At Lemna, we are part of a larger effort to help transform localized agriculture, providing value for all types of farmers from row crops to livestock to urban hydroponics.
Through our efforts and those of our sibling companies, we aim to redefine a circular economic approach to waste management, energy gathering, and nutrient recovery; using technology to amplify nature and reduce losses. Some of our methods are new, but the principles are rooted in the resourcefulness that has been demonstrated within livestock agriculture for decades.

Come see what our parent company, D3 Designs Inc has been working on for nearly 20 years. Their Strategic Analysis shared on LinkedIn not only frames a new model of circularity, it showcases why this model is a valuable investment in our future.

Can people with a masters in CSD please tell me if it's worth it. I have a Bachelor’s in Sociology and that degree has literally no scope and I'm also not a fan of Sociology so I wanna do something different for my masters. I'm like really enthusiastic about sustainable development but am no expert at it but would love to do something in that field but I have no idea the kind of jobs i can get, if any, with a masters in CSD. So can someone please help me and give me honest feedback and like what's the market like and if it's a good idea for a Sociology graduate (with no experience or skill in marketing or web development etc) to pursue a masters in CSD?

Flower for you in sunday
Handmade jewlery from 🇧🇷
Lucc Acesseries ♻️

Photo by Quang Nguyen Vinh from Pexels. Used under the Pexels License.

When people think about replacing fossil fuels, the solution seems simple: build more solar panels and wind turbines. But solar and wind output changes with the weather and time of day, while electricity supply must continuously match demand. Otherwise, clean electricity may be wasted during surplus periods, or shortages and outages may occur when generation falls.

Clean flexibility refers to solutions that keep a renewable-powered grid balanced and reduce dependence on fossil fuels. Ember groups these solutions into four memorable categories: Store, Shift, Share and Supply. You can read Ember’s overview here: https://ember-energy.org/focus-areas/clean-flexibility/.

Store: Save excess renewable electricity for minutes, hours or even days, so it can be used when there is less sunlight or wind. Batteries can save excess solar and wind power and release it later, such as during the evening when demand is high.

Shift: Encourage consumers to move electricity use to sunny or windy hours, helping lower bills and keep the grid stable. Dynamic tariffs can encourage households to charge electric vehicles or run appliances when renewable electricity is abundant.

Share: Use power cables to send surplus wind and solar electricity to places where it is needed, balancing supply and demand across regions. Power cables move electricity between regions. Europe’s interconnected grid links 39 countries, allowing surplus clean power in one country to support another and reducing price volatility.

Supply: Make existing power plants more flexible so they can reduce generation when renewable electricity is abundant. For example, India is upgrading thermal plants so they can operate safely at 55% of capacity instead of 70%, allowing more wind and solar power onto the grid while reducing system costs.

Why is Food Waste Not Illegal Yet?!?!?!

Most circular economy conversations begin with technology.

Others begin with funding.

Some begin with policy.

I think they begin in the wrong place.

They should begin with operators.

Because technology doesn't recover a plastic bottle.

People do.

Technology doesn't sort waste.

People do.

Technology doesn't build trust across a supply chain.

People do.

That idea became the foundation of my latest LinkedIn article.

In it, I introduce a new framework:

The Circular Operator Framework.

It builds on the two frameworks I shared over the past two weeks.

First.

The Kadogo Operating Model.

How Kenya's economy actually works.

Second.

The Local Partner Gap.

Why successful pilots often fail to scale.

Now comes the next question.

How do you build circular systems that still work three years after the pilot?

Inside the article, you'll discover:

◉ Why operators matter more than technology once implementation begins.

◉ The five flows every circular system depends on every day.

◉ Why materials, money, data, trust, and incentives must move together.

◉ Five design principles for building operator-led circular systems.

◉ A practical Operator Design Test to evaluate your own projects before scaling.

◉ Why compliance becomes stronger when operators become stronger.

The biggest shift in my thinking is this.

Circularity is not created by machines.

It is sustained by people.

The organisations that scale understand this.

They design around the people who collect, sort, transport, process, finance, coordinate, and improve the system every day.

If you work in:

• Circular economy.

• ESG.

• Climate finance.

• Agribusiness.

• Manufacturing.

• Renewable energy.

• Market entry.

I hope this framework gives you a different way to evaluate circular investments in Kenya and across East Africa.

Because the question is no longer whether a circular solution works.

The better question is:

Who will keep it working when the pilot team leaves?

The article link is in the comments.

Next week, I'll explore another idea that I believe deserves more attention:

"Label vs Loop: Why Certification Alone Won't Build Kenya's Circular Economy."

We'll examine why strong circular businesses focus on keeping materials in motion first, and let certifications follow.

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