ElectraTherm

/ -- Grain Ecosystem, a climate-tech company building digital and financial infrastructure for biochar and renewable energy projects, and ElectraTherm Inc. announce the integration of ElectraTherm's Organic Rankine Cycle (ORC) technology into Grain's flagship equipment selection software. This enhancement enables project developers to evaluate and incorporate the value of waste heat-to-power solutions directly within their system design planning.

The integration represents a major step forward for the biochar and pyrolysis industry, allowing accurate modeling of the financial and environmental benefits of electricity generation from waste heat recovery—including potential investment tax credit advantages. ElectraTherm's ORC systems convert low-temperature waste heat into usable power, making them ideally suited for coupling with pyrolysis operations to transform previously lost energy into a valuable resource.

"With the addition of ElectraTherm's ORC technology, developers using the Grain Ecosystem platform can now model electrical generation outputs, assess revenue potential, and quantify low-carbon energy contributions from waste heat recovery," said Ryan Letourneau, CEO and Co-Founder of Grain Ecosystem. "This feature brings vital transparency to project financials and helps accelerate investment in clean technology infrastructure."

The new software functionality aligns with U.S. tax incentives for Waste Energy Recovery Property (WERP), carbon credit generation, and energy offtake monetization. It empowers developers to explore more project configurations and make data-driven decisions that maximize both climate impact and economic return.

"ElectraTherm is proud to partner with Grain Ecosystem to enable smarter, more sustainable biochar projects," said Natalie Van Dyke, Director of Sales at ElectraTherm. "This integration makes it easier for developers to capture pyrolysis waste heat and convert it into reliable, renewable energy."

The Grain–ElectraTherm collaboration is already progressing from concept to implementation, with multiple live projects underway and set to go online soon. The enhanced platform is now available to all Grain Ecosystems subscribers. To learn more, visit 

Grain Ecosystem provides software and data tools that help developers, investors, and policymakers accelerate deployment of carbon-negative and regenerative infrastructure through streamlined equipment selection and performance modeling.

ElectraTherm designs and manufactures low-temperature ORC generators that convert waste heat into electricity, helping industrial, geothermal, and biomass facilities reduce emissions and improve energy efficiency.

The integration represents a major step forward for the biochar and pyrolysis industry, allowing accurate modeling of the financial and environmental benefits of electricity generation from waste heat recovery—including potential investment tax credit advantages. 

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FLOWERY BRANCH, Ga., Nov. 4, 2025 /<a href="https://www.prnewswire.com/news-releases/electratherms-orc-technology-integrated-into-grain-ecosystems-equipment-selection-platform-302602621.html" target="_blank" rel="noopener noreferrer">PRNewswire</a>/ -- Grain Ecosystem, a climate-tech company building digital and financial infrastructure for biochar and renewable energy projects, and ElectraTherm Inc. announce the integration of ElectraTherm's Organic Rankine Cycle (ORC) technology into Grain's flagship equipment selection software. This enhancement enables project developers to evaluate and incorporate the value of waste heat-to-power solutions directly within their system design planning. The integration represents a major step forward for the biochar and pyrolysis industry, allowing accurate modeling of the financial and environmental benefits of electricity generation from waste heat recovery—including potential investment tax credit advantages. ElectraTherm's ORC systems convert low-temperature waste heat into usable power, making them ideally suited for coupling with pyrolysis operations to transform previously lost energy into a valuable resource. "With the addition of ElectraTherm's ORC technology, developers using the Grain Ecosystem platform can now model electrical generation outputs, assess revenue potential, and quantify low-carbon energy contributions from waste heat recovery," said Ryan Letourneau, CEO and Co-Founder of Grain Ecosystem. "This feature brings vital transparency to project financials and helps accelerate investment in clean technology infrastructure." The new software functionality aligns with U.S. tax incentives for Waste Energy Recovery Property (WERP), carbon credit generation, and energy offtake monetization. It empowers developers to explore more project configurations and make data-driven decisions that maximize both climate impact and economic return. "ElectraTherm is proud to partner with Grain Ecosystem to enable smarter, more sustainable biochar projects," said Natalie Van Dyke, Director of Sales at ElectraTherm. "This integration makes it easier for developers to capture pyrolysis waste heat and convert it into reliable, renewable energy." The Grain–ElectraTherm collaboration is already progressing from concept to implementation, with multiple live projects underway and set to go online soon. The enhanced platform is now available to all Grain Ecosystems subscribers. To learn more, visit <a href="https://edge.prnewswire.com/c/link/?t=0&l=en&o=4545873-1&h=2438653805&u=https%3A%2F%2Fgrainecosystem.com%2F&a=www.grainecosystems.com" target="_blank" rel="noopener noreferrer">www.grainecosystem.com</a> and select JOIN THE ECOSYSTEM.Media Contact:Will Rigdon Marketing Manager, ElectraTherm 770-718-2920 | <a href="mailto:wrigdon@bitzerus.com" target="_blank" rel="noopener noreferrer">wrigdon@bitzerus.com</a>About Grain Ecosystem Grain Ecosystem provides software and data tools that help developers, investors, and policymakers accelerate deployment of carbon-negative and regenerative infrastructure through streamlined equipment selection and performance modeling.About ElectraTherm Inc. ElectraTherm designs and manufactures low-temperature ORC generators that convert waste heat into electricity, helping industrial, geothermal, and biomass facilities reduce emissions and improve energy efficiency.SOURCE: ElectraTherm

ElectraTherm's ORC Technology Integrated into Grain Ecosystem's Equipment Selection Platform

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Internal High Impact

Internal Scan and/or Medium Impact

External - Low impact

External - DNS Query Only

Server-Side Request Forgery (SSRF)

Unsafe Cross-Origin Resource Sharing

HTTP Request Smuggling

Path Traversal

Sensitive Data Exposure

Non-Sensitive Data Exposure

Directory Listing Enabled

Same-Site Scripting

SSL Attack (BREACH, POODLE etc.)

Using Default Credentials

Basic Subdomain Takeover

High Impact Subdomain Takeover

Zone Transfer

Missing Certification Authority Authorization (CAA) Record

Misconfigured DNS

No Spoofing Protection on Email Domain

Email Spoofing to Inbox due to Missing or Misconfigured DMARC on Email Domain

Email Spoofing to Spam Folder

Missing or Misconfigured SPF and/or DKIM

Email Spoofing on Non-Email Domain

Mail Server Misconfiguration

Excessively Privileged User / DBA

Database Management System (DBMS) Misconfiguration

Change Email Address

Change Password

Delete Account

Manage 2FA

Lack of Password Confirmation

Registration

Login

Email-Triggering

SMS-Triggering

No Rate Limiting on Form

No Antivirus

No Size Limit

File Extension Filter Bypass

Unsafe File Upload

Cookie Scoped to Parent Domain

Session Token

Non-Session Cookie

Missing Secure or HTTPOnly Cookie Flag

Sensitive Click-Based Action

Form Input

Non-Sensitive Action

Clickjacking

Account Takeover

Account Squatting

Missing/Broken State Parameter

Insecure Redirect URI

OAuth Misconfiguration

Implementation Vulnerability

Brute Force

Missing

CAPTCHA

To Internet

Exposed Admin Portal

Missing DNSSEC

Fingerprinting/Banner Disclosure

Username/Email Enumeration

OPTIONS

TRACE

Potentially Unsafe HTTP Method Enabled

Lack of Forward Secrecy

Insecure Cipher Suite

Certificate Error

Insecure SSL

Reflected File Download (RFD)

X-Frame-Options

Cache-Control for a Non-Sensitive Page

X-XSS-Protection

Strict-Transport-Security

X-Content-Type-Options

Content-Security-Policy

Public-Key-Pins

X-Content-Security-Policy

X-Webkit-CSP

Content-Security-Policy-Report-Only

Cache-Control for a Sensitive Page

Lack of Security Headers

Direct Server Access

Web Application Firewall (WAF) Bypass

Race Condition

Cache Poisoning

Bitsquatting

Server Security Misconfiguration

Local

File Inclusion

Social Media Sharing Buttons

Parameter Pollution

Remote Code Execution (RCE)

LDAP Injection

SQL Injection

XML External Entity Injection (XXE)

Response Splitting (CRLF)

HTTP Response Manipulation

iframe Injection

Impersonation via Broken Link Hijacking

External Authentication Injection

Flash Based External Authentication Injection

HTML Content Injection

Email HTML Injection

Email Hyperlink Injection Based on Email Provider

Text Injection

Homograph/IDN-Based

Right-to-Left Override (RTLO)

Content Spoofing

Basic

Custom

Server-Side Template Injection (SSTI)

Server-Side Injection

Authentication Bypass

Second Factor Authentication (2FA) Bypass

Privilege Escalation

Cleartext Transmission of Session Token

Not Operational or Intended Public Access

Other Plaintext Protocol with no Secure Alternative

Over HTTP

Weak Login Function

Remote Attack Vector

Local Attack Vector

Session Fixation

On Logout (Client and Server-Side)

On Permission Change

On Logout (Server-Side Only)

On Password Reset and/or Change

Concurrent Sessions On Logout

On Email Change

On 2FA Activation/Change

Long Timeout

Failure to Invalidate Session

Concurrent Logins

Weak Registration Implementation

Broken Authentication and Session Management

For Publicly Accessible Asset

PII Leakage/Exposure

For Internal Asset

Pay-Per-Use Abuse

Intentionally Public, Sample or Invalid

Data/Traffic Spam

Non-Corporate User

Disclosure of Secrets

Automatic User Enumeration

Manual User Enumeration

EXIF Geolocation Data Not Stripped From Uploaded Images

Detailed Server Configuration

Full Path Disclosure

Descriptive Stack Trace

Visible Detailed Error/Debug Page

Disclosure of Known Public Information

Trusted 3rd Party

Untrusted 3rd Party

Token Leakage via Referer

User Facing

In the Background

On Password Reset

Sensitive Token in URL

Non-Sensitive Token in URL

Password Reset Token Sent Over HTTP

Token Leakage via Host Header Poisoning

Weak Password Reset Implementation

Mixed Content (HTTPS Sourcing HTTP)

OAuth Secret

File Paths

Sensitive Data Hardcoded

Internal IP Disclosure

Cross Site Script Inclusion (XSSI)

JSON Hijacking

Sensitive Token

Non-Sensitive Token

Via localStorage/sessionStorage

Non-Privileged User to Anyone

Privileged User to Privilege Elevation

Privileged User to No Privilege Elevation

CSRF/URL-Based

Self

Stored

Cross-Site Scripting (XSS)