Do you love Doughnuts? Yes, you do! Like who doesn’t right? 😉
Doughnuts are not exactly easy to make or that’s what many of us assume, right? To be honest, I didn’t even know you could make eggless doughnuts until I came across this recipe from Royal Baking powder.
My daughter has a few allergies and because of this, I have to be super careful about the ingredients I use when cooking or baking. I know that allergies have become a bigger problem over the past years for many of us so I really think this recipe will be a lifesaver for you if you don’t or can’t eat eggs!
How to make a delicious batch of eggless doughnuts:
This recipe makes about 24 (small).
What you need:
- 750ml (3 cups) cake flour
- 20ml (4 tsp) Royal Baking Powder
- 1ml (pinch) salt
- 60g butter or margarine
- 125ml (1/2 cup) white sugar
- about 200ml (3/4 cup) milk
- Cooking oil for deep-frying
- Cinnamon sugar for coating
Instructions:
- Sift flour, Royal Baking Powder, and salt together.
- Rub in butter with fingertips until it resembles fine breadcrumbs. Add sugar. Add the milk, cut it with a knife and knead lightly to a soft dough.
- Roll out dough on a lightly floured surface to a thickness of 1cm and cut out rounds with a doughnut cutter.
- Alternately, shape into medium-size balls and make a hole with the handle end of wooden spoon to form rings.
- Heat oil in a heavy-based saucepan and deep-fry doughnuts in hot oil, turning constantly until golden brown and cooked through.
- Drain on paper towel and cool.
- Coat doughnuts in cinnamon-sugar.
Variations: Dip doughnuts into melted chocolate or drizzle icing over.
Take a picture of your delicious dish and share it on the Royal Baking Powder Facebook page @RoyalBakingPowderSA and use the #GetItRighwithRoyal.
29 comments
Copper scrap sustainability initiatives Export of Copper scrap Copper scrap market research
Copper tube recycling Copper scrap processing and refining Copper scrap purchasing tactics
Copper scrap supply chain Copper scrap industry knowledge Certified copper recycling
Aluminum scrap sorting Scrap aluminium lifecycle assessment Aluminium recycling feasibility
Scrap aluminium lifecycle analysis Scrap aluminium processing plant Aluminium scrap assessment
Metal salvage Ferrous material emergency response procedures Recycled iron products
Ferrous metal reclaiming plant, Iron scrap refining services, Metal residue
Metal retrieval Aluminium recycling governance Aluminium scrap grade analysis
Metal waste, Aluminum cable recycling methods, Metal reprocessing plant
Metal recycling reclamation Aluminium scrap reuse Recycling technology for aluminum scrap
Scrap metal quality standards, Aluminum electrical cable scrap, Metal waste sorting center
Metal waste repurposing innovations Scrap aluminium price analysis Aluminum recycling facility management
Scrap metal reclamation services, Scrap aluminum cable recycling equipment, Scrap metal repurposing services
Metal recovery and reclamation services Aluminium waste material recovery Aluminium recycling safety standards
Metal waste reprocessing, Aluminum cable recycling machines, Metal reclaiming
Scrap metal reprocessing facilities Ferrous scrap material testing Iron scrap reuse
Ferrous scraps management, Iron scrap transportation, Scrap metal reclamation management
Metal scrap refurbishing services Scrap aluminium reprocessing technology Aluminium scrap melting furnace
Scrap metal reclamation yard services, Aluminum cable stripping machine, Metal reprocessing and recycling
Scrap metal reclamation and reutilization Ferrous metal yard Iron waste repurposing centers
Ferrous material market rates, Iron scrap warehousing, Metal waste disposal regulations
Metal waste recycling company Ferrous material recycling plant Iron scrap recovery and reclamation
Ferrous material refurbishing, Iron reprocessing, Scrap metal reclamation depots
Scrap metal traders Innovations in aluminium recycling Aluminium scrap repackaging
Ferrous and non-ferrous metals, Upcycling aluminum cables, Metal rejuvenation
Responsible metal recycling Scrap aluminium baler Aluminium scrap warehousing
Scrap metal processing center, Aluminum cable salvage, Scrap metal reprocessing plant
Scrap metal reclamation and recovery Ferrous material sorting technology Iron scrap refining
Ferrous material recycling audit, Iron scrap reclaiming facilities, Scrap metal recyclers
Scrap metal auctions Aluminium scrap reuse Aluminium pipe recycling
Scrap metal refinishing, Aluminum cable scrap price, Scrap metal compaction
Metal waste recovery center Ferrous waste reclaiming yard Iron scrap reprocessing
Ferrous material recycling regulatory adherence, Iron recycling methodologies, Scrap metal reclamation industry
Copper scrap life cycle assessment Copper scrap revenue optimization Copper scrap price trends
Metal reclaiming, Copper scrap sorting and grading, Metal recovery operations
Copper circuit board recycling Copper is one of the world’s most important and widely used industrial metals. It has been an essential part of human life for thousands of years, and its applications range from electrical wiring to construction and even medicine. In recent years, copper consumption has continued to grow at a rapid pace, driven largely by the increasing demand for electronic devices and renewable energy technologies. Copper is a highly conductive metal that has excellent corrosion resistance and is easy to work with. These properties make it ideal for use in electrical wiring, plumbing, and heating and cooling systems. It is also commonly used in roofing and construction materials, thanks to its durability and attractive appearance. When mixed with other metals, copper is used to make alloys such as brass and bronze, which are widely used in the manufacturing of various products. In addition to these traditional uses, copper is also an important component in a variety of modern technologies. For example, it is a critical component in the manufacture of semiconductors, which are used in nearly all electronic devices, from smartphones and computers to cars and airplanes. It is also commonly used in the production of solar cells, wind turbines, and electric vehicles, all of which are key components of the growing renewable energy industry. According to recent data, global copper consumption has been steadily increasing over the past decade, driven in large part by the growing demand for electronic devices and renewable energy technologies. China is the world’s largest consumer of copper, accounting for approximately 50% of global consumption. Other major buyers include the United States, Japan, and India. Despite its importance, the world’s supply of copper is not unlimited. As demand continues to grow, it is increasingly important for companies to find new ways to conserve this valuable resource. Many companies are exploring new recycling technologies and focusing on reducing waste and improving efficiency in order to minimize the amount of new copper that needs to be mined. Overall, copper is a vital component of the modern world, with a wide range of applications that make it an essential part of our daily lives. As demand for this valuable metal continues to grow, it is important for companies and individuals alike to find new ways to conserve this precious resource and ensure that it remains available for generations to come Scrap metal inventory management Scrap Copper composition analysis Copper oxide recycling Copper anode scrap acquisition Copper recycling network Metal waste disposal facility
Metal scrap disposal Ferrous material handling tools Iron disposal
Ferrous recycling services, Iron scrap yard, Metal waste reprocessing yard
Copper scrap smelting Copper has been an important metal in human civilizations for thousands of years. Its discovery in the early Neolithic age (approximately 10,000 BCE) revolutionized the way that humans could live, as it allowed for the production of tools and weapons. Copper was used extensively by the ancient Egyptians, Greeks, and Romans, and played a significant role in many of their technological and artistic advancements. One of the most notable uses of copper in antiquity was in the production of bronze, an alloy of copper and tin. The creation of bronze allowed for the production of stronger and more durable tools and weapons, which had significant effects on the societies that used them. The ancient Egyptians used copper extensively in their artwork and architecture, and it was even used to plate the exterior of the Great Pyramid at Giza. During the Middle Ages, the use of copper continued to expand. It was used in the construction of churches and other buildings, and was also used in the creation of decorative jewels and other ornaments. Copper was also used in medicine, as it was believed to have healing properties. Perhaps one of the most significant uses of copper during this time was in the production of coins. The Roman Empire was one of the first civilizations to create a standardized system of coinage, and copper coins were an important part of this system. Copper coins were also used extensively throughout Europe during the Middle Ages. Today, copper continues to be an important metal in industry and technology. It is used in a wide range of products, from electrical wiring to plumbing fixtures, and is also a key component in the production of various alloys. Copper’s rich history and versatility make it a valuable and important resource in our modern world Metal waste recycle yard Scrap copper repurposing Copper scrap briquetting Industrial copper reuse Copper scrap metal Metal recycling certifications
Copper scrap trade policies Copper scrap recycling solutions Metal waste traceability
Copper cable granulator, Scrap metal reclamation operations, Scrap Copper wire
Metal recycling and redistribution, Scrap Copper composition analysis, Copper cable stripping, Sustainable metal reclamation
Metal byproduct utilization Metal scrap collection services Iron scrap utilization and recycling
Ferrous material handling and processing, Iron waste reclaiming and reuse, Metal recovery center
Scrap metal brokerage Ferrous material recycling education Iron scrap pricing
Ferrous metal separation, Iron scrap recuperation, Scrap metal industry
Metal salvage yard solutions Ferrous material satisfaction Iron scrap pricing
Ferrous metal recycling market, Iron and steel recycling and reclamation yard, Recycling process optimization
Metal recycling and recovery solutions Ferrous material data analytics Iron scrap remolding
Ferrous material recycling process improvements, Scrap iron scrapyard, Metal waste disposal services
Metal reclamation and recovery facility Ferrous scrap energy efficiency Iron reprocessing facility
Ferrous material consumer outreach, Iron scrap reusing, Metal scrap retrieval