Industrial heat is one of common utilities required in manufacturing operations, from food and beverage to textiles, chemicals, and materials processing. It can be transported through various mediums, with steam as the most common form. The integrated facility includes the boiler island, onsite biomass storage, and essential O&M infrastructure within a single premise, often inside end user’s premise.

A reliable steam supply safeguards quality, uptime, and profitability when it fails, production stops and costs rise immediately. Yet industrial heat remains a major source of GHG emissions and is far harder to decarbonize than electricity.

With rising fuel costs and tightening carbon targets, conventional boilers are no longer viable long-term solutions making biomass-based energy, and BECIS Bioenergy Solutions, a practical and proven pathway to certified low-carbon industrial heat.

Biomass Energy Plant – General Overview

Biomass Energy Plant converts agricultural byproducts, such as rice husk, wood residues into renewable to generate steam or other medium such as hot water or thermal oil for industrial use. The integrated facility includes the boiler island, onsite biomass storage, and essential O&M infrastructure within a single premise. Biomass is secured through wholesale purchasing and long-term agreements to ensure competitive pricing, supply stability, diversified sourcing, and certified sustainability.

The plant operates independently while fully complying with the end user’s technical and safety requirements, with operating data shared to ensure consistent steam quality for production. New piping connects directly to the existing steam header, enabling the plant to supply nearly 100% of production steam. During scheduled maintenance, automated systems ensure seamless transition to backup fossil fuel boilers, maintaining uninterrupted operations.

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How BECIS Bioenergy Solutions Deliver Performance, Lower Cost & Low-Carbon Energy

As an Energy-as-a-Service (EaaS) provider, BECIS finances, develops, and operates onsite bioenergy plants designed specifically for each customer delivering the following benefits for the customers:

• Lower Steam Cost: BECIS biomass steam is consistently cheaper than steam from gas or diesel, delivering immediate financial savings, and raising profit margin of the core product. BECIS also bears risk of price fluctuation from local biomass.

• Full Guaranteed Reliability & Performance: Uptime and steam conditions are guaranteed throughout contract period. BECIS has almost 10 years of boiler operation and fuel sourcing as EaaS provider.

• Zero Investment & Zero Operational Burden: BECIS invests in the plant, sources the fuel, and operates the system. Clients simply purchase renewable steam at a lower cost, shifting their focus from utility to core production. 

• 0-Carbon Renewable Heat: With the sourcing of certified feedstock, bioenergy helps the customers meeting their decarbonization targets, which can be pressure or condition from clients’ investors or customers.

Why Customers Choose BECIS:

• Transparent long-term pricing and bankable: In an uncertain international energy environment where fossil fuel prices remain volatile and unpredictable, BECIS offers bankable and transparent long-term pricing through clearly defined tariff structures. The model provides cost visibility over 10–20 years, reduces exposure to energy price volatility, and remains robust from both a financing and corporate governance perspective.

• Proven industrial references and high safety standards: BECIS brings proven industrial references and high safety standards, with experience integrating steam systems into continuous-production environments. Performance and availability guarantees are contractually embedded, ensuring measurable and enforceable reliability.

• Operational flexibility, including transition from existing boilers: Operational flexibility allows smooth transition from existing fossil boilers through parallel operation, hybrid configurations, and scalable solutions. This enables progressive decarbonization without disrupting industrial production.