabricated through hydrogen and ester bonds formed between polyvinyl alcohol (PVA) and the rPET fibres and acetal bridges from a glutaraldehyde (GA) cross-linker. The rPET fibres were fully immersed in sodium hydroxide (NaOH) solution to produce carboxyl and hydroxyl groups on their surface. This was heated in an oven for 1 h at 80°C to accelerate the hydrolysis process. They were washed thoroughly with deionised (DI) water to remove all the remaining NaOH before immersing them into the mixture of PVA, GA and DI water. The pH of the reaction media was controlled at pH 3 by hydrochloric acid (37%) to accelerate the cross-linking reaction. The resulting mixture was sonicated for 30 min at 220–230 W for homogenisation and removal of bubbles. The cross-linking reaction was carried out in the oven for 3 h at 80°C and then placed into a freezer for 6–8 h until the sample was frozen. The frozen sample was placed into the freeze dryer for 48 h to remove all the solvent and produce the rPET aerogel. Full details can be found in their publication (4). The GA cross-linker can improve the interactions between the rPET fibres and the PVA cross-linker. It also reinforces the rPET-PVA fibre matrix by improving its stability and mechanical properties during the curing process (Figure 3). The aerogels are very versatile and can be given different surface treatments to customise them for different applications. For example when the surface contains terminal methyl groups, the aerogels can absorb large amounts of hydrocarbons very quickly making them highly suitable for oil spill cleaning. When the surface is coated with an amine group the material can absorb carbon dioxide from the environment. The surface chemistry can be adapted to be able to incorporate the aerogels into lightweight, breathable personal masks that filter out pollutants such as nitrogen oxides and carbon monoxide in places where air quality is of concern. Aerogels also have incredibly poor heat transfer properties, which makes them ideal for using as insulation. When coated with fire retardant chemicals, the material can withstand temperatures of up to 450°C but weighs only about 10% of the weight of traditional thermal lining, this would allow safety equipment such as coats for firefighters to be made much lighter, safer and cheaper and at the same time helping in the global fight against plastic waste.

Fig. 3.

SEM images show PVA linking the PET aerogel structure (4). Creative Commons Attribution 4.0 (CC BY)

SEM images show PVA linking the PET aerogel structure (4). Creative Commons Attribution 4.0 (CC BY)

Awards: Thin Films, Sensors and Coatings

Each year the TechConnect Review Panel identifies and ranks the top 15% of submitted technologies based on the potential positive impact the submitted technology will have on a specific industry sector. Some of the 2019 award winners are listed below.

Click Materials Corp, Canada, is expert in thin film technologies for coating highly efficient catalysts for reduced power consumption and smart glass. It is commercialising electrochromic window technology that is expected to be >50% lower cost than incumbent technologies. Smart windows provide variable tinting capabilities that significantly reduce energy requirements, improve employee productivity and enable the connected smart home.

Chemeleon, USA, is developing a platform technology for a novel chemical sensor with high sensitivity and specificity. The initial application includes a smart colorimetric sensor that can be embedded in drinkware to help consumers become aware of food and drink safety to protect them from date rape drug facilitated crime. It enables instantaneous on the spot detection of many other analytes such as volatile organic compound (VOC), explosives or nerve agents and it can also be extended to detect specific biomarkers to enable clinical diagnosis.

Inhibit Coatings Ltd, New Zealand, uses novel silver nanofunctionalisation to produce highly antimicrobial coatings. Silver is a well-known antimicrobial agent effective against over 650 different microorganisms. The novel nanotechnology allows very low biocide concentrations (<0.1%) and exhibits an extremely low leaching <0.1 ppb cm–2 over a period of one week fully immersed. This low leach rate and biocide concentration gives rise to robust coatings with a very long antimicrobial lifetime that withstands wash cycles without compromising the physical properties of the resin system.

Conclusions

The overarching themes across all the streams of the conference were about making things better, smaller and cheaper but importantly also more safely, efficiently, ethically and sustainably: using greener solvents and processes, finding alternatives to conflicted starting materials and having a minimal impact on the world’s natural resources by considering recycling and cradle-to-cradle lifecycles at the start of the projects. This looks like a trend that is thankfully set to continue with many of the companies and institutions presenting referencing the United Nations Sustainable Development Goals in their drivers and business models.

By |2019-09-11T10:30:39+00:00September 11th, 2019|Weld Engineering Services|Comments Off on TechConnect World Innovation Conference and Expo 2019

Saving lives with cleaner cookstoves: new International Standard just published

Almost three billion people rely on traditional cookstoves and open fires for cooking and heating, placing them at serious risk of health disorders and premature death. The latest in ISO’s series of standards for cleaner ways of cooking has just been published.

Over 4 million people die each year from exposure to cookstove smoke, making household air pollution the fourth biggest health risk in the world [1]. It is also highly toxic for the environment. ISO has developed a number of international standards to support new technologies and solutions for cleaner methods of cooking. The latest in the range, ISO 19869, Clean cookstoves and clean cooking solutions  Field testing methods for cookstoves, evaluates existing methods for the testing of cookstoves and provides guidance on developing new ones.

The guidance covers field testing methods that evaluate all aspects of cookstove performance including cooking power, efficiency, safety, indoor air quality, device usability and more.

Black pot boiling for the rice cooker on the fired stove next to firewood pile.

Dr Ranyee Chiang, chair of the ISO technical committee that developed the standard said testing of cookstoves in real situations is essential to assess the impact on both users and the environment, thus allowing for improvements to be made.

“There are various testing protocols already in existence to assess things like fuel consumption, emissions, air pollution and durability amongst other things. However, these are mostly done for specific projects by individual groups,” she said.

Where common protocols exist such as the Controlled Cooking Test (CCT) and the Kitchen Performance Test (KPT), she explained, they have few indicators other than fuel consumption.

“Until now there is no formal international guidance on field testing protocols that address a broad range of factors. ISO 19869 is therefore designed to fill that gap.”

ISO 19869 joins other ISO documents by the same committee, namely ISO 19867-1, Clean cookstoves and clean cooking solutions  Harmonized laboratory test protocols, Part 1: Standard test sequence for emissions and performance, safety and durability, and ISO/TR 19867-3, Clean cookstoves and clean cooking solutions  Harmonized laboratory test protocols, Part 3: Voluntary performance targets for cookstoves based on laboratory testing, as well as ISO/TR 21276, Clean cookstoves and clean cooking solutions  Vocabulary.

The standards support the UN Sustainable Development Goal (SDG) number 3: Good health and wellbeing as well as UN Sustainable Development Goal (SDG) number 7: Affordable and clean energy and contribute to the Clean Cooking Alliance’s mission to ensure universal adoption of clean cooking solutions.

They were developed by ISO technical committee ISO/TC 285, Clean cookstoves and clean cooking solutions, the secretariat for which is held by KEBS, ISO’s member for Kenya.


  1. Clean Cooking Alliance Factsheet
Ensure healthy lives and promote well-being for all at all ages
Affordable and Clean Energy
Ensure access to affordable, reliable, sustainable and modern energy for all
By |2019-09-10T08:15:51+00:00September 10th, 2019|Weld Engineering Services|Comments Off on Saving lives with cleaner cookstoves: new International Standard just published

Talking trade in the latest ISOfocus

Global trade trends are constantly changing. A lot is happening throughout the world economy, with contemporary trade concerns and challenges emerging every day. So what are the big issues to watch out for? And what does this mean for standards?

ISO has just released its September/October 2019 issue of ISOfocus. Aptly entitled “Trade, today and tomorrow”, it provides a blend of in-depth commentary and analysis of the key issues shaping the trade arena. In addition, it affords valuable insights into the role of standards for fostering productivity and competitiveness, and thus their relevance in international trade.

ISO Secretary-General Sergio Mujica writes in his introductory remark: “It is clear that there has never been a greater or more pressing need for international standards. Transparency, accountability, harmonization and trust are just some of the benefits – for society and business alike,” he says.

This edition offers coverage of key issues ranging from harmonization of technical regulations to the alleviation of poverty and inclusive development. It also provides an overview of the most interesting, important and complete conformity assessment issues, particularly useful in today’s trade matters.

What we unpack in this issue is the contribution of ISO standards to solving many of today’s trade-related challenges, including greater access to higher-quality goods. Santiago Fernández de Córdoba, Senior Economist at the United Nations Conference on Trade and Development (UNCTAD) and Coordinator of the United Nations Forum on Sustainability Standards (UNFSS), explains in his ISOfocus interview: “International trade is usually recognized as a powerful instrument to stimulate economic progress and alleviate poverty. Standards are an important component of international trade. Within global value chains, standards provide assurances to consumers that traded products are safe as well as socially and environmentally sustainable.”

Need to keep pace with the trends in trade? The latest ISOfocus is a must-read to stay abreast of critical standards issues and trade trends, today and tomorrow.  

By |2019-09-09T10:52:40+00:00September 9th, 2019|Weld Engineering Services|Comments Off on Talking trade in the latest ISOfocus

Passport to trade

Whether it’s going to far-flung lands or just the neighbouring country, we all need a passport to travel. But what about products? How do bananas from Costa Rica get through customs in France? Or watches from Switzerland get past border control in Australia? Their “papers” are often in the form of documents such as certificates that prove they have passed the various rules and requirements of their new country. International standards can help smooth the “immigration” process and are therefore a “passport to trade”.

Take the tasty mango for example. Importing it into the EU is duty-free for all countries, but it needs to comply with a wide range of measures, known as non-tariff measures or NTMs, for which the exporter must provide adequate proof. Add to that any extra requirements by the buyer, such as evidence that the product is organic or fair trade, and the exporter has quite some work to do.

Back view of a man carrying a basket of mangos on his head at a traditional rural street market in North Bali.

But with internationally recognized tests, inspections and certificates, backed up by a system of accreditation, businesses can not only reduce the costs of meeting these requirements but also increase trade opportunities.

Research done by Accredia, the Italian Accreditation Body, showed that businesses with accredited certification saw productivity gains of 30 % to 60 % through entering global value chains. It also stated that “the development of common standards, supported by mutual recognition of accredited test results, inspection reports and certificates provide simplification and reductions in the cost of commerce”.

But what is accreditation and how does the system work? The journey starts with conformity assessment.

Introducing conformity assessment

Conformity assessment is the collective term for the processes that show a product meets the requirements of something, such as a standard, that is needed in order to meet a regulation or customer expectations. It not only gives the product the necessary “papers” to get across the border, it gives consumers and regulators confidence that certain regulations are met. The organizations that carry out conformity assessment procedures are known as conformity assessment bodies (CABs).

Man shopping for a combo washer-dryer.

Accreditation is the independent evaluation of CABs against recognized standards to ensure their results are credible and trusted. Accreditation is performed by accreditation bodies. Those accreditation bodies that have been evaluated by peers as competent can sign arrangements amongst themselves that then increase the acceptance of products and services that are traded internationally, saving exporters the trouble of different tests for different countries.

The International Accreditation Forum (IAF) manages these arrangements if they are in the field of management systems, products, services, personnel and related conformity assessment programmes. The International Laboratory Accreditation Cooperation (ILAC) is responsible when it comes to laboratory and inspection accreditation.

The World Trade Organization (WTO) is aware, however, that all this testing and assessing can incur costs for the exporter, which can be a barrier to trade. To deal with these difficulties, all WTO members are signatories to the WTO Agreement on Technical Barriers to Trade (TBT Agreement). The Agreement strongly encourages members to use international standards as a means to facilitate trade because they harmonize the requirements across countries, reducing duplication and providing transparency.

The TBT Agreement states that “verified compliance, for instance through accreditation, with relevant guides or recommendations issued by international standardizing bodies shall be taken into account as an indication of [the CAB’s] adequate technical competence”.

Confidence counts

So what standards ensure a CAB is competent and trusted? ISO has a range of standards designed precisely for the accreditation of CABs, developed by ISO’s committee on conformity assessment (CASCO). Many of them are published jointly by ISO and ISO’s standardization partner, the International Electrotechnical Commission (IEC). Together, these standards make up the “CASCO Toolbox”.

The toolbox is developed with stakeholders from all over the world and includes the contribution of the IAF and the ILAC, key ISO partners.

The most widely used example is ISO/IEC 17025, General requirements for the competence of testing and calibration laboratories, which is the international reference for testing and calibration laboratories wishing to demonstrate they deliver trusted results.

The range also includes ISO/IEC 17020, Conformity assessment – Requirements for the operation of various types of bodies performing inspection; the ISO/IEC 17021 series, Conformity assessment – Requirements for bodies providing audit and certification of management systems; and ISO/IEC 17065, Conformity assessment – Requirements for bodies certifying products, processes and services.

Food quality control expert inspecting specimens of groceries in the laboratory.

 

Building trust and trade

An example of how this works in practice is Energy Star, which is one of the world’s best-recognized labels of energy efficiency. Launched as a voluntary labelling scheme by the US Environmental Protection Agency (EPA) in 1992, it expanded rapidly to become a common benchmark for nearly every household in the US. However, an audit conducted by the US Government Accountability Office reported that while no fraud was discovered, it was largely a self-certification programme and thus open to abuse.

To remove this potential vulnerability, the EPA implemented a conformity assessment regime in 2011, meaning that in order to carry the Energy Star label, products must be tested in an EPA laboratory and be reviewed by an EPA-recognized certification body. To become EPA-recognized, laboratories need to be accredited to ISO/IEC 17025, the international reference for testing laboratories. Certification bodies need to be accredited to ISO/IEC 17065.

Smiling female worker in sterile lab coat packs finished food products in boxes in a food factory.

A further condition was that those bodies providing accreditation to ISO/IEC 17025 and ISO/IEC 17065 needed to be a signatory to the relevant ILAC Mutual Recognition Agreement or the IAF’s Multilateral Recognition Arrangement. And to do that, the accrediting body needed to be peer-evaluated to ISO/IEC 17011, Conformity assessment – Requirements for accreditation bodies accrediting conformity assessment bodies.

Thanks to the international acceptance of these standards, the EPA was able to establish its own partnership arrangements with countries such as Canada, Japan, the EU, Switzerland, Australia and New Zealand, resulting in greater acceptance of Energy Star-labelled products globally and thus greater sales.

Brahim Houla, IAF Communication and Marketing Committee Chair, said that with regulators, industries and consumers adopting an increasingly global outlook, the need for compatibility of conformity assessment regimes between international economies is a crucial aspect of trade.

“Without this, the unnecessary duplication of already satisfactorily completed testing could result in unnecessary delays at the point of entry – a potential deal breaker for time-critical services and perishable goods,” he said.

Jon Murthy, the ILAC Marketing and Communications Committee Chair, added that internationally recognized agreements provide assurance that CABs in different economies are operating to the same internationally accepted standards.

“The system of mutual recognition of conformity assessment through the IAF and ILAC agreements promotes the system of ʻonce tested to an international standard, the results are accepted everywhereʼ.”

When regulations rule industry

Food and agricultural producers are another area where conformity assessment plays a crucial role in facilitating international trade. Being a highly regulated industry, having credible certification that their products meet national or international regulations is not only mandatory but also a significant business cost.

According to a recent survey by the Global Food Safety Initiative (GFSI), 79 % of companies view food safety certification as a great advantage and a “passport to trade” in business. Improved ability to comply with regulations (86 %) is the highest-rated benefit of certification, with improved food safety and food quality coming in second.

The GFSI is an internationally operating non-profit organization that aims to advance food safety worldwide to build consumer trust and increase efficiency across the industry. It has a system of recognizing certification programmes against its benchmarking requirements. A certification programme owner wishing to be recognized must work with certification bodies accredited to ISO/IEC 17065 or ISO/IEC 17021.

Chinese farmers load a harvest of ripe pomelos on to a truck.

 

Including the big and the small

While getting certified or accredited by recognized programmes and bodies might be feasible for large organizations, the reality is that many internationally traded products, such as fruit and vegetables, are produced by smallholder farms in developing countries. Meeting what are often rigorous requirements on the international market is no easy task.

Thankfully, a number of schemes are in place to help them make the jump. One such scheme is the Standards and Trade Development Facility (STDF), a WTO-led global partnership that helps developing countries access international markets by tackling sanitary and phytosanitary gaps. One of those ways is through helping them implement relevant international standards.

The results speak for themselves. Working with small-scale fruit and vegetable producers, processors and traders in Thailand and Vietnam, they helped a Vietnamese exporter gain certification to ISO 22000 for food safety management systems.

“Being part of the STDF project was a game changer for my company,” said the exporter. “It was the springboard to get HACCP [an international food safety standard] and ISO 22000 certification. This enabled us to export fruit and vegetables to the EU, Japan and the US.”

Cutting costs, growing GDP

Referencing international standards in non-tariff measures, then, can lower costs for producers by removing the need to duplicate testing and certification procedures to meet the different requirements of the domestic and foreign markets.

What’s more, accreditation and conformity assessment has been proven to improve economies through facilitating trade and instilling confidence in products and services. This has certainly been the case for New Zealand, for example, where research has been conducted by NZIER, a specialist consulting firm, which shows that accreditation facilitates over 56 % of total goods exports, with a value of 27.6&nbspbillion New Zealand dollars.

From enjoying tasty mangoes in Iceland to boosting national economies, the benefits of conformity assessment in international trade are clear. Testing of goods is done correctly, and everyone trusts the results. And everyone gets to enjoy mangoes. Every day.

Little oriental girl eating a mango.
A free publication about ISO/IEC 17025, and how it can help testing and calibration laboratories demonstrate their capacity to deliver trusted results.
By |2019-09-09T09:18:24+00:00September 9th, 2019|Weld Engineering Services|Comments Off on Passport to trade

As smooth as silk

China’s plan to revive and rebrand some of the world’s most travelled trade routes as the Belt and Road Initiative has resulted in the largest infrastructure project ever attempted. It’s clear that successful construction, management and operation of this 21st-century trade superhighway will depend on hundreds of international standards, but they also have a less obvious role in weaving the intricate tapestry of global trade relationships.

In April of this year, the government of China hosted the Second Belt and Road Forum for International Cooperation in Beijing. China’s President Xi Jinping, a driving force for the Belt and Road Initiative (BRI) since it was initiated in 2013, welcomed leaders from the many countries that are interconnected by the BRI. Key international organizations, including ISO, were also in attendance.

Aerial view of business coworkers standing in the lobby during break.

An overarching theme of the Forum identified the need to enhance the rules, procedures and international standards that provide the foundations of the entire initiative. While the use of international standards is widely understood in terms of product conformity, it was noted that they also serve as a tool for regulators tasked with developing trade policies. Addressing the delegates, ISO President John Walter joined the dots between international standards, global cooperation and smooth trade on the new Silk Road.

“One of the objectives of the BRI is to enable the movement of people and products. People are required to have correct documentation to move freely across jurisdictions. So products must also meet standards imposed on them by both competent authorities as well as demanding consumers.

“Whether it’s the way we interact with the physical world, through the extraction and transformation of resources, or the way we interact with each other through trade and communications, ISO standards provide a shared way of advancing together,” he said.

Together or not at all

Like most human interactions, economic value is created at the moment that an exchange takes place. Random thoughts crystallize into ideas when we express them to others; words become conversations; the best ways of doing things become standards; and exchange grows into trade, which is the driver of the post-globalization economy.

One person who can shine some light on the entanglements between standardizers, regulators and business is David Henig, Director of the UK Trade Policy Project at the European Centre for International Political Economy (ECIPE). A leading expert on the development of UK trade policy who is heavily involved in the discussion of standards, conformity assessment and regulatory alignment in trade agreements, he co-founded the UK Trade Forum, which brings together UK trade policy experts to debate, analyse and develop solutions.

What does Henig regard as the role of standards in supporting trade? “We see greater trade where countries agree to use the same standards or regulations,” Henig begins. Pointing to both the complexity of the interactions and the need for further research, he adds that while “this hasn’t been comprehensively studied as yet, the impact seems clear”. 

Businesses adopt a similarly practical attitude to standards, though an empirically based case for the multiplying effects of standards on trade will be a welcome output from ISO’s research and innovation department. The unit was recently established to examine the impacts of international standardization on trade and other economic, social and environmental factors. The department hopes to complement anecdotal understandings of standardization impacts with a strong evidence base. Even when it comes to assessing the impact of the BRI on trade so far, reliable figures are hard to come by but it’s clear that the initiative is leading to growth in both imports and exports. For example, in 2017, the import and export volume between China and countries along the BRI reached USD 1 440 billion, up 13.4 % from 2016 and accounting for 36.2 % of China’s total import and export trade.

Like a game of tennis, a structured debate, or even a high-five, such trade cannot happen if we don’t agree to do it together. (Try it: You’ll end up doing a lot of running and attract perplexed glances.) In all these cases, limits have been set, the rules of the game that allow us to interact effectively. Yes, it can be frustrating to hit a great shot that is just on the wrong side of an “arbitrary” white line, but ignore it, and play breaks down. “Driving effective cooperation is just one of the reasons that China sees standardization as having an essential, strategic position in the Belt and Road Initiative,” Henig points out, a fact explicitly highlighted in the BRI Leading Group’s publication Action Plan on Belt and Road Standard Connectivity (2018-2020).

In addition to bringing further alignment of Chinese standards with international standards and facilitating communication along the entire Belt and Road system, the Plan identifies standardization as the most effective way to promote the interconnection of policies, facilities, trade, funds and public perception.

Modern container stacking yard.

Barriers and positive associations

Let me address the ultimate question – Do standards present barriers to trade? To engineer and build a product that conforms to an accepted level of performance and safety requires more effort, and money, than one that is inconsistent and shoddy. Personally, I’m as comfortable with products that aren’t made using standards as I would be standing on the deck of a pitching ship with no railings.

But perceptions are important. For example, the term “barrier” carries negative connotations in a society that equates freedom with the notion of doing whatever, wherever and whenever we feel like doing it. But when I try and pull a psychiatrist’s trick on myself and list the first things that come to my mind when I say “barriers”, there are only positive associations. Whether it’s the Armco crash barrier that reduces head-on motorway collisions, the thigh-crushing bar that stops people falling from roller coasters, or the giant coral reefs so loved by fish and scuba divers, barriers are not all bad.

Having established that barriers are desirable in the right places, questions remain: When it comes to something as entangled as trade, who can say where those places are? Importantly, where are the wrong places? Which barriers are cumbersome, unnecessary obstacles, and which help us set the ground rules for a game that, played right, benefits everyone?

Containers in the Port of Seattle, Washington, USA.

Challenging conventions

Henig’s work at ECIPE is rooted in the classical tradition of free trade and an open world economic order. He was heavily engaged in the Transatlantic Trade and Investment Partnership (TTIP) throughout the three-and-a-half years of, now stalled, negotiations, working with both sets of negotiators to develop ways forward particularly on regulatory coherence, technical barriers to trade (TBT) and sustainable development.

This provides an opportunity for me to ask him how TTIP and similar deals, such as the Comprehensive and Progressive Agreement for Trans-Pacific Partnership (CPTPP), relate to infrastructural and investment projects such as the BRI. Do they also rely on standards, for example, or are standards perceived as having a limited role? Are these deals just two sides of the same coin?

“TTIP and TPP [now rebranded as CPTPP] have significant technical differences but exist to achieve similar goals. In both cases, the challenge is to remove barriers to trade, which, in many cases, are forms of protectionism that circumvent low or non-existent tariffs covered by the agreement,” Henig says. “While they represent different geopolitical perspectives, they share similar objectives.” It stands to reason. After all, they are founded on the common principle that unnecessary barriers to trade should be removed.

The tariff side of things is dealt with in the agreement, and so the focus is on those technical aspects that serve, intentionally or otherwise, as a brake on trade. Henig says: “Mutual recognition of conformity assessments, or use of international standards, or discussions on alignment of regulations, are becoming an increasing part of trade discussions such as TPP and TTIP. As it is with the BRI. While not yet mature as a discipline, it is an encouraging step forward.”

He points out that while TTIP and CPTPP relate to Europe and the Pacific Rim respectively, the US is one of the focal points of trade. In both cases, protectionist barriers are to be avoided. It’s standards that serve to keep differing national trade priorities from descending into acrimony or outright trade war, a point that was amply underlined by Ambassador Alan Wolff, one of the Deputy Directors-General of the World Trade Organization, when he spoke at the ISO General Assembly last year.

The BRI is redefining trade relationships. It blurs regional and cultural boundaries in pursuit of a unifying aim, that of putting the infrastructure in place to simply let trade happen. As part of a long-term plan to raise the standard of living in China, the economic perspectives and social objectives are quite different from formalized global agreements, with about 60 partner countries carrying their own expectations to the Initiative. Yet the founding principle, that trade is our best way of creating and sharing value, is universally agreed.

Fiver warehouse workers, one with clipboard, talk shop amidst the storage racks.

The common thread

One of the discoveries that led to the development of the original silk roads was that the cocoons of the Bombyx moth are tightly wound from one of the finest fibres imaginable. Like many of the ancient discoveries, the origins of silk have been embroidered with myth and storytelling. Sitting beneath a mulberry tree and sipping tea, a cocoon falls into Empress Si-Ling Chi’s cup, where it begins to unravel in the hot liquid. Instructing one of her attendants to take the end of the thread and to walk until it is entirely straightened, she found herself in open countryside almost a kilometre away before she stopped.

Whilst the story is fanciful, we do know that the discovery of silk led to a period of economic growth for China. Its luxurious products were valued throughout the world and this development stands as a testament to the power of curiosity and innovation. But the route was ultimately responsible for far more than silk. A driving force behind the expansion of the Han Empire, it also brought paper, writing, Buddhist thought and gun powder to new countries. If the main role for government in those days was fending off bandits, at the same time as using the road to achieve their own expansion and conquest, today’s leaders see it as a unifying force. The BRI is an opportunity to develop strength in unity – threads that are fragile, taken individually, can be woven into a tissue of extraordinary strength.

Keeping the loom of world trade running smoothly, and profitably, is a priority for ISO. The global economy obeys its own dynamics and is notoriously defiant of pundits’ predictions; that’s why the ground rules are so important in managing risk. By enabling a degree of stability and setting common expectations, international standards enable companies to innovate and compete, nurturing economies. Henig concludes: “Businesses need the certainty that standards can bring within a complex regulatory framework. This is even more the case if the standards are truly international and can apply across borders.”

By |2019-09-09T09:18:24+00:00September 9th, 2019|Weld Engineering Services|Comments Off on As smooth as silk

Keeping an eye on what matters for the economy

Top economists agree that trade and economic growth are inextricably linked. For growth to turn into transformative development, however, more is needed. What’s the importance of international standards in facilitating trade? What is their role in achieving growth in low-income countries? Here’s a glimpse into the worldwide waters of trade.

Container cargo freight ship with working crane bridge in shipyard at dusk.

International trade is the exchange of capital, products and services among two or more countries. It is international because goods cross borders. And it is certainly not new. Trade has existed through history, we can think about the exchange between the Roman Empire and Egypt, or the Silk Road.

However, the international trading system as we know it started to develop after the Second World War when it was used as a tool to promote a lasting peace. For the first time, international rules were put in place. According to Nobel prize-winning economist Paul Krugman, “the postwar trading system grew out of the vision of Cordell Hull, US&nbspSecretary of State during Roosevelt’s presidency. He saw commercial links between countries as a way to promote peace. That system, with its multilateral agreements and rules to limit unilateral action, was, from the beginning, a crucial piece of the Pax Americana”.

As a consequence, in 1947 a total of 23 countries adopted the General Agreement on Tariffs and Trade (GATT), which later evolved to become the World Trade Organization (WTO). As of today, the WTO counts 164 members with an additional 22 countries that have requested to join.

Global trade growth

Trade has become a major component of GDP for most countries. According to the World Bank, trade represented 24 % of the world’s total GDP in 1962. This number more than doubled, to 57 %, by 2017. For small countries that do not have large internal markets, trade is particularly important, but even for the world’s largest economy, the United States, trade represents 27 % of GDP.

Nevertheless, in recent years the international trading system, as well as globalization more generally, has been increasingly challenged. This is because the undeniable positive effects that trade has on economic growth have not necessarily been accompanied by income redistribution and increased equality in both developed and developing countries. Particularly for developing countries, the increasing participation in international trade, including regional trade, has not clearly translated into transformative development.

For example, in 2018 Vietnam had a record-breaking GDP growth of 7.08 %, yet nine million Vietnamese are still living in extreme poverty, according to a World Bank report. It is important that the integration into global markets be accompanied by comprehensive national policies in areas such as infrastructure, gender equality, support to small and medium-sized enterprises and social programmes such as education and healthcare. Trade cannot solve all the issues alone.

Workers making silk screen-printed textiles in Sanganer, India.

The TBT Agreement

The WTO TBT Agreement establishes rules for the preparation, adoption and application of international standards, technical regulations, national standards and conformity assessment procedures. It aims to ensure that technical regulations, standards  and conformity assessment procedures are non-discriminatory and do not create unnecessary obstacles to trade.

Importantly, the Agreement leaves WTO members room to achieve legitimate policy objectives, such as the protection of the environment and consumer safety. However, unnecessary barriers to trade should not be created in the pursuit of such objectives, for example, by overregulating or requiring unnecessary certifications. The Agreement also aims to ease these obstacles to trade by requiring harmonization with international standards and encouraging WTO members to recognize each other’s standards and technical regulations through mutual recognition agreements.

A marshalling yard in Hamburg, Germany.

Standards to the rescue

Since the 1970s, technical barriers to trade (TBT), which include technical regulations and standards, have become more prominent. Their effect on global trade patterns is undisputed. The increased reliance on TBT measures becomes clear when one considers the number of notifications of such measures to the WTO.

In 1995, the year the TBT Agreement came into force, 364 new measures were notified. In 2018, the number of new measures soared to 2 085. This enormous rise can be explained by a number of factors: the decrease in the use of tariffs, progressively globalized business structures, the increased participation of emerging markets in global trade regimes, and the growing importance of consumer concerns on issues such as sustainability.

The United Nations Conference on Trade and Development (UNCTAD) report, The Unseen Impact of Non-Tariff Measures: Insights from a new database, finds that TBT measures are the most used measures in trade. They are imposed on average on 40 % of product lines, covering approximately 65 % of world imports.

Standards can facilitate trade by reducing transaction costs relating to TBT measures, notably by providing information on product requirements. However, they can also have negative effects on trade when they are carelessly developed or implemented. One way the TBT Agreement aims to diminish these negative effects is through harmonization. The Agreement requires that the technical regulations and standards of WTO members be based on relevant international standards, including those developed by ISO. Moreover, WTO members are required to participate in international standardizing bodies, such as ISO.

As a consequence of the rules of the TBT Agreement, international standards, which are developed as voluntary documents, can effectively become binding rules. International standards can directly impose rules on countries because  the TBT Agreement stipulates their use as the basis for development of national regulations and standards. Indirectly, international standards affect trade and markets, as they determine which products can be traded and how, and the variety, quality and safety of products and services.

The verdict of economists

Economists have studied the effects of country-specific and harmonized standards on trade. They found that national standards in the manufacturing sector, even if they are not harmonized with international standards, can promote trade. This is because although they impose adaptation costs on importers, they also provide them with valuable information that, in the absence of a national standard, would be costly and time-consuming to gather [1]. However, the effect is different for primary sectors like agriculture, where adaptation costs exceed the benefits of access to information.

National standards affect developed and developing countries differently. In general, TBT measures are more frequent in products that are typically exported by developing countries such as agricultural produce and textiles. Compliance costs, which are related to technical know-how, infrastructure and even local regulations, are generally more burdensome for developing countries.

Despite this, there is widespread agreement among scholars that having a national standard is better than not having any standard at all. There is also robust evidence that harmonization with international standards promotes international trade flows and that harmonization among developed countries gives developing countries access to more markets.

A study on textile and clothing exports from 47 sub-Saharan countries directed towards the European Union, which back then consisted of 15 members, found that EU standards that are not harmonized with ISO standards reduce African exports, while those that are harmonized have a positive effect on African exports [2]. A similar study from the World Bank, Product Standards, Harmonization and Trade: Evidence from the Extensive Margin, focusing on the textile, clothing and footwear sectors of two hundred countries exporting to the EU, found that a 10 % increase in EU standards harmonized with ISO standards represented an increase of 0.2 % in the variety of imports. This effect is 50 % stronger for low-income countries.

Close-up of a group of workers in a warehouse.

The bottom line

The link between international trade and its integration into global markets, resulting in economic growth, has been clear for a long time. However, trade alone is not enough. As Kofi Annan, former United Nations Secretary-General, once said: “Trade liberalization must be carefully managed as part of comprehensive development strategies that encompass health, education, the empowerment of women, the rule of law and much else besides.”

International standards serve economic growth in two ways. First, they promote trade, specifically exports from developing countries. Therefore, they support economic development. Second, and even more important, they are a tool to achieve sustainable development as they support countries in achieving national policies, such as healthcare, gender equality and the protection of the environment. These national policies are ultimately what transforms economic growth into strong sustainable development – making the 2030 Global Agenda a reality.


  1. “Information Versus Product Adaptation: The Role of Standards in Trade” by Johannes Moenius (February 2004)
  2. “Help or Hindrance? The Impact of Harmonised Standards on African Exports” by Witold Czubala, Ben Shepherd and John S. Wilson, Journal of African Economies, Volume 18, Issue 5, November 2009, Pages 711–744 (15 March 2009)
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How standards can lead to better lives

International standards can bring about a harmonization that promotes strength for countries in all areas of their development. It enables them to act cohesively instead of separately, gain a firmer foothold in the global marketplace and open doors to new opportunities. Experts explain why a level playing field will benefit everyone.

Goal 1 of the United Nations (UN) Sustainable Development Goals (SDGs) is to end poverty in all its forms everywhere. There has been some progress – global poverty rates have been cut by more than half since 2000 and most regions have seen a decline in poverty. However, according to the UN, 783 million people still live below USD 1.90 a day and there are millions more who don’t make much more than this. Despite global growth forecasts, the goal of ending extreme poverty by 2030 looks unattainable.

Progress has also been uneven and is sputtering in smaller developing countries. And many of these countries are more vulnerable to threats from climate change as well as from inequality, not to mention the impact of the Fourth Industrial Revolution. Countries and companies that are not ready to embrace or do not have the skills to leverage the new technologies of the digital age will get left behind.

Haitian fishermen preparing their boats for a day's work.

 

Obstacles to progress

According to the World Bank Group and the World Trade Organization (WTO), trade can help reduce poverty in developing countries and indeed has been a significant contributor. A recent report by the two organizations, Trade and Poverty Reduction: New Evidence of Impacts in Developing Countries, presents case studies that demonstrate how trade has helped to reduce poverty and highlights the obstacles to progress, such as working in the informal sector and gender inequality, among others.

Khemraj Ramful, a senior adviser on export quality management at the International Trade Centre (ITC), acknowledges that while several developing countries have over the past few decades successfully tapped into global markets and used trade to drive rapid growth, increased value addition and poverty reduction, many other countries have not. “These countries remain relatively marginal actors in international trade, supplying raw materials, if anything, to international markets. Faster growth and poverty reduction in these countries will be essential to eliminating extreme poverty and achieving the SDGs.”

There is no doubt that all countries engaged in trade stand to gain, although – in an era of geopolitical uncertainty, trade imbalances and complex supply chains – these gains are not distributed evenly. Take the small island developing states of the Caribbean, which have a long history of trying to overcome a number of institutionalized obstacles and challenges when it comes to trade.

Loading a container on to a ferry on the port in Nassau, Bahamas.

Combating constraints

Deryck Omar is Chief Executive Officer at CROSQ, the regional organization in the Caribbean for standards and quality. He points out that the region is facing an uphill battle in tackling some of the technical barriers to trade head-on. These difficulties are caused by constraints such as “high energy prices, lessened fiscal space and increasing transport costs among many of the islands, vulnerability to natural disasters, and a quality infrastructure that understandably develops at a slower pace to most of the developed world”.

Of course, every country develops at its own pace and this is where international standards can play a vital role. In each of the 15 CARICOM (Caribbean Community) member states there is at least one national body or authority that oversees the development of national quality procedures and systems designed to assist and enhance the country’s ability to trade.

Most of the region’s exports in goods are to the United States, the European Union and other CARICOM countries. In recent years, Omar says there has been a move to strengthen these relationships by ensuring goods and services can adhere to the relevant standards and regulations required for trade. “Increasingly, the economic operators of trade within the Caribbean and extra-regionally are demanding that imported goods be certified to international or national standards before entry is allowed, as a means of adhering to WTO rules, as well as safeguarding the health and safety of the region’s consumers,” he says.

Forming networks

The regionalization of international standards to better fit the context of developing countries is not new to CARICOM countries. CROSQ has been forming networks with international organizations such as ISO, the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE), the International Code Council (ICC) and others.

This trend is continuing elsewhere. In Africa, for instance, the anniversary of the signing of the AfCFTA (African Continental Free Trade Agreement), the biggest regional trade agreement, was celebrated in March this year. Barely a month later, on 29 April, the AfCFTA secured the threshold number of 22 ratifications allowing for its entry into force by end of May. Eve Gadzikwa, Director-General of the Standards Association of Zimbabwe (SAZ) and President of the African Organisation for Standardisation (ARSO), says that coupled with the ratification by, currently, 24 of the potential 55 countries, this signifies a new era for Africa. “Celebrating this milestone marks the realization of a number of trends and challenges which present enormous trade opportunities for the continent. International standards will form the basis on which trade will be facilitated under the CFTA,” she says.

These challenges range from a deeper understanding of quality and safety standards under AfCFTA, to national trade policies as they relate to global trends and quality infrastructure gaps to support conformity assessment of traded goods. Gadzikwa says emerging trends to meet these challenges and improve trade include the digitalization of cross-border trade, promoting intra-African trade to meet the needs of Africa’s 1.6 billion population, and enhancing partnerships between national standardization bodies, business membership organizations and regional economic communities.

Street market crowd at Lagos Island's commercial district in Nigeria.

 

Export opportunities

Africa is endowed with many resources, which represent many export opportunities to the global market. As in other regions of the world, Gadzikwa points out that within the continent, all 55 countries are at different stages of development. She emphasizes that “standards are the means by which a level playing field can be achieved and maintained under a single market to promote intra-African and global trade”. She further observes that, “small to medium-sized organizations also stand to gain from a more inclusive approach to standardization to ensure that they contribute to economic growth on the continent”.

According to Khemraj Ramful, of ITC, the lack of harmonization of technical regulations across African countries could impede businesses’ ability to tap the maximum benefits of the continental free trade agreement. He says: “This is where ARSO and national standards bodies can play a more prominent role, by promoting the use of harmonized standards as the basis for technical regulations.”

For Gadzikwa, many benefits from adopting international standards would include removing unnecessary duplication of efforts, joint harmonization on sector-based priorities, and harmonized standards under the AfCFTA. The mutual recognition of standards, licensing and certification of service suppliers will make it easier for businesses and individuals to satisfy the regulatory requirements of operating in each other’s markets. “Promotion of sustainability standards under the EcoMark Certification Scheme of the African Organisation for Standardisation is gaining traction as a means of eco-labelling and branding agricultural, tourism, fisheries and forestry products destined for the international market,” Gadzikwa says.

Men loading carts with goods off a ferry and a pirogue in The Gambia.

 

Regional value chains

She adds that the easing of trade between African countries is a priority. Intra-African trade will facilitate the establishment of regional value chains in which inputs are sourced from different countries to add value. These products can then be exported externally or circulated in the African market. The benefits of digitalization are also becoming more obvious and “trade in Africa under AfCFTA is waking to the realization of the increased trend towards digitalization”.

The private sector is also important and Gadzikwa says that entrepreneurs, such as the owners of MSMEs (micro, small and medium-sized enterprises) and founders of big companies, as well as providers of services that will be trading across borders must adapt quickly to the new digital conditions or face extinction.

As in Africa, there has been an increasing focus in the Caribbean region on intra-regional trading relationships. This is particularly the case with regional bodies like the Forum of the Caribbean Group of African, Caribbean and Pacific States (CARIFORUM), which includes all the CARICOM member states and the Dominican Republic. Omar says: “These relationships with CARIFORUM are seeing more opportunities for training, trading and information exchanges across countries, as well as efforts at equivalence for standards and conformity assessment systems in mutual areas of interest which could benefit the countries involved.”

Man in safety vest stands between two semi-trucks taking notes.

Quality infrastructure

According to both Omar and Latoya Burnham, CROSQ’s Technical Officer for Communication and Information, recognizing also that trade and investment opportunities are arising to expand into non-traditional service areas, businesses are increasingly looking for certification and accreditation of services and their processes.

International standards are critical, Burnham says, to ensure that processes, products and services are fit for purpose, interchangeable, compatible, allow for better utilization of resources and create better communication across borders and in numerous settings.

Changing mindsets can be key to successful take-up. Burnham adds: “Standards, while good for trade, often prove challenging to implement to allow locally produced products access to markets beyond their own. In this vein, education about and access to quality services becomes critical, even while it is acknowledged that this same access can at times be difficult.” The region is now concentrating on good regulatory practices through a funded TradeCom II programme targeting members of the African, Caribbean and Pacific Group of States (ACP) “to educate and train regulatory officials as well as the private sector in the importance of this approach to smoothing the way for how businesses operate with the overall aim of accessing greater markets”.

The just-released CROSQ Regional Quality Policy, commonly called the RQP, is a perfect example, Omar says, of how these concepts can be married with quality to produce the kind of multi-sectoral approach needed with an orientation towards increasing trade for developing countries of the Caribbean.

Harmonized approach

The harmonized approach, he says, that has been perfected in the development of international standards is a process from which the developing countries of the region can learn “as we attempt to harmonize many of our procedures and processes, while still attempting to adhere to the guidelines that govern trade”. He goes on to say that harmonization and equivalency are key steps as countries recognize that their small size dictates that there is power in operating cohesively rather than separately.

Fishermen preparing fishing nets and boats in Venezuela.

Ramful agrees that compliance with international standards is a factor in the ability of businesses to tap into international markets. “Business surveys conducted by the ITC in developing countries reveal that more than 50 %, and in some countries as much as 70 %, of the difficulties enterprises face while exporting are due to the technical requirements of the destination market,” he says. These requirements include the need to comply with health and safety standards as well as the associated conformity assessment procedures. In this context, many of ITC’s projects in developing countries include both a component for institutional support in the field of standardization as well as assistance to enterprises for compliance with market-relevant standards.

Joseph Wozniak, who manages the ITC’s Trade for Sustainable Development Programme, says standards also present an opportunity. “Compliance and certification can open the door to new markets and to valuable price premiums under the right conditions. ITC has developed free online tools such as the Sustainability Map that allows enterprises worldwide to compare and contrast 250 voluntary or private standards demanded by private-sector buyers, and to complete self-assessments against these standards.”

Ramful cites three ways for developing countries to tap the full benefits of international standards in promoting trade:

  • Developing countries should play a more active role in the development of international standards. These standards should take into consideration the views of the stakeholders in developing countries.
  • International standards should be more accessible to enterprises, especially the MSMEs that account for the vast majority of jobs in developing countries as in developed ones.
  • Well-designed standards will not by themselves create a level playing field. National members of the international standards bodies must accompany work on standards development with efforts to promote standards to domestic stakeholders while minimizing compliance burdens.

He concludes by saying: “At ITC, we have seen that enterprises supported for compliance with standards have improved their access to foreign markets. Not only has this led to higher revenues for these firms, it has motivated other companies to follow suit.” The knock-on effect for society is obvious. The World Poverty Clock [1] is ticking, but international standards can help to ensure that time does not run out for many. 

African woman selling vegetables on the market in Bamako, Mali.

  1. Created by the World Data Lab, an NGO headquartered in Vienna, Austria, the World Poverty Clock provides real-time poverty estimates until 2030 of almost every country in the world.
End poverty in all its forms everywhere
Developing sustainably
Find out how ISO Standards define responsible business and help advance the Global Agenda 2030.
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Plunging into sustainable waters with new ISO standards for responsible diving

Recreational diving offers the opportunity to explore a whole new world rich in underwater treasures. It also has an impact on the environment. New International Standards for sustainable diving have just been published to help keep our waters clean.

Diving is attractive for many reasons and it is no wonder that millions of people enjoy exploring life beneath water each year. The Professional Association of Diving Instructors (PADI), the biggest training agency for divers, has issued some 27 million diver certifications since 1967, and the trend is not waning [1].

This inevitably has an impact on aquatic life, putting an onus on the diving community to see how the underwater environment is faring – and how they are impacting it. Now two new International Standards have just been published, designed to increase diver environmental awareness and reduce negative impacts.

ISO 21416, Recreational diving services  Requirements and guidance on environmentally sustainable practices in recreational diving, provides information on how the diving community can optimize their ability to observe the condition of the aquatic environment and undertake activities to improve it.

ISO 21417, Recreational diving services  Requirements for training on environmental awareness for recreational divers, provides guidance for training programmes aimed at educating divers in environmental awareness and sustainable practices in recreational diving activities. This covers both theory and practical sessions.

Mr Manuel Otero, Chair of the ISO technical committee (TC) responsible for the standards said divers see what we above water cannot see, and therefore have an eye on the environmental condition of aquatic life. “They also have a responsibility to be aware of their impact on it.”

“These two standards give guidance and practical examples of best practice, such as those related to operating boats or interacting with aquatic life, which will benefit everyone. After all, tourists are more likely to return to waters that are clean and intact, rather than those that have suffered from poor environmental practices.”

Mr Martin Denison, Convenor of the TC’s working group that developed the standards, said they will benefit not only divers, diving instructors, centres and clubs, but tour operators offering diving holidays, diving boat operators and governments and any other organizations looking for information on diving and the aquatic environment. “They also contribute directly to the UN Sustainable Development Goal, SDG 14, which is about the sustainable use of oceans, seas and marine resources.”

ISO 21416 and ISO 21417 were developed by ISO technical committee ISO/TC 228, Tourism and related services, the secretariat for which is held jointly by UNE, ISO’s member for Spain, and INNORPI, ISO’s member for Tunisia.

They are available from your national ISO member or the ISO Store.


  1. PADI 2019 Worldwide Statistics [PDF]
Find out how ISO Standards define responsible business and help advance the Global Agenda 2030.
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Guest Editorial: Making the Most of Our Materials

Johnson Matthey Technol. Rev., 2019, 63, (4), 234

The True Value of Materials

Materials have value beyond their price. Raw materials extraction, processing and distribution embody energy and costs which are not reflected in their market value, such as irreversible ecosystem damage, use and contamination of clean drinking water and pollutants produced at every stage. Some materials require scarce or extractively costly minerals (2, 3), for instance cobalt mining involves severe toxins.

Worldwide population growth and rising demand makes sustainability a key consideration. Recycling is one way to achieve this, but it requires considerable resources and often results in low quality products. Therefore, techniques encouraging the best use of virgin materials are needed, for example advanced processing techniques producing highly functional micro- and nanostructures from smaller quantities. Multifunctionality – coupling related functions into a composite material – may increase resource efficiency across the whole supply chain.

A whole systems perspective can ensure that we are focussing on the right aspects and account for costs and impacts over a product’s lifecycle. Lightweighting and extending the lifespan of energy products are effective ways to achieve efficiencies across the entire supply chain (3).

Multiscale, Multifunctional Design

Materials should primarily be functional at device level, fulfilling an application’s key performance indicators. However, material choice should also consider processing costs, device lifetime, environmental impacts and safety. Device performance is an inherently multiscale challenge, since material properties are strongly linked to atomistic, nanoscale and microscale structures (4), well-structured materials often performing better than their unstructured equivalents (5).

The choice of material for a particular device arises from its constituent elements and atomic structure, defining its electrical, mechanical, chemical and magnetic properties. Databases of structure-property relationships of energy materials are emerging from experimental and theoretical studies, enabling data mining for materials suited to a particular application, termed rational design. Abundant elements forming benign chemistries are indicated, for example sodium-ion batteries replacing lithium (see Titirici’s work in Edge et al. (6)).

Quantum effects and large surface area to volume ratios at the nanoscale (1–100 nm) enhance or endow new properties. Integration of one-dimensional and two-dimensional nanostructures into composites has led to significant advances, for example carbon-based nanomaterials conferring outstanding electrochemical properties and strong mechanical stability (7). Other important properties, such as porosity and mechanical strength, often rely on microstructures (100 nm to a few cm).

One route to fabricating high precision micro- and nanostructures is additive manufacturing: a range of processes building complex, three‐dimensional structures from the bottom up, with minimal waste of both materials and energy and few toxic chemicals. Other advanced, resource-efficient techniques producing complex microstructures include electrospinning and graphitising nanostructures from waste biological matter (see Cooper and Titirici’s work (6)).

Combining single function devices into systems creates unnecessary complexity in manufacturing and packaging, adding to weight and cost. Functional diversity, where coupled functions are integrated into hybrid materials, creates efficiency opportunities across the supply chain. For example, George’s work in Edge et al. (6) embeds solar cell structures into battery electrodes.

Modelling Real Materials: The Importance of Defects and Heterogeneity

Advanced simulation capabilities speed up research into new materials and systems and allow technologies to be deployed safely and efficiently (3). Rational design’s structure databases consist largely of X-ray diffraction performed on pure crystals, while real materials are heterogeneous, for example through interfaces between components, where critical reactions occur (8) and contain a wide range of defects, such as impurities, vacancies and dislocations. The heterogeneity of materials can define their properties, for example Lucid et al. (9) looks at how to simulate grain boundaries: nanoscale interfaces in polycrystalline materials. Defects can diminish performance, but there are many materials, such as semiconductors, whose critical qualities exist because of their impurities. Understanding defects is key to enhancing material properties, for example in battery electrode materials (10). Incorporating both defects and heterogeneity into models will enable more accurate tuning of properties and performance.

Finishing Touches

Given that it is expensive to extract, process and distribute raw materials (1), particularly if they are scarce and particularly for energy devices (1), it is important that energy materials are used as effectively as possible. However, materials are subject to a range of processes throughout the supply chain, including the application of additives or coatings and packaging, all of which may exert mechanical stress, exposure and ageing. The effects of these processes are not well understood and may not have immediately detectable effects, only influencing the long-term performance. Some studies are emerging, examining the effects of processes such as calendering on battery electrodes (11). There is a need for holistic studies and the application of green chemistry principles (12) throughout the supply chain, as well as studies on degradation and its mitigation, to stretch resource usage.

By |2019-09-05T13:15:34+00:00September 5th, 2019|Weld Engineering Services|Comments Off on Guest Editorial: Making the Most of Our Materials

In the Lab: UK Research on Materials for Electrochemical Devices

Home > Journal Archive > In the Lab: UK Research on Materials for Electrochemical Devices

Johnson Matthey Technol. Rev., 2019, 63, (4), 255

Introduction

A select group of researchers are profiled here, all of whom are involved in the design and characterisation of materials for electrochemical energy storage and conversion devices. These include a broad range of battery types, fuel cells, supercapacitors, photovoltaics and devices for the production, storage and utilisation of hydrogen.

Many are pioneering the use of advanced techniques for characterising energy materials, enhancing our understanding of the fundamental kinetic, structural, electronic and magnetic properties which distinguish materials as being well suited to a particular application. Some are also developing novel techniques for accurately assessing properties which are currently not easy to measure, for example: Sam Cooper and Ainara Aguadero’s work on isotopic labelling for the quantification of surface exchange and solid-state diffusivity of battery and fuel cell materials.

The performance and function of an energy material is often strongly linked to its microstructure, both in terms of its homogenised bulk properties and certain forms of heterogeneity. Understanding this link is key to enhancing manufacturing methods, through the processing of materials to component and device construction, by tailoring materials for optimum performance in the target device. Experimental techniques are complemented by computational models, providing important insights into physical and chemical processes happening at the nanoscale.

Once reliable assessment techniques are established, it will be possible to screen materials rapidly and build up a database of material properties. This high-throughput screening and a variety of machine learning tools will accelerate the identification of novel functional materials, composites and synthesis techniques for a specific purpose. A comprehensive materials library with powerful data mining capabilities can also provide diagnostics for materials from a degraded device, aiding our understanding of the mechanisms behind device ageing and failure.

Some of the research groups covered here have developed expertise in synthesising new energy materials, with provable success in controlling the resultant materials’ properties. They make use of composites, incorporating nanostructures and other exotic ingredients to introduce specific properties to an already stable and reliable base material, as well as a range of innovative techniques, such as electrospinning, to control microstructure.

The researchers presented here engage with energy research across a range of scales, from the development of atomistic mechanisms all the way up to techno-economics and policy. Beyond this, they are also all active in areas beyond energy, including sensors, catalysts and memristors, as well as the development of new experimental techniques and synthesis routes.

About the Research

1. Electrochemical Energy Storage

Samuel J. Cooper

The most exciting aspects of Sam’s current research focus around two main topics within the realm of materials for electrochemical energy storage and many of these projects are undertaken in collaboration with various members of Imperial College London’s Electrochemical Science and Engineering group.

Firstly, he is using isotopic methods to characterise the surface exchange and bulk diffusivity of electrode active materials, in collaboration with Ainara Aguadero. Similar methods were deployed with great success to understand oxygen ion transport and surface exchange for fuel cell systems (1, 2). However, battery materials present specific challenges, in particular room temperature operation and moisture sensitivity, which require these methods to be redesigned. Sam’s group is currently trialling four distinct approaches to this problem, which is a major undertaking, but the potential rewards, in terms of high throughput screening of cathodes and electrolytes, are significant.

Secondly, he is looking at the analysis and design of electrode microstructures, in collaboration principally with Nigel Brandon, also at Imperial College London. X-ray and ion beam three-dimensional (3D) imaging techniques are pushed to their limits by multiphase, nanoscale battery materials, but the last few years have seen significant progress in their application (3, 4), in particular for investigating unusual microstructures (5, 6). Sam has previously focused on developing open-source software to allow the community to standardise their analysis approach (5, 6), but more recently he is working on machine learning techniques and multiphysics parametric studies to generate design rules.

In addition to his material research, Sam collaborates with Billy Wu at Imperial College London on device level characterisation to understand the state of health and optimum designs for battery cells and packs. Simplified cell models typically do not incorporate mechanisms to capture cell-to-cell variation, and yet this is known to be a key feature limiting the performance of battery packs, especially in the context of potential second-life applications. By implementing novel thermal voltammetry methods (7), combined with multidimensional cell grouping, they are looking to overcome this complexity with a data-driven approach. Finally, Sam is using recurrent neural networks to predict trends in the grid-scale market to accelerate the implementation of next generation electrochemical energy storage.

Much of this work is currently being funded by the Faraday Institution’s Multiscale Modelling project, as well as a variety of Faraday-associated Innovate UK projects, including: Advance Battery Life Extension (ABLE), IMproving Power bAttery Cooling Technologies (IMPACT) and A holistic battery design tool: From materials to packs (Mat2Bat).

2. Optimisation of Ion-Dynamics in Electrochemical Systems

Ainara Aguadero

Ainara’s current research focuses on the study and optimisation of ion-dynamics taking place in electrochemical systems, with a special focus on solid state devices, including secondary batteries, fuel cells, electrolysers and memristors. The common aim is the analysis of how the different ion dynamics affect the performance and degradation of these systems. In order to reveal this, her group uses a combination of structural, electrochemical and chemical characterisation techniques. More specifically, they use surface-sensitive analysis and isotopic labelling to reveal and differentiate different ion kinetics taking place at the bulk as well as at the surfaces and interfaces of materials.

One of the biggest topics of research focuses on development of solid state batteries, in which Ainara studies the effect of processing on lithium dynamics (8, 9) and seeks to understand the origin of dendrite formation (10, 11). Her group is also developing new isotopic labelling methods to evaluate the bulk diffusivity and surface exchange kinetics of Li in different battery materials. This work takes place in collaboration with Sam Cooper from the Dyson School of Engineering at Imperial College and will be used to correlate battery performances with variations in the Li kinetics, for instance in systems with dynamic interfaces and cation inter-diffusion processes (12).

Another important area of research is the development of fast oxygen conductors (13) and the study of the potential topotactic redox capabilities of oxides (14) and their applications for fuel cells, electrolysers, hydrogen production, memristive switching or catalysts (15). This work takes place in collaboration with John Kilner and Stephen Skinner at Imperial College London and with universities in the UK, Europe and elsewhere.

Finally, in the area of surface analysis techniques, the group has a strong background in the study of energy materials using secondary ion spectroscopy and low energy ion scattering (16). At the moment, the group is also developing a unique, worldwide facility called Hi5 (strategic equipment grant EP/P029914/1) with a plasma ion source and dual positive and negative ion detection capabilities for in situ characterisation (T, bias) of electrochemical devices, from the nm to the mm scale. Hi5 will be housed in the Department of Materials at Imperial College London.

Ainara has received funding from a number of Engineering and Physical Sciences Research Council (EPSRC) grants, the Science and Technology Facilities Council (STFC) Futures Early Career Award, Energy Cooperative Research Centre (CIC energiGUNE), the Bosch Energy Research Network and The Faraday Institution, among others.

3. Chemistry and Physics of Materials

Chandramohan George

Chandra’s research activities in the broad areas of chemistry and physics of materials seek to understand charge-carrier dynamics, ion-diffusion, charge-transport and light-matter interactions in solids and metal-organic frameworks for renewable energy. Against this backdrop, shape-controlled synthesis was successfully extended to battery materials via a colloidal route, producing phospho-olivines in the form of thin platelet crystals, which in the case of lithium iron manganese phosphate has led to a fine-tuning of metal redox energies due to cation intermixing (17) and in the case of lithium iron phosphate with an etched surface, enabled ultrafast battery charging (17). Using hierarchical carbon pre-patterned structures, ultra-flexible Li-ion battery design capable of offering fold radii down to 0.5 mm was proposed (18). By integrating solar cell materials such as organic dyes (19) and organo-halide perovskites (20) in Li-ion cell configuration, new design principles of photo-rechargeable batteries are being advanced. Lastly, by exploiting epitaxial growth relationships, bi-functional oxygen cathodes made of iron oxide nanoparticles and carbon nanotubes are shown to regulate the morphology of discharge products, enabling a fully reversible Li-air battery (21).

Current research into the development of next generation Li-ion batteries with value added features (mechanical pliability and shape-conformity) are supported by The Royal Society.

4. Sustainable Materials

Magdalena Titirici

The research interests in Magda’s group are in sustainable materials, in particular porous carbon and hybrids produced from available resources such as bio- and plastic waste and abundant metals (i.e. iron, manganese and nickel). Her group produces carbon and carbon hybrids using hydrothermal processes which allow scale-up and continuous processes. They can produce up to 1 kg carbon per day and can control exactly the morphology, pore structure, pore size and shape required for each application. They have a great degree of control over the degree of graphitisation, ranging from hard carbons to soft graphitic carbons.

The group applies designer carbon materials to energy storage and conversion technologies, for example as anodes for sodium-ion batteries, electrodes in supercapacitors, cathodes in lithium-sulfur batteries and as electrocatalysts in fuel cells, electrolysers and metal-air batteries. They pay a great deal of attention to understanding the fundamentals involved in structure-function relations using advanced characterisation tools applied ex situ and operando such as: small angle X-ray spectroscopy (SAXS), small-angle neutron scattering (SANS), X-ray absorption near edge structure (XANES), transmission electron microscopy (TEM), nuclear magnetic resonance (NMR) and magnetic resonance imaging (MRI), working collaboratively with experts in these areas.

The group is well-funded and formed of around twenty researchers, with funds from EPSRC, the European Union, Innovate UK, the Royal Society, the British Council, the Royal Society of Chemistry (RSC) and industry. Their publications are highly cited and recognised internationally with 18,000 citations from 160 publications, five patents, ten book chapters and one edited book. The Principal Investigator, Professor Titirici, has been recognised internationally with the RSC Corday Morgen Prize, the IOM3 Rosenheim Medal, the Chinese Academy of Science President Award and an Honorary PhD from Stockholm University, Sweden.

5. Computational Modelling of Fundamental Processes

Pooja Goddard

Pooja’s research group, based at Loughborough University’s Department of Chemistry, focuses on computational modelling of fundamental processes in complex materials at the atomic or quantum scale. Their multiscale modelling approach combines inter-ionic potential-based methods and density functional theory (DFT) simulations in synergy with experimental groups and industry.

This requires a good understanding of the structural, electronic, magnetic and transport properties which are crucial in identifying novel functional materials for sustainable energy and catalytic applications. The nature of defects in inorganic solids as well as their effect on electronic and transport properties is also important, not only in understanding the key structure-property relationships, but also in the next phase of materials design with enhanced performance. In addition to this, a sound understanding of nano-ionic properties can yield a wealth of materials with significant technological impact.

The computational methods range from atomistic potentials-based methods, where the forces are dominated by the long-range electrostatic interactions, but also includes short range, van der Waals attractions, electron-electron repulsions and polarisability, to DFT at varying levels of theory. Molecular dynamics is also used to study the transport properties as a function of time and temperature.

Further to this, expansion towards more sophisticated time dependent density functional theory and embedded cluster methods is being pursued.

The areas of research within the group are wide-ranging with a focus on the next generation energy storage systems, thin film photovoltaics, fuel cell materials and, more uniquely, fingerprint detection materials and biomarker detection.

Pooja has received funding from several EPSRC grants and her current collaborations include: Professor Laurence Hardwick (University of Liverpool, UK); Professor David Scanlon (University College London, UK); James Cookson (Johnson Matthey Plc, UK); Professor Olle Eriksson and Biplab Sanyal (Uppsala University, Sweden); Professor Frank Tietz (Forschungszentrum Jülich, Germany) and Professor Michael Walls (Centre for Renewable Energy Systems Technology (CREST), Loughborough University, UK).

Acknowledgements

Jacqueline Edge, Department of Mechanical Engineering, Imperial College London, UK is thanked for preparing the text.

By |2019-09-05T12:54:17+00:00September 5th, 2019|Weld Engineering Services|Comments Off on In the Lab: UK Research on Materials for Electrochemical Devices
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