A hearty and nourishing lentil soup made with whole, unprocessed ingredients. This recipe avoids refined sugars, processed broths, and prioritizes organically sourced vegetables where possible. Traditional cooking methods are favored to maximize nutrient retention.
½cuporganic red or green lentilsLentils are a great source of plant-based protein and fiber.
1cuporganic chopped onion
1stalkorganic celery, chopped
2cuporganic shredded cabbage
1(28 ounce) canorganic whole peeled tomatoes, choppedChoose a brand with no added sugar or preservatives.
2cupshomemade chicken bone brothBone broth provides collagen and essential minerals. Alternatively, use filtered water and add a strip of kombu seaweed for added minerals.
3organic carrots, chopped
1cloveorganic garlic, crushed
1tspsea saltSea salt provides trace minerals.
½tspfreshly ground black pepper
1/4tspraw honeyOptional. A small amount of raw honey can enhance the flavors without refined sugars.
½tsporganic dried basil
½tsporganic dried thyme
¼tsporganic curry powderEnsure the curry powder is free from artificial colors and additives.
1tbspBeef TallowOptional. Add for rich flavour and healthy fats.
Instructions
Place the lentils into a stockpot or a Dutch oven and add filtered water to twice the depth of the lentils. Bring to a boil, then lower heat and let simmer for about 15 minutes. Drain and rinse lentils; return them to the pot.
Add onion, celery, cabbage, tomatoes, chicken broth (or filtered water with kombu), carrots, and garlic to the pot and season with sea salt, pepper, raw honey (optional), basil, thyme, and curry. Add the beef tallow. Cook, simmering for 1 1/2 to 2 hours or until desired tenderness is achieved. Slow simmering helps to retain nutrients.
Let the soup cool slightly before serving. This allows the flavors to meld and develop further.
Notes
For optimal flavor and nutrient retention, avoid using a slow cooker. If using canned tomatoes, opt for organic and BPA-free cans. This recipe prioritizes whole, unprocessed foods and minimizes exposure to potential toxins.