
Digestate with biochar: an organo-mineral composite for sustainable agriculture
Digestate with biochar and glauconite is an innovative organo-mineral composite for reducing nutrient losses, prolonged plant nutrition, and increasing soil fertility.
In 2026, global pharmaceuticals no longer live in a “stable world” paradigm. Procurement has transformed from an operational function into a tool for managing geopolitical, regulatory, and financial risks. The supply map for pharmaceutical raw materials increasingly resembles a stress map rather than a logistics scheme.
Hybrid sourcing—the combination of global, regional, and local sources—is becoming less of a trend and more of a forced response to the fragmentation of the world. For CPOs, COOs, and CFOs, the key question is: where are the real risk nodes today and what alternative routes are still viable?
Market data for the last two years shows:
This means that risk is no longer a “black swan” — it is built into the system.

Pfizer faced supply constraints for certain APIs in 2024 due to regulatory reviews and logistical disruptions in Asia. The company was forced to:
The result: short-term margin pressure, but a significant reduction in the risk of production downtime. In 2025, Pfizer officially established hybrid sourcing as the baseline model for critical substances.
In 2026, API sourcing is not based on countries, but on risk clusters:
This changes the logic of supplier selection: a cheaper API in the high-voltage area is no longer a competitive advantage.
TCO in hybrid sourcing includes:
Companies that do not take these elements into account systematically underestimate the real cost of owning raw materials.
Leading pharmaceutical manufacturers form a Resilience Matrix, where each region is assessed for:
It is this matrix that becomes the basis for strategic infographics and management decisions.

By the end of 2026, it is expected that:
For each API in the portfolio:

Digestate with biochar and glauconite is an innovative organo-mineral composite for reducing nutrient losses, prolonged plant nutrition, and increasing soil fertility.

Soil degradation and water pollution are increasingly merging into a combined environmental crisis, especially in arid and post-industrial regions.

Introduction Among the promising and ecologically acceptable methods of environmental restoration, priority is given to biological approaches (bioremediation, phytoremediation), i.e., the purification of soils and…