Current scenario of the feed pigment market 

Key opportunity of feed pigment market

• Growing adoption of sustainable dairy acts as an opportunity for feed pigment market growth

Sustainable agriculture focuses on cultivating plant and animal varieties with desirable traits like increased yields, disease resistance, and quality. Modern biotechnological technologies like genetic engineering and marker-assisted breeding are crucial for this process. Techniques like organic farming, precision farming, and nutrient utilization in animal diets contribute to more economically and environmentally sound cattle and poultry farming. Innovative cattle management technologies like digital tools, automation, and data-driven strategies are revolutionizing cattle farming. Adopting sustainable techniques decreases environmental effects, combats climate change, preserves natural resources and increases dairy producers' efficiency and profitability.

For example,
Animal feed is a key part of sustainable animal production, contributing 40-80% to total emissions. Each feed ingredient's environmental impact value is based on origin, land use, transportation, and processing. Regenerative farming practices or locally produced crops can have a lower impact than those from deforested regions or low output per hectare. By-products and circular feed ingredients can help reduce the environmental impact of the final feed. Sustainability targets from retailers and governments around Europe prompt formulators to use Life Cycle Assessment (LCA) tools to assess the environmental impact of different raw materials. Carbon impact is often the first metric to consider when formulating sustainable diets. Carefully changing ingredients to reduce carbon impact is essential, considering potential risks. Trouw Nutrition's simulation showed a strong correlation between soyhull inclusion and CO2 emissions, with a high inclusion rate resulting in lower carbon impact. MyFeedPrint, Trouw Nutrition's feed environmental footprint tool, is being used by feed mills to formulate diets with lower emissions.

Source (https://www.allaboutfeed.net/animal-feed/raw-materials/sustainable-feed-a-journey-from-mill-to-farm-practice/) 

Sustainable intensification and diversification aim to boost output and productivity while reducing environmental harm. Practices like crop rotation, agroforestry, and integrated pest control increase resilience, save resources, and support biodiversity. Benefits of sustainable livestock farming include environmental conservation, reduced greenhouse gas emissions, improved animal welfare, enhanced resource efficiency, healthier food products, economic resilience, social benefits, and increased consumer demand.

Key drivers of the feed pigment market

• Growing demand for animal proteins drives the feed pigment market growth

The world's population is expected to exceed 9.7 billion people by 2050, according to UN population predictions, which will increase demand for animal protein. Animal protein consumption has skyrocketed in the last several years. To meet this increasing demand, the animal feed sector is increasing output levels while maintaining sustainability and minimizing the environmental impact of livestock operations. The requirement for animal protein in a person's typical diet is determined by several factors, including consumption habits and daily diets. The sector for animal-derived proteins is anticipated to grow as a result of the advantages eating meat and animal byproducts provide for health. 

For example,
About 35% of the protein and 15% of the energy in food consumed by humans come from livestock products, which account for 30% of the value of agriculture globally and 19% of the value of food production. 

Source (https://www.fao.org/3/cb4477en/cb4477en.pdf) 

Many benefits, such as the capacity to be swiftly absorbed and the ability to be combined with products like wheat and maize feed for ruminants. Additives to liquid feed are also believed to enhance the nutritional value of ruminant meat. For instance, urea can be utilized alone or in combination with inert carriers as an indirect source of protein when combined with nutrients like molasses and other carbohydrates. Moreover, ruminants are essential to the sustainability of agriculture. Unsuitable land for farming becomes more productive when ruminants are present. Because of this, farmers are more worried about the diets of ruminates, whereby liquid feed supplements are given to ruminants to enhance their immune systems, digestive systems, and general health. A consistent supply of appropriate, affordable, and safe feed is essential to meeting consumer demand for milk, meat, eggs, and other animal by-products. The need for high-quality feed is rising, and with it is the need for additives that provide a variety of functional advantages. The animal protein sector has a bright future ahead of it, and during the projected period, the increased need for feed pigment will support market expansion.

• Growing demand of seafood drives the feed pigment market growth

Seafood consumption is on the rise, with China and Sub-Saharan Africa being the largest contributors. The global consumption of seafood is predicted to rise by 80% by 2050, with China and India experiencing the highest increases. Fish, a rich source of macro- and micronutrients, is becoming more accessible through aquaculture production, diversifying diets, and supporting health. However, as wealth increases in these regions, consumers also seek luxury fish like tuna and salmon. With a globalized market and increased trade efficiency, consumers are increasingly eating non-native fish and adopting fish-eating customs like sushi. International trading of fish is mainly restricted to urban areas with facilities for freezing, and prolonging shelf-life.

For example,
 the share of aquaculture in total global fish production was about 49 percent. It is projected to increase to just under 53 percent by 2030.

Source (https://www.statista.com/statistics/755939/share-of-fish-production-worldwide-by-type/) 

Innovating to improve taste, nutrition, and cost is fundamental to achieving wider distribution and reducing pressure on sea and freshwater ecosystems. However, offshore aquaculture can lead to increased diseases and parasites in wild populations, and wild-caught fish are needed to feed salmon in aquaculture, depleting stocks of those species around the world. Bycatch, a big ecological impact from wild capture fisheries, can also include endangered and protected species. Smaller target species like prawns are the worst for bycatch, as finer nets are needed to capture them, resulting in less discrimination in what's caught. Growth in the feed pigment market is driven by rising seafood consumption.

Key restraints of the feed pigment market

• Increasing raw material costs hampers the feed pigment market growth

The rising cost of feed, which for certain species makes up more than 70% of overall production costs, is one of the major issues facing market participants in the feed and nutrition sector. Livestock farmers in emerging economies frequently face financial obstacles that impede their ability to purchase expensive feed. As a result, they start feeding their animals complex feed that is manufactured locally or by hand, which occasionally results in meat that is of inferior quality to meat from other nations. In addition, livestock animals do not use twenty-five percent of the available nutrients. Another significant difficulty facing the feed industry is minimizing feed efficiency while reducing indigestibility depending on nutritional and economic criteria, which frequently have contradictory features. Although the majority of animal feed formulas still employ traditional feeds, there is an increasing trend of adding new additives. Everyone should be able to afford feed prices thanks to this technique. The industry participants use a variety of cutting-edge techniques to assess and optimize the ongoing creation of effective and long-lasting developments in the feed additives sector. Nonetheless, there are still issues facing the feed business, especially in developing nations where farmers depend on alternative, homemade forage feed. The growth of the feed pigment market is hampered by rising raw material costs.

How did covid-19 impact the Feed pigment market?

Agriculture has suffered as a result of the COVID-19 pandemic and lockdown, as production facilities have temporarily closed and demand has decreased. Research on cancer treatment has decreased, with a greater emphasis now being placed on stopping the spread of COVID-19. To prevent further revenue losses, players are largely concentrating on fortifying their supply networks and speeding up their operations. One of the major industries affected by manufacturing and supply chain disruptions as a result of job closures is the food and beverage sector. Stockpiling of raw materials by feed pigment sector businesses increases supplier power and market rivalry. With the prevalence of COVID-19 behavioral components increasing and the incidence of cow disease rising, it is expected that consumers will shift towards plant-based alternatives. Additionally, the feed pigment sector can return quickly in the upcoming years with the progressive easing of the lockdown across national borders and the novel coronavirus under control. The demand for goods like animal feed suddenly increased in the early phases of the epidemic as people were stockpiling supplies. There was a limited supply of silage additives, which limited the market's ability to obtain premium animal feed pigment sector. The cost of logistics and transportation also went up during that time. Logistics costs increased as a result of certain transportation facility providers starting to charge outrageous amounts to convey the materials. International shipments were also delayed as a result of it. This affected the transfer of items both inward and outbound and narrowed the supply chain. As a result, the price of animal products rose during that time along with the feed pigment sector, lowering consumer purchasing power and significantly affecting the growth of the silage additives industry. The COVID-19 pandemic has had a mixed effect on the market due to significant regional variations in product availability and demand. 

Our study will explain complete manufacturing process along with major raw materials required to manufacture end-product. This report helps to make effective decisions determining product position and will assist you to understand opportunities and threats around the globe.

The Global Feed Pigment Market is witnessing significant growth in the near future.

In 2023, the Carotenoids segment accounted for noticeable share of global Feed Pigment Market and is projected to experience significant growth in the near future.

The segment is expected to expand at the significant CAGR retaining position throughout the forecast period.

Some of the key companies BASF SE , Novus International Inc. and others are focusing on its strategy building model to strengthen its product portfolio and expand its business in the global market.

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