LifeQuest World Corp. Expands European Presence with Major Wastewater Treatment Contract in Crete
December 11th, 2025 1:00 PM
By: Newsworthy Staff
LifeQuest World Corp. has secured a significant 300 cubic meters per day wastewater treatment contract in Crete, Greece, marking a strategic expansion into Europe where water scarcity and regulatory pressures are driving demand for decentralized, sustainable solutions.

LifeQuest World Corp., through its wholly owned subsidiary Biopipe Global, has announced the award of a 300 m³/day decentralized sewage wastewater treatment installation in Crete, Greece. The project utilizes Biopipe's patented, biological, chemical-free wastewater technology and represents a significant expansion into international markets facing acute water stress and regulatory pressure. Across Europe, wastewater treatment is under mounting scrutiny as the EU strengthens enforcement of its Water Framework Directive and pushes for greater adoption of sustainable, decentralized infrastructure.
On islands such as Crete, where tourism surges dramatically during peak seasons, aging wastewater networks frequently strain under demand, creating a need for compact, odor-free, low-maintenance solutions that can be deployed rapidly and at lower operating cost. The Crete installation will feature the full Biopipe treatment designed to meet stringent EU effluent thresholds, including BOD <10 mg/L, COD <30 mg/L, and TSS <10 mg/L, with near-zero odor, noise, and sludge. This performance profile is increasingly attractive to entities not connected to central sewerage systems or those seeking to recycle wastewater to meet sustainability goals and regulatory compliance.
The Crete contract follows LifeQuest's recent announcement of its first commercial order in Spain, a 10 m³/day Biopipe system for a major winery, signaling the company's entry into Western Europe. Together, Spain and Greece represent significant strategic footholds as both countries face water scarcity, high compliance requirements, and seasonal wastewater surges tied to tourism and agriculture. Southern Europe is undergoing a shift toward small-footprint, decentralized treatment systems, supported by EU sustainability funding mechanisms. Upon successful introductions in Spain and Greece, Biopipe will have an easier pathway to scale across southern Europe, where the market for decentralized wastewater solutions is projected to grow significantly over the next decade.
Positioning Biopipe within these early-stage European markets creates a pathway to broader expansion across the Mediterranean, Balkans, and Western Europe, where municipalities, hotels, wineries, and housing developments are increasingly adopting modular biological systems. In addition to Europe, LifeQuest recently secured a decentralized wastewater treatment system contract in Ethiopia to support a European government facility. This installation highlights a persistent challenge across many African and developing regions where centralized wastewater infrastructure is often nonexistent or insufficient, creating strong demand for scalable, low-energy, low-sludge alternatives.
Robert Kaufmann, Director at Biopipe Global, commented that this 300 m³/day project in Crete represents a meaningful step forward in the company's European expansion strategy. Spain and Greece are ideal entry points for Biopipe in the EU because they face significant water challenges and because operators in these regions are actively seeking sustainable, decentralized technologies that reduce operating cost and meet EU regulatory standards. When combined with recent wins in Spain and Ethiopia, this demonstrates strong validation of the company's capability to deliver reliable, chemical-free wastewater solutions that align with global ESG priorities and address real-world infrastructure constraints. For more information about the company's technologies, visit https://www.lifequestcorp.com.
Source Statement
This news article relied primarily on a press release disributed by NewMediaWire. You can read the source press release here,
