Insights on Insect Farming & Black Soldier Fly

In recent trials, composted black soldier fly (BSF) frass at 20 t/ha outperformed chemical fertilizers in lettuce production and boosted soil health—showing major promise for sustainable agriculture.

Recent research reveals new methods of extracting lauric acid from Black Soldier Fly larvae, its bioactive benefits, and emerging industrial and health applications.

Exploring recent claims that black soldier fly biomass can be turned into pharmaceutical-grade insulin—what’s plausible now, what remains speculative, and why it matters for BSF farming.

Insights from a multi-omics study reveal how two beetle pests attack dried black soldier fly larvae, with takeaways to improve drying, storage, packaging, and pest control.

Exploring the implications of a 2025 MDPI study on mealworm frass and oyster mushrooms—and how these findings could translate to Black Soldier Fly systems, circular agriculture, and novel feed opportunities.

Exploring recent research proving that insect frass—especially from BSF and mealworms—can outperform mineral phosphate fertilizers, enhancing soil health, phosphorus use and crop yield.

Exploring recent studies on replacing fishmeal with black soldier fly larvae and frass in African catfish diets—how it works, what it costs, and why it matters.

A look behind recent bankruptcies and restructurings in the Black Soldier Fly sector—what went wrong, what’s still promising, and how industry players can move forward.

Exploring how black soldier fly larvae enhancements are transforming feed intake, growth, and sustainability in shrimp diets

How Enorm Biofactory went from raising €50 million and planning Europe’s largest BSF facility to declaring bankruptcy—chronicling its successes, missteps, and industry lessons.

Recent research suggests BSFLM may offer greater benefits when used in moderation—serving as an immune, gut, and health booster—rather than being the main substitute for fishmeal.

Exploring how BSF farming scaled with VIPP creates a circular, One Health system in Kenya, Rwanda & Uganda

New research shows species-specific effects of Black Soldier Fly Meal (BSFM) on fillet quality in aquaculture—benefits for carp and trout, trade-offs for marine fish like seabream and salmon.

An in-depth look at the judicial liquidation of Ÿnsect: what led to it, what failed, and what BSF farming can learn.

Debuting an insect-powered composting plan, Bengaluru aims to convert 8,000 tonnes a day of organic waste into frass and insect biomass using BSF technology

How new discoveries in BSF bioactives and frass quality are converging to transform feed and fertilizer, and what BSF producers should know to stay ahead

Exploring the cutting-edge science behind antioxidant and antimicrobial peptides from Black Soldier Fly larvae, gut microbiome functions, and how these discoveries are reshaping feed formulation and BSF farm strategies.

Exploring how black soldier fly larvae frass combined with biochar can enhance soil fertility, microbial life, and crop growth under drought stress.

Black soldier fly farming is evolving beyond feed and fertilizer — learn how larvae exoskeleton, oils and frass are turning into bioplastics, cosmetic actives, and high-value biomaterials.

Exploring how Black Soldier Fly farming is driving the transition to circular agriculture through markets, innovations, and sustainable solutions toward 2035.

Exploring the rise of modular BSF farms, regulatory shifts across regions, and what’s needed to scale this sustainable protein frontier.

As geopolitical instability and climate regulations converge, soy reliance is becoming a liability. The Black Soldier Fly offers a compelling exit strategy.

The pet food industry is increasingly innovating by adopting insect protein, especially Black Soldier Fly insect meal. What are the advantages?

Black soldier fly larvae can convert waste into biofuel through bioconversion processes, accumulating fats suitable for biodiesel production.

Pests are a common issue in insect farms, and at some point, everyone encounters them. Learn how to detect and control them effectively.

These two insects, along with crickets and locusts, are the most common to raise. If you're thinking about starting a farm, you might wonder which one to begin with.

The first step if you really want to start an insect farm, specifically a soldier fly farm, is to be sure that you don't want to start something else.

Black Soldier Fly larvae are gaining attention for their impressive nutritional content and potential as a sustainable protein source.

The black soldier fly has origins in the Neotropical ecozone, covering parts of South and Central America. Learn about its journey to becoming a global species.

In a world increasingly seeking sustainable solutions, the Black Soldier Fly emerges as a pivotal player in organic waste management.

The Black Soldier Fly larvae are transforming agriculture by converting organic waste into high-quality fertilizer, known as frass, which significantly enhances soil quality.

The Black Soldier Fly has become increasingly popular as a poultry nutritional supplement. These insects offer substantial advantages for avian diets and health.