Emma Watson Environmental Investment Fund

Harry Potter star Emma Watson has opened up about her decision to take a step back from the limelight as she spoke of feeling 'sad and p**** off' after rocketing to fame in the hit franchise

Emma Watson has celebrated her 33rd birthday by looking back at the last year of her life - after retreating from the limelight.

The actress, who is well-known for playing Hermione Granger in all eight of the Harry Potter films, said she learned more about love and being a woman over the last year.

Emma Watson Flashes Toned Abs And Underboob In Birthday Ig Photos

The star, who was born on April 15 1990, has been taking a break on social media since a previous post seen on Instagram in December 2022.

But in a post about her birthday, Watson wrote: I stepped away from my life – I learned to surf (badly), I rode some horses (that went better), I did a lot of therapy (YESS therapy!).

Emma has also had quite a career away from Harry Potter, appearing in 2019’s period drama Little Women, 2017’s Disney live action musical Beauty And The Beast and 2012’s coming-of-age story The Perks Of Being A Wallflower.

Emma Watson Shares Rare Insight Into Her Private Life

She also said: I felt really sad and really pissed off about a lot of things. I learned more about love and being a woman.

She added: It took me three years but I have finally figured out a daily practice and can actually keep it for more than a few days in a row. I burned some things down. I eat green things now!

Emma went on to talk about the filming of the reunion show Harry Potter 20th Anniversary: Return To Hogwarts, which was broadcast in January 2022.

Emma Watson Marks Her 33rd Birthday With Very Personal Instagram Post

The HBO special saw her admit that she had a crush on co-star Tom Felton, who played Draco Malfoy, and reunite with Daniel Radcliffe, who starred as Harry Potter, and Rupert Grint, who played Ron Weasley.

The actors filmed the movies, based on JK Rowling’s books, from Harry Potter And The Philosopher’s Stone which came out in 2001 to 2011’s Harry Potter And The Deathly Hallows Part 2.

Away from acting, Watson is also known for her activism for women’s rights and was appointed a UN Women goodwill ambassador in 2014 and helped launch the UN Women campaign HeForShe, which promotes gender equality.

Emma Watson Reflects On Life Away From Public Eye As She Turns 33

In August, she made her directorial debut with a short film marking the launch of Prada’s new women’s fragrance – which she also mentioned in her round-up of her year.

Emma also said: I cut my thumb nail off on both hands trying to cook for myself and then was only able to do things one handed for months.

She went on to say she thanked her witches in her coven, who she described as her avengers, for helping her become who she is.

Emma Watson Admits To Almost Quitting The Harry Potter…

Inside the world's most powerful cartel where enemies are simply shot dead - boiling bodies, child soldiers, lethal fentanyl trafficking and jellyfish warsCrime

IT'S HERE! Ultimate Premier League club-by-club guide - all the predictions and insight for the new season from those in the knowPremier LeagueResearchers estimate that since 1950, more than 8.3 billion metric tons of the stuff has been produced, more than one ton for every person currently on the planet. Once used, much of it is burned. The rest winds up in landfills or in the ocean, where it can take up to five centuries to fully decompose. In the meantime, it poses a threat to wildlife and, through potentially carcinogenic microplastics that enter the food chain, us too.

London-based startup FabricNano is targeting this scourge with a new kind of manufacturing that harnesses the chemical laboratories that exist inside the cells of living organisms, but it does so without the need to actually use living things. Its first product is a precursor for the creation of biodegradable polyester, which FabricNano’s founders think they can produce at a price that will make it competitive with the petroleum-based plastics that are used in everything from water bottles to fast-food trays.

Emma Watson Net Worth: A Tale Of Talent And Success

Fame, Twitter cofounder Biz Stone, and Alexander Moscho, the former chief executive of Bayer. They are part of a $12.5 million investment round in FabricNano, led by London-based venture capital firm Atomico, announced today.

Harvesting the power of single-cell organisms is one of humankind’s oldest manufacturing techniques: Think of beer, wine, cheese, and bread. Traditional biomanufacturing uses microbes, such as yeast, that either naturally produce a chemical or, more recently, that have been genetically modified to do so.

But there are several potential problems: Growing single-cell organisms in large vats can be difficult. The amount of chemical produced, known as the yield, can be inconsistent, especially because the cells at the bottom of the vats often respond poorly to the pressure and heat created. Evenly distributing food for the cells can be a problem. For many chemical processes, cells are also relatively inefficient, partly because the cells need to consume energy to live.

Emma Watson Turned 33 And Reflected On Her Dog, The Harry Potter Reunion And Other Recent Life Milestones

This tends to make biomanufacturing expensive compared with other chemical processes, so it is most often used for specialty chemicals and materials. Think pharmaceuticals, cosmetics, carpeting, and molded parts in automobiles. Biomanufacturing also doesn’t work for certain chemicals because the chain reactions needed to create them produce toxins that kill the cells before the process can be completed.

FabricNano is one of just a handful of companies working to commercialize a technology that sidesteps many of these pitfalls, known as “cell-free biomanufacturing.” Other companies also working in the area include San Diego startup Debut Biotech, which has a partnership with Dutch materials company DSM; Daicel Arbor Biosciences in Ann Arbor, Mich., which is mostly focused on uses of the technology in life science; and French biotech company Synthelis.

In FabricNano’s case, it has pioneered a wafer-like substance made of DNA suspended in liquid that forms a kind of platform on which various enzymes and proteins can produce the same chemical reactions as would occur inside a cell, but without the need for an actual living organism. Because there are no living cells, the chemical reactions are more efficient, can be used in large vats without worrying about inconsistent yields, and can produce chemicals that would prove toxic to cells.

Emma Watson's Post Crediting Saturn For Changing Her Life Is Actress's Latest Bizarre Outbursts

“Cell-free is the technology that I wish we’d had 10 years ago when I was trying to source biodegradable materials for Unilever, ” says Mike Butler, who served as a research and development director at the consumer products giant specifically working on sustainability and advanced materials from 2008 to 2018. At the time, Butler says, only cell-based biomanufacturing processes were available. But they were “too tricky to optimize” because of the difficulty of “keeping all the little bugs happy, ” he says, referring to the microbes.

While Butler says that “there is some really great stuff out there” in terms of biodegradable plastics, they tend to be between three and five times more expensive than conventional petroleum-based plastics. As a result, Unilever and other companies have largely built their sustainability strategies around the use of recycled plastic rather than biodegradable or compostable materials. New technologies could alter that equation, he says. (Now the technical director at U.K. specialty chemicals company William Blythe, Butler has consulted with FabricNano on how to commercialize its technology.)

FabricNano’s DNA-based wafer is critical, says John Woodley, a chemical engineering professor at the Technical University of Denmark who serves as a scientific adviser to FabricNano. “It holds the enzymes together and positions them the right way, so they are very close to each other, ” he says. This makes the chemical reactions controllable and efficient.

Emma Watson Says Her Father Gave Her Wine Every Day From A Young Age

Siraj Khaliq, a partner at Atomico who led the financing round and will be joining FabricNano’s board, says the venture capital firm found the modular nature of FabricNano’s DNA wafer technology compelling. “There are all kinds of benefits that come from controlling and being able to build with biology as you would with hardware, ” he tells

FabricNano’s system makes it cheaper to manufacture some chemicals, such as one called 1, 3-propanediol. Currently, 1, 3-propanediol can be biomanufactured and turned into biodegradable plastic, but not at a price that is competitive with the petroleum-based single-use plastics. “Why is Coke not shifting to bio-based plastics? Because it’s too expensive and the market is too price sensitive, ” says Grant Aarons, FabricNano’s cofounder and chief executive.

For instance, DuPont produces a biodegradable nylon, called Biomax PTT, that is made from biomanufactured 1, 3-propanediol. But it costs about $3 per kilogram, whereas petroleum-based plastics cost just $1 per kilogram, Aarons says. (

Emma Watson Gives Rare Life Update In 33rd Birthday Post

Woodley says that FabricNano’s cell-free process could close this gap. “1, 3-propanediol is a well-established chemical product, but it is expensive and, basically, it is too slow to biomanufacture, ” he says. “There is an opportunity to drive this much faster and bring the price down.”

FabricNano can convert sugars that are used as feed stock for the chemical reaction to the plastic end product with nearly 100% efficiency, compared to about 40% efficiency inside living cells, Aarons says. What’s more, because the company isn’t using living cells, the sugars it uses don’t have to be particularly pure. To power its process, FabricNano can use waste glycerin that is a byproduct of