#reduce cost

MIT develops flat-pack ‘edible origami’ that springs into shape when wet

Aimed at dramatically reducing shipping costs by limiting the amount of air in our pasta packaging, the latest thing to come from the boffins at MIT’s Tangible Media Group is a series of flat-pack pasta sheets carefully engineered to curl into a variety of shapes with the addition of water. A project they’re dubbing “Transformative Appetite”.

The pasta is carefully coated in lines of gelatine that naturally expands when added to water. By 3D printing specific patterns onto the sheets, the researchers can dictate what shape will result from the expansion. In the above video, the team outline how - just like traditional pasta - the different shapes have been developed for specific characteristics: springiness, firmness, elasticity etc.

Anyone worried about how this all tastes are catered for too, as the video goes on to demonstrate pro chefs utilising these edible performance pieces to construct some gorgeous meals, chiefly a dish of transparent caviar-filled tubes.

How Can Businesses Effectively Measure and Reduce CO2 Emissions?

Introduction :

The issue of carbon dioxide emissions is one of the most pressing worldwide concerns in today’s environmental consciousness landscape. Only 10% of businesses evaluate their greenhouse gas emissions thoroughly, according to recent surveys, underscoring the critical need for workable solutions. With its ground-breaking product, the Smart Energy Monitor, Niraltek Solution is ready to take on this problem head-on by providing a revolutionary method for actively and efficiently measuring and lowering CO2 emissions.

The Challenge of Measuring Climate Impact :

Among the main obstacles to launching sustainability initiatives for corporations is the difficulty of precisely calculating the climate impact of various activities. In the words of CO2 AI’s creator and CEO, Charlotte Degot, “How can you reduce what you cannot measure?” Since CO2 emissions are invisible, estimating them is a frequent technique, resulting in imperfect data that is used to inform CO2 emissions reduction plans and sustainability targets.

Measurement’s Crucial Role in Reducing CO2 Emissions :

It acknowledges that monitoring and measuring emissions is vital for effective sustainability initiatives. Organizations can better understand their greenhouse gas emissions with the help of the Smart Energy Monitor, which is crucial for achieving international objectives like those stated in the UN’s Paris Agreement. A company’s carbon footprint can account for up to 80% of its emissions from operations (Scopes 1 and 2), but the Smart Energy Monitor allows for full tracking of emissions throughout value chains and product portfolios (Scope 3).

Using Technology to Take Action :

Utilizing cutting-edge Artificial Intelligence (AI) technology, the Smart Energy Monitor from transforms how businesses approach sustainability. The Smart Energy Monitor makes the challenging task of calculating carbon footprints easier by automating and standardizing the classification of goods and procedures. By utilizing artificial intelligence and machine learning techniques, the platform analyzes large datasets to offer clear insights regarding emissions. Through the identification of crucial locations for emissions abatement, this data-driven method empowers enterprises to set significant reduction objectives and make well-informed decisions.

Promoting Long-Term Change :

Smart Energy Monitor gives internal stakeholders actionable insights beyond simple measurement. Product development, engineering, and procurement teams may all create and implement carbon emissions reduction plans more successfully thanks to the accurate data supplied by the Smart Energy Monitor. The Smart Energy Monitor makes sure that attempts to promote sustainability don’t interfere with operational effectiveness by integrating smoothly with current operations.

In summary