31/10/2019 08:34 | Share
A senior EPA official told Supply Chain Dive the effort is intended to change industry “attitudes and apathy” around the issue of food waste and relieve some confusion around food recovery and donation liability.
31/10/2019 08:34 | Share
Compliance used to be easy. Collect the tax information. Make sure the other party is not on a denied party list. Don’t buy or sell a restricted material without the right permits and don’t buy or sell a banned substance. Done.
But then came globalization. Now you had to collect information for import / export requirements. Satisfy a new slew of tax regulations. Comply with additional inspection and security requirements. Track all of the restricted substances, denied materials, and denied parties of another country. And then as supply chains lengthened and ships made multiple port stops, multiply these requirements.
And that was manageable, but then came a new round of financial regulations, like SOX, in the wake of corporate meltdowns (like Enron) which made compliance more cumbersome. And that was somewhat doable. But with the global penetration of the internet, news spread faster and faster and the unsafe and sometimes inhumane working conditions that outsourced providers were comfortable with made the news regularly, the dangers of poor “recycling” efforts which just saw almost toxic waste dumped on mass to ill-equipped “recycling” centers, and the use of slave/child labour where it was not known before.
As a result, ethical countries started implementing laws on environmental protection, dangerous substances, especially around recycling and disposal, ethical and safe working conditions in the supply chain, and even anti-trafficking and anti-slavery laws — all of which the last link in the chain, the end buying organization, was responsible for.
This makes compliance a bit more tricky. There’s lots of data on financial performance and financial risk, certifications, import/export, and even public sector performance data, but when it comes to corporate social responsibility — environmental compliance, worker’s rights, anti-trafficking, and so on – where do you get that data. Not D&B. Not BvD.
This is where a new generation CSR player comes into play – one that tracks environmental data, sustainability data, social compliance data, and third party audits. But there aren’t many players here yet, and Ecovadis is the largest. But will they be able to take their European success and globalize? While there are a few other players in Europe (Sedex Global, FLO-CERT, e-Atestations, etc.), there are few, if any in North America.
Ecovadis likely has the best shot, especially with their ever-increasing partner footprint, but they need to be the first to scale and win over the hearts (and wallets) of global procurement organizations, especially those in North America, which generally are not as advanced around CSR tracking compared with their European counterparts. The road ahead will be interesting to watch.
31/10/2019 08:34 | Share
Sourcing Innovation has been promoting sustainability since the beginning and design for recycle since the very early days, which is essentially what you are doing if you are designing for remanufacturing, which is taking way too long to take hold in the manufacturing sector, with even fashion poised to overtake it (considering H&M and Zara are not only taking back clothes, but working on technology to create fabrics that can be more easily reused in the future).
When you think about the average complexity of today’s consumer products, especially in electronics, it becomes clear that when a product breaks, it is typically only one component that is broken and a replacement of that component makes the product useable again. That’s why a lot of computer, tablet, and phone manufacturers have entered the refurbishment business — once the damaged or defective part in a product that was returned under warranty or reclaimed upon disposal by a customer, it can be reused and, more importantly, resold.
But the concept doesn’t end with electronics, and doesn’t end with refurbishment. Electronics can be designed more modularly with re-manufacture in mind, so that parts can be upgraded en-masse when the products are returned en-masse in a regular upgrade cycle. For example, if laptops were designed for easy replacement of not only memory and drives, but processors and peripheral connectors (in anticipation of USB 4, Thunderbolt 2, etc.), the previous generation models could become the next generation models and resold as either lower-end offerings in the same market or new offerings in a foreign, emerging market.
And automotive suppliers, who not only know that parts wear out, but when parts are likely to wear out, and which parts wear out together, could not only design their engines to make it easy to replace parts, such as spark plugs, batteries, belts, filters, and pumps that wear out quickly, but also the engine block as a whole, that is going to wear out in 7 to 15 years, depending on the average annual mileage, if the rust-proof frame can last for 15 to 30 years. Given the choice, many people on a fixed income (who don’t live by the ocean and have rust to worry about) would rather replace the engine for 3,000 to 5,000 and keep the car for another 7-10 years if the frame is fine than pay 25,000 or 30,000 for a new car. And while this may not look as attractive from a bottom line perspective to a manufacturer, it significantly reduces the chance of the customer migrating to a different car company, which is very common if a competitor is offering a significantly better deal on a comparable car.
Plus, if the components are themselves designed for remanufacturing, it will be relatively easy for the manufacturer to reclaim the raw materials from the damaged or defective components, which is where a lot of the cost comes in, especially if we are talking rare earth metals. For example, the price of praseodymium-neodymium oxide exceed 1.70 an ounce and prices of terbium oxide (a semi-conductor that is used as an activator for green phospors in colour TV tubes) exceeded 112.00 an ounce this summer, and it keeps rising! Gold, a metal used in many electronics products, is now hovering around $1500 an ounce. And while there is not much gold in a single laptop, when you put fifty of them together, you’d likely get an ounce. And given that there are roughly 100 Million PC laptops and computers sold a year, that’s close to 2 Million ounces of gold that need to be reclaimed!
And, as per a now classic green & clean article, remanufactured products offer cost savings in the 45% to 60% range! So if doing the right thing isn’t enough, that should be enough of a justification to invest in remanufacturing! This goes double if you are in electronics (for some of the reasons given above) or automotive, where the global market for remanufactured auto parts is projected to reach $91 Billion by 2026. (Source:
Persistence Market Research)
So, regardless of what you want to call it, it’s time to do it. It’s not just good environmental stewardship, it’s good economics.
30/10/2019 05:00 | Share
EDMONTON, ALTA. – Commercial real estate company CBRE announced that its Edmonton office has achieved WELL Certification at the silver level for new and existing Interiors by the International WELL Building Institute (IWBI). It is the first property in Alberta to obtain the achievement. The certification is based on IWBI’s WELL Building Standard which encourages […]
29/10/2019 17:58 | Share
Cities and associations are warning Alberta’s budget could have devastating consequences for the province’s infrastructure and construction sector. “It is very disappointing,” said Ken Gibson, executive director of the Alberta Construction Association (ACA). “The Alberta marketplace is hurting, and I think many of our members look to provincial and municipal infrastructure projects for ongoing business […]
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