Impact & Sustainability

Biomethane supports a sustainable energy model that creates environmental, social, and economic value for both present and future generations.

A Positive Impact Across the Entire Value Chain

Icono de reducción de emisiones de CO₂ mediante la producción de biometano.

-90%

Lower greenhouse gas emissions compared with fossil natural gas.

Icono de sostenibilidad y economía circular aplicada a la producción de biometano.

100%

Use of locally sourced organic waste.

Icono de economía circular y transición energética mediante la producción de biometano.

Circular Economy

We transform waste into valuable resources and renewable energy.

Icono de seguridad y fiabilidad en el desarrollo de proyectos de biometano.

Energy Security

Locally produced, dispatchable energy that integrates with existing infrastructure.

Icono de experiencia técnica y gestión integral de proyectos de biometano.

Rural Development

Creating economic activity and jobs in local communities.

How Do We Do It?

PHASE 1

Assess & Integrate

We assess your current waste streams and integrate our monitoring systems.

PHASE 2

Real-Time Traceability

Continuous software-based monitoring of every waste stream and its destination.

PHASE 3

Recovery & Conversion

We transform organic and industrial waste into renewable energy and valuable resources.

PHASE 4

ESG Certification

Automated issuance of regulatory certificates and audit-ready impact metrics.

Vista aérea de una planta de biometano integrada en el entorno agrícola para la producción de gas renovable a partir de residuos orgánicos.

WHY MANAGE YOUR WASTE WITH TWINE?

Turning a Challenge into an Opportunity

At Twine, we manage your organic waste to produce renewable biomethane, helping you comply with regulations while creating long-term sustainable value.
  • A fully integrated, tailored solution for every type of waste.
  • Regulatory compliance and reduced waste management costs.
  • Traceability, operational safety, and environmental responsibility.
  • A direct contribution to the energy transition.