RNG | 10 TPD | Press-Mud Napier Grass Energy Crop  


Project Summary

The project focuses on establishing a 10 TPD RNG and 100 TPD Value Added Solid Bio Fertilizer Plant, utilizing modular technology and advanced data-driven operations. It aims to convert Press Mud and Super Napier Grass biomass into BioCNG and high-value solid and liquid fertilizer. By leveraging anaerobic digestion, biogas scrubbing, and gas purification technology, the project contributes to sustainable waste management, renewable energy production, and valuable agricultural product generation.

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Equipment Packages for Quotations

Package Number

Package Name

List of Equipment

1

Press Mud Stabilization

Press Mud Stabilization Unit

2

Feedstock Transfer

Feedstock Transfer from Sugar Mill

3

Feeding Tank

Agitators in Feeding Tank

4

Feed Pump

Feed Pump (1W + 1S)

5

Inline Macerator

Rotacut – Inline Macerator

6

Recirculation

Recirculation Pump

7

Digester

Double Membrane, Biogas Holder, Submersible Agitators for Digesters

8

Biogas Polishing

H2S Scrubber, Dryer, ACF, Biogas Blower, Biogas Flaring System

9

Digestate

Slurry Pump to Decanter, Solid Separation Unit (Decanter), Lagoon Pump

10

Biogas Upgradation

Biogas Upgradation System (Membrane-based System), Gas Analyzer – Online: For Raw & Upgraded Biogas

11

BioCNG Bottling

Booster Compressor: 2 x 100% (1W + 1S), Cascades & Cylinders, High-Pressure Valves, Pressure Gauges with Required Regulators

12

Electricals, Instrumentation & Automation

PCC, MCC Distribution Panels, Changeover Panels and Internal Lighting, Power Cables, Control Cables, Safety Earthing

Sustainable Development Goals:

Affordable and Clean Energy

Operation: Establishing a Renewable Natural Gas (RNG) plant, promoting the use of clean and sustainable energy sources.

Industry, Innovation, and Infrastructure

Operation: Utilizing modular technology and advanced data-driven operations, contributing to innovation in the renewable energy sector.

Sustainable Cities and Communities

Operation: Converting waste into BioCNG and valuable fertilizers, supporting sustainable waste management practices for cleaner communities.

Responsible Consumption and Production

Operation: Promoting responsible consumption by utilizing waste materials as feedstock and reducing reliance on non-renewable resources.

Climate Action

Operation: Producing RNG and reducing greenhouse gas emissions from waste, contributing to climate change mitigation targets.

Life on Land

Operation: Converting waste into bio-products reduces the need for synthetic fertilizers and promotes sustainable land use and biodiversity.

Partnerships for the Goals

Operation: Collaboration with stakeholders toward achieving sustainable development goals.

Please be informed that a substantial amount of information pertaining to this project is considered highly confidential. If you are interested in obtaining further details, we kindly request you to contact us at Info@nexusnovus.com for access.

SDGs:

SDGs

Description

Operation

SDG 7

Affordable and Clean Energy

The project aligns with this goal by establishing a Renewable Natural Gas (RNG) plant, promoting the use of clean and sustainable energy sources for local communities and industries.

SDG 9

Industry, Innovation, and Infrastructure

The project utilizes modular technology and advanced data-driven operations, contributing to innovation in the renewable energy sector and promoting the development of sustainable infrastructure.

SDG 11

Sustainable Cities and Communities

By converting press mud and raw spent wash into BioCNG and high-value solid and liquid fertilizers, the project supports sustainable waste management practices, creating cleaner and healthier communities.

SDG 12

Responsible Consumption and Production

The project promotes responsible consumption and production by utilizing waste materials as feedstock and producing renewable energy and valuable agricultural products, reducing reliance on non-renewable resources.

SDG 13

Climate Action

By producing RNG and reducing greenhouse gas emissions from waste materials, the project contributes to mitigating climate change and achieving targets set under the Paris Agreement.

SDG 15

Life on Land

The project’s focus on converting waste materials into valuable bio-products supports sustainable land use and biodiversity conservation by reducing waste disposal and the need for synthetic fertilizers.

SDG 17

Partnerships for the Goals

The involvement of EID Parry, government of India, and other stakeholders in the project demonstrates collaboration and partnerships towards achieving sustainable development goals.

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