Are Biodegradable Products a Scam?

“It says biodegradable. So, it must be safe for the environment, right?” Not so fast.

Welcome to another episode of #GreenTruthsWithSaadatu, where we unpack the good, the bad, and the misleading in the green world. Today, we’re peeling back the label on something we all think is green and clean: biodegradable products.

From shopping bags to packaging and even straws — biodegradable products are flooding the market. But are they really what they claim to be, or is “biodegradable” just the new greenwashing buzzword?

Let’s break it down:

What Does "Biodegradable" Really Mean?

At its core, biodegradable means that a product can be broken down naturally by microorganisms like bacteria and fungi into water, carbon dioxide (CO₂), and biomass.

But here’s the catch:

➡️ It doesn’t say when or under what conditions.

A biodegradable plastic cup may take 1 year or 100 years to degrade depending on heat, moisture, oxygen, and where it ends up. Many so-called “biodegradable” products still do not break down in landfills or water bodies, which is where most of our waste ends up.

Example:
The “Biodegradable” Bag Confusion in Ogun State

A Nigerian study conducted by researchers at Covenant University and Obafemi Awolowo University tested the environmental performance of biodegradable plastic blends made from maize starch (Zea mays) and low-density polyethylene (LDPE). These blends were buried in loamy sand soil typical of Ogun State — a common environment for waste disposal in Nigeria.

The results showed that while the starch-based plastic blends degraded progressively, the conventional LDPE-only plastics showed minimal to no degradation over the same period.

Interestingly, the 50:50 starch–LDPE blend exhibited the highest degradation rate among all tested samples, demonstrating that bioplastics can work, but only when properly formulated and suited to local conditions.

This study debunks the blanket assumption that anything labeled “biodegradable” will disappear magically. In fact, many products marketed as biodegradable in Nigerian markets do not contain enough natural polymers to actually break down — especially in open dumps or street-side drainage where sunlight, heat, and microbial action are inconsistent.

Biodegradable vs Compostable vs Oxo-degradable: Know the Difference

Let’s untangle the terms marketers use:

Term Meaning Real Deal or Greenwashing?

Biodegradable Breaks down naturally, but time and conditions vary 🚩 Often vague and misleading

Compostable Breaks down under specific composting conditions into non-toxic residue ✅ Better, but needs right facilities. Check out my previous post on Compostable ≠ Composted to gain more insight.

Oxo-degradable Contains additives to fragment plastic under sunlight/heat 🚫 Banned in the EU. Microplastic risk

Most Nigerian consumers and even retailers don’t know these differences. This confusion allows companies to exploit the "green" label without real accountability.

The Biodegradable Scam: Signs to Watch Out For

1. No Certification

Real compostable or biodegradable products are certified by bodies like TÜV Austria, BPI, or EN13432 (EU). If a product doesn’t list any certification, be skeptical.

2. Green Symbols Without Meaning

Leaves, recycling arrows, or “100% Natural” mean nothing without standards backing them up.

3. Hidden Plastics

Some “biodegradable” items still contain polyethylene (PE) or polypropylene (PP), which don’t fully degrade — they just break into microplastics.

4. No Information on Breakdown Time

If the product doesn’t say how long it takes to degrade or under what conditions, it’s likely a marketing gimmick.

What’s the Real Environmental Impact?

False sense of responsibility: People think they’re doing the right thing and don’t reduce consumption.
Microplastic pollution: Partial degradation can leave behind fragments that harm aquatic life and even enter our food.
Waste management mismatch: Nigeria lacks industrial composting facilities, so even genuine biodegradable items won’t degrade as intended.

So… Are All Biodegradable Products a Scam?

Not all — but many are misleading or ineffective in our current waste management systems.

To be genuinely useful, biodegradable products must:

✅ Be clearly labeled and certified

✅ Break down within a reasonable timeframe (weeks/months, not years)

✅ Not leave toxic residues or microplastics

✅ Match the reality of waste disposal in their intended location

Sadly, most of what we get in markets across Nigeria from biodegradable sachets to disposable spoons fail these tests.

What Should We Use Instead?

If we truly want to go green, we need to look beyond the label:

🌿 Reusable products: Cloth bags, stainless straws, reusable water bottles

🌿 Natural materials: Banana leaves, raffia, paper (uncoated), and cassava-based packaging

🌿 Circular habits: Repair, refill, repurpose

Remember: The most sustainable product is the one you didn’t buy in the first place.

Interactive Corner: Let’s Talk

QUESTION TO YOU:

Have you ever used a product labeled “biodegradable” that turned out to be fake or didn’t work as expected? Share your experience in the comments!

📸 CHALLENGE:

Take a photo of a “biodegradable” item you bought in Nigeria and post it with the hashtag #GreenTruthsWithSaadatu — let’s crowdsource the truth together!

Let’s Not Be Fooled by Green Labels

Biodegradable products are not inherently bad. But in Nigeria and many parts of the world, they’ve become a convenient lie that allows companies to appear eco-friendly without changing their harmful practices.

We deserve better.

Our environment deserves honesty.

And it starts with awareness — the kind we’re building right here on #GreenTruthsWithSaadatu.

📚 Reference

Abioye, A.A., Oluwadare, O.P., Obuekwe, C.C., Afolalu, A.S., Atanda, P.O. & Fajobi, M.A.

Environmental Impact on Biodegradation Speed and Biodegradability of Polyethylene–Zea mays Starch Blends.

Covenant University and Obafemi Awolowo University Study.

Available via 1library.net

Photo Credit: Meta AI

Comments

How Winter Sea Ice Supercharges the Southern Ocean’s CO₂ Take-Up

Picture this: you’re winding along the lonely coast of the West Antarctic Peninsula in July—blistering cold, sea ice as far as the horizon. Beneath that ice, something magical is happening. A new study in Communications Earth & Environment shows winter sea ice isn’t just frozen water—it’s a powerhouse regulator of CO₂ uptake by the Southern Ocean . Why This Matters The ocean soaks up nearly 25% of the CO₂ we pump into the atmosphere. The Southern Ocean—circling Antarctica—plays a starring role, responsible for about 40% of that intake . But it doesn’t do this evenly year-to-year. The reason? How long winter sea ice lingers. And that’s the focus of Droste et al.'s groundbreaking work. Study Overview: What Droste et al. Found Scientists used 10 years (2010–2020) of continuous measurements from the Rothera Time Series in Ryder Bay on the West Antarctic Peninsula. They tracked carbonate chemistry, mixed-layer depth, sea ice cover, and CO₂ flux season after season. Here’s the sco...

Climate Change Explained — Without the Technical Jargon

Climate change can feel like one of those topics that sounds important but also sounds exhausting. Big words. Complicated charts. Endless debates. And somewhere in the middle of all that noise, many people quietly think: “I care… but I don’t really get it.” So let’s slow things down. No heavy science language. No academic pressure. Just the truth explained simply. First things first: What is climate change? Climate change simply means long-term changes in the Earth’s usual weather patterns . Not today’s rain. Not this week’s heat. We’re talking about decades of noticeable shifts, hotter temperatures, unpredictable rainfall, stronger storms, longer droughts, rising seas . In short: The planet’s “normal” is changing. So… why is this happening? To understand climate change , imagine the Earth wearing a blanket. This blanket (made up of gases in the atmosphere ) keeps the planet warm enough for life. Without it, Earth would be freezing and unlivable. The problem? Humans h...

Education Inequality in Nigeria and the Challenge for the Girl Child

Linking Back to the SDG Report 2025 The UN SDG Report 2025 underscores significant global progress in education: declines in child marriage and increases in youth school completion. Still, around 244 million children and young people worldwide remain out of school, with girls disproportionately affected . This global snapshot sets a critical backdrop: while there are hopeful strides, gaps remain and Nigeria’s education crisis is alarmingly severe. The Stark Reality: Out-of-School Numbers in Nigeria Nigeria now tops the world with an estimated 18.3 million out-of-school children (2024), up sharply from earlier estimates. As of early 2025, 10.5 million children aged 5–14 were already not attending school, often due to poverty, insecurity, early marriages, and insufficient infrastructure. What's Driving the Crisis? 1. Insecurity & Kidnappings Northern Nigeria faces frequent school closures and withdrawals due to widespread kidnappings. As of March 2024, armed groups ab...

Recycling Myths: Recycling doesn’t work? Let’s unpack that 🗑️

If you’ve been online recently, you’ve probably seen the debate: “Recycling doesn’t work.” Some say it’s a scam. Others say it’s our only hope. As always, the truth is somewhere in the middle and today, we’re unpacking it clearly. Because here’s the thing: recycling isn’t perfect, but it absolutely works… when we do it right. Myth 1: “Most recycling ends up in the trash anyway.” Reality: Not true, but also not entirely false. Many countries actually have high recycling rates for materials like paper, aluminum, and certain plastics. The problem is contamination: when people mix up recyclables with food, oil, or non-recyclables, waste facilities are forced to reject the whole batch. The good news: Clean, sorted materials do get recycled. Paper, metals, and glass have some of the highest success rates worldwide. You can boost success simply by rinsing and sorting. Recycling doesn’t fail. Contamination does. Myth 2: “Plastic recycling is useless.” Reality: Plastic recycling is challenging,...

Closing the Gap: Accelerating Nigeria’s Progress on SDGs through Innovation and Partnerships

The United Nations Sustainable Development Goals Report 2025 paints a sobering picture: the world is halfway to the 2030 deadline, but only about 15% of the targets are on track globally. For Nigeria, the report highlights mixed progress, strong strides in mobile connectivity and gender representation in politics, but slower movement on poverty reduction, quality education, and clean energy access. Check my previous post to know more about the United nations SDGs 2025 Report This chapter zeroes in on how Nigeria can close the gap, drawing from both the UN’s recommendations and real, local examples of innovation and partnership making a measurable impact. The SDG Challenge in Nigeria The UN report identifies three key bottlenecks in Nigeria’s SDG journey: 1. Funding gaps: Development financing remains well below the estimated $100 billion annual requirement to achieve the SDGs. 2. Data gaps: Limited real-time data makes it difficult to monitor progress and direct resour...

Revolutionizing Air Quality Modeling: A Breath of Fresh Data.

Imagine stepping outside in Lagos during harmattan season—the air is heavy with dust, exhaust fumes hang low, and visibility drops. You cough, your eyes water, and you wonder: what exactly am I breathing in? That’s where air quality modeling steps in. These advanced tools are changing the way scientists, governments, and communities understand pollution—and how we fight it. 🌫️ What Is Air Quality Modeling? Air quality modeling refers to the use of mathematical formulas and computer simulations to predict how pollutants like PM2.5, NO₂, and O₃ behave in the atmosphere. It takes into account data from weather stations, emissions sources, wind patterns, and chemical reactions to forecast where and how air pollution spreads. Think of it as a weather forecast for pollutants—helping us anticipate air quality levels in different locations, both short- and long-term. 🌍 Why It Matters—Especially in Africa In many African cities, including Lagos, Kano, and Nairobi, rapid urbanization and traff...

Waiting to be discovered: the Plastic waste recycling industry

Waiting to be discovered: the Plastic waste recycling industry Plastic pollution occurs due to the accumulation of plastic in the environment. Plastic is a versatile compound made up of repeatedly long chains of molecules interlinked together. It can take various forms and shapes. Plastic is used in almost every sector including in building and construction, packaging, and also in electronic and industrial machinery. Accumulation of plastic is a problem because it does not decompose. Its reversible nature makes him a dangerous compound. Normally plastic items usually take 1000 years to decompose. One of the most important and concerning problems in developing nations is plastic pollution, which has a significant negative influence on both the environment and human health. Unfortunately, in Pakistan, there hasn't been much work done on this subject. The average amount of plastic garbage produced annually per person ranges from 69 kg in Japan and Korea to 221 kg in the United Stat...

SDGs Report 2025: A Decade of Progress and a Call to Action.

In July 2025, the United Nations released its landmark Sustainable Development Goals (SDG) Report 2025, a definitive global review of progress made since the 2015 launch of the 2030 Agenda. It marks the tenth annual stock‑take and offers a candid, data‑driven look at where we’ve made headway and where change is urgently needed. Key Findings & Headlines 📊 Global Progress: Off Track, But Not Out Only 35 % of the 137 SDG targets are currently on track or showing moderate progress. A crushing 47 % are progressing too slowly, while 18 % have actually regressed compared to 2015 . With just five years until the 2030 deadline, this underscores the urgent need for accelerated and informed action. Lives Improved Yet Fragility Persists Despite setbacks, the past decade brought real gains: Extreme poverty has declined, and the number of people living in working poverty has fallen by 20 million since 2015 . Social protection coverage expanded from 42.8 % to 52.4 % of the global p...

How Tiny Antarctic Ponds Rewrite Earth’s Ice Age Survival Story

Tens of millions of years ago, Earth was completely wrapped in ice—no oceans, no sunlight, nothing but white. That chilling era, known as Snowball Earth, lasted between 720–635 million years ago . Scientists have long wondered: Did anything survive that freeze? Now, groundbreaking research from Fatima Husain, Jasmin Millar, Anne Jungblut, Ian Hawes, Thomas Evans, and Roger Summons reveals surprising answers right from the icy labs of Antarctica. Why Meltwater Ponds Matter These researchers dove into the supraglacial meltwater ponds on the McMurdo Ice Shelf, near where Robert Falcon Scott’s team once described “dirty ice” from debris-laden glaciers . These ponds, only a few meters across and perched atop ice, are formed when dark sediment absorbs sunlight and melts parts of the frozen surface. Their goal? To explore whether these ponds harbor ancient biosignatures—chemical fingerprints from complex life (eukaryotes)—mirroring the kind of organisms that might have clung on during Snowb...

Zero Emissions Day: Practical Ways to Reduce Your Carbon Footprint

Every year on September 21st, the world marks Zero Emissions Day, a moment to pause, reflect, and rethink our relationship with the planet. It’s a reminder that every light we switch on, every ride we take, and every item we buy leaves a footprint on Earth’s atmosphere. The good news? Each of us has the power to shrink that footprint. In today’s post, I will explore practical, everyday ways to reduce your carbon emissions, and simple actions you can start right away. Because real change start with you and me. Why Zero Emissions Day? Climate change is one of the biggest challenges of our time. According to the UN, the energy sector alone contributes nearly 75% of global greenhouse gas emissions. On Zero Emissions Day, the challenge is clear: can we live for 24 hours without polluting the atmosphere? Of course, no one expects you to permanently shut off your fridge or quit traveling entirely. The idea is to remind us that small, consistent steps matter and they add up. Think ...

GreeenBlogs

Search This Blog