Thermexcel Programme Psychrosi May 2026

Title ThermExcel Program for Psychosis: A Pilot Proposal and Preliminary Framework

Abstract This paper proposes the ThermExcel program — a structured, heat‑augmented psychosocial intervention combining thermoregulation techniques, cognitive remediation, and evidence‑based psychosis therapies to improve symptom control, cognitive function, and social outcomes in people with psychotic disorders. We outline rationale, intervention components, study design for a pilot randomized controlled trial (RCT), outcome measures, and implementation considerations.

Introduction

Background: Psychotic disorders cause persistent symptoms, cognitive deficits, and functional impairment. Adjunctive nonpharmacological methods are needed.
Rationale for thermal augmentation: Thermoregulatory interventions (e.g., sauna, controlled hyperthermia, localized heat therapy) can modulate autonomic function, inflammation, and neurotrophic factors; preliminary data suggest mood and cognition benefits.
Aim: Present the ThermExcel program model and pilot RCT protocol to evaluate feasibility, safety, and preliminary efficacy.

Intervention (ThermExcel Program)

Core components (12-week program, 3 sessions/week, 60–90 min/session):
1. Controlled Whole‑Body Heat Session (20–30 min): Infrared sauna or hot‑bath protocol to raise core temperature modestly (approx. 0.8–1.2°C) under medical supervision.
2. Cognitive Remediation (30–40 min): Computerized exercises targeting attention, working memory, executive function, delivered post‑heat to leverage acute neurophysiologic effects.
3. Psychoeducation & Social Skills (15–20 min): CBT‑informed modules on symptom management, coping, and social functioning.
4. Autonomic Regulation Training (10–15 min): Breathing, biofeedback, and progressive relaxation to stabilize autonomic shifts.
Safety protocols: Medical screening (cardiac, pregnancy, medications), continuous vitals monitoring during heat, emergency procedures, max temperature/duration limits, contraindications list.
Dose/fidelity: Manualized session scripts; staff training; adherence monitoring.

Mechanisms of Action (Hypothesized)

Acute increases in neurotrophic factors (BDNF), modulation of inflammatory cytokines, enhanced cerebral blood flow, autonomic rebalancing, improved neuroplasticity facilitating cognitive remediation gains.

Study Design (Pilot RCT)

Population: Adults 18–55 with schizophrenia-spectrum disorder or other primary psychotic disorder, stable on antipsychotics, clinically stable (no hospitalization past 3 months).
Randomization: 1:1 ThermExcel vs. active control (sham heat sessions at neutral temperature + same cognitive and psychoeducation components).
Sample size: Pilot N = 60 (30 per arm) to assess feasibility and estimate effect sizes.
Duration: 12-week intervention + 12-week follow-up.
Primary outcomes: Feasibility (recruitment, retention ≥70%), safety (adverse events).
Secondary outcomes: Change in positive/negative symptoms (PANSS), cognitive performance composite (MATRICS battery), functioning (GAF/PSP), quality of life (WHOQOL-BREF), inflammatory markers and BDNF.
Assessments: Baseline, mid‑treatment (6 weeks), end treatment (12 weeks), follow‑up (24 weeks).

Statistical Analysis

Feasibility described with proportions and 95% CIs.
Intent‑to‑treat analysis for clinical outcomes; mixed‑effects models for repeated measures; effect size estimation (Cohen’s d).
Safety analysis: summary of adverse events, comparisons via Fisher’s exact test.

Ethical and Practical Considerations

Informed consent, risk mitigation for heat exposure, monitoring for symptom exacerbation.
Accessibility: transport, session scheduling, cultural acceptability.
Staff training in both thermal equipment and mental health care.

Limitations

Pilot size limits efficacy inference.
Blinding challenges due to heat sensation; use of active control to limit expectancy bias.
Generalizability constrained to medically stable, treatment‑engaged participants.

Implementation and Next Steps

If feasible and safe, scale to a fully powered RCT (N ≈ 150–250) with longer follow‑up and mechanistic substudies (neuroimaging, detailed biomarker panels).
Explore dose‑response, home‑based adaptations, and cost‑effectiveness.

Conclusion ThermExcel is a structured, plausible adjunctive program combining controlled heat exposure with cognitive and psychosocial therapies for psychosis. A pilot RCT will assess feasibility, safety, and provide effect size estimates to inform larger efficacy trials.

References (select examples to add in final manuscript)

Include key sources on thermotherapy and neuroplasticity, cognitive remediation in psychosis, sauna/hyperthermia safety, BDNF and inflammation in psychiatric disorders, and recent RCTs of adjunctive somatic interventions.

If you want, I can:

Expand this into a full manuscript with introduction, methods, power calculation, and formatted references.
Draft participant screening forms, consent language, or the intervention manual.

Which follow‑up would you prefer?

The ThermExcel Program: A Holistic Approach to Personal Growth through Psychosynthesis

The ThermExcel program is a cutting-edge, computer-based tool designed to support individuals in their personal growth and self-discovery journey. Developed within the framework of psychosynthesis, a holistic approach to psychology, the program aims to facilitate a deeper understanding of oneself and promote emotional, mental, and spiritual well-being. This essay will explore the ThermExcel program, its underlying principles, and its applications in the context of psychosynthesis.

Understanding Psychosynthesis

Psychosynthesis, developed by Roberto Assagioli, is a comprehensive and integrative approach to psychology that emphasizes the unity and wholeness of the human being. It recognizes that individuals are composed of multiple sub-personalities, each with its own thoughts, feelings, and behaviors. The goal of psychosynthesis is to foster self-awareness, self-acceptance, and self-realization, enabling individuals to transcend their limitations and actualize their full potential.

The ThermExcel Program: A Psychosynthetic Approach thermexcel programme psychrosi

The ThermExcel program is an innovative application of psychosynthesis principles, using a computer-based platform to support individuals in their personal growth journey. The program is based on the concept of the "sub-personality" and utilizes a unique, graphically-oriented approach to help users identify, understand, and integrate their various sub-personalities.

The program's core component is the "thermographic" representation of the user's emotional and psychological profile, which provides a visual map of their inner dynamics. This graphical representation allows users to identify areas of tension, conflict, and imbalance, and to track their progress over time.

Key Features and Benefits

The ThermExcel program offers several key features and benefits, including:

Self-discovery and awareness: The program facilitates a deeper understanding of one's thoughts, feelings, and behaviors, allowing users to recognize patterns and dynamics that may have been previously unconscious.
Emotional regulation and balance: By identifying areas of tension and imbalance, users can develop strategies to manage their emotions and cultivate a greater sense of inner peace and well-being.
Integration of sub-personalities: The program supports the integration of fragmented aspects of the personality, promoting a greater sense of unity and wholeness.
Personal growth and transformation: By fostering self-awareness, self-acceptance, and self-realization, the ThermExcel program enables users to transcend their limitations and actualize their full potential.

Applications and Future Directions

The ThermExcel program has a wide range of applications in various fields, including:

Psychotherapy and counseling: The program can be used as a tool to support therapeutic work, facilitating a deeper understanding of the client's inner dynamics and promoting more effective interventions.
Personal growth and self-development: The program can be used by individuals seeking to enhance their self-awareness, emotional regulation, and overall well-being.
Education and research: The ThermExcel program can be used in educational settings to teach psychosynthesis principles and in research contexts to investigate the dynamics of the human personality.

In conclusion, the ThermExcel program represents a significant innovation in the field of psychosynthesis, offering a holistic and integrative approach to personal growth and self-discovery. By providing a deeper understanding of the human personality and promoting emotional, mental, and spiritual well-being, the program has the potential to support individuals in their journey towards self-realization and wholeness.

Word count: 500 words.

program by ThermExcel is a specialized psychrometric calculation software designed for analyzing humid air states and HVAC processes. It serves as a digital alternative to manual psychrometric charts, allowing for precise determination of air properties and thermal calculations. ThermExcel Core Capabilities

The software calculates various humid air parameters based on two input elements. Key outputs and features include: ThermExcel Air Property Calculations

: Dry and wet bulb temperature, relative humidity, dew point, specific moisture, enthalpy, density, and vapor pressure. HVAC Process Analysis

: Psychrometric calculations for air mixing, as well as reheating or cooling processes. Specialised Thermal Calculations

: Specifically includes modules for swimming pool thermal calculations. Energy Metrics

: Determines sensible and latent heat, as well as the enthalpy of the air. ThermExcel Software Versions

PsychroSI is a specialized psychrometric calculation program developed by ThermExcel that functions as an advanced Excel-based tool for HVAC professionals. It uses VBA-powered functions to automate complex air property analysis, replacing manual plotting on traditional paper charts. Core Capabilities

The program allows you to define a state of humid air by inputting just two parameters, which then automatically generates all other data points (Dry bulb, Wet bulb, Enthalpy, etc.).

Air Mixture Calculations: Predict the final state of air when mixing outside air with return air, including reheating or cooling processes.

Adiabatic Cooling: Specifically designed for misting and evaporative cooling systems, calculating the air state before and after humidification. Title ThermExcel Program for Psychosis: A Pilot Proposal

Swimming Pool Analysis: Specialized module for calculating indoor pool thermal losses, evaporation rates, and required ventilation.

Meteorological Library: Includes a database of approximately 265 global weather sites to provide localized climatic data for sizing installations. User Guide & Interface Highlights

Custom Toolbar: PsychroSI features a dedicated custom menu bar within Excel, providing quick access to calculation boxes and macros.

Data Management: You can insert new worksheets or duplicate existing ones within the same file to compare different design scenarios for the same project.

Interactive Input: Users typically fill in blue-colored cells, and the program instantly updates results and "Air Diagrams" (graphical psychrometric plots). Typical Use Cases

Industrial Process: Managing climates in greenhouses through misting.

Building Comfort: Designing air handling units (AHUs) by calculating bypass factors and energy transfer in coils.

Special Effects: Planning for outdoor cooling or large-scale evaporative cooling systems.

For more technical details or to request the software, you can visit the official ThermExcel Download Page. If you'd like to dive deeper into a specific area, I can:

Explain the VBA formulas used for specific properties like enthalpy.

Walk through a step-by-step example of an air mixing calculation.

Compare it to other HVAC sizing tools like AeroDuct or BilanTherm.

Let me know which process or calculation you'd like to explore next! Présentation du programme PsychroSI - ThermExcel

The PsychroSI programme by ThermExcel is a specialized Excel-based calculation tool designed for HVAC engineers to analyze the properties of humid air and simulate various air treatment processes.

Below is a guide on its core functionalities and how to use it for psychrometric analysis. 1. Key Functionalities

The PsychroSI program allows you to calculate all parameters of a "state of air" (e.g., density, dew point, enthalpy) based on two input variables.

State Analysis: Calculate air properties from pairs such as: Dry Bulb Temperature (DBT) + Relative Humidity (RH) Dry Bulb Temperature + Wet Bulb Temperature (WBT) Specific Moisture + Enthalpy Process Simulation: Model air treatment cycles including:

Air Mixture: Calculating the resulting state when two air streams meet. Intervention (ThermExcel Program)

Heating & Cooling: Sizing coils for sensible or latent heat changes.

Adiabatic Cooling: Calculating the state of air after water evaporation (evaporative cooling).

Specialty Modules: Includes specific thermal calculation tools for swimming pools (heat loss and humidity control) and industrial processes like odor treatment or misting systems for greenhouses. 2. User Interface & Workflow

PsychroSI operates through a custom toolbar within Microsoft Excel.

Toolbar Navigation: Access procedures, calculation boxes, and macros via a personalized command bar.

Sheet Management: Worksheets are created separately to keep file sizes light. Users can duplicate sheets for similar studies to quickly modify parameters for comparison.

Weather Data Library: The program includes an integrated library of climatic data used for dimensioning air-conditioning installations. 3. Step-by-Step Calculation Guide

Select Units: Ensure the program is set to International System (SI) units (as indicated by the "SI" in the name).

Define Initial State: Input your known values (e.g., outside air at 35°C DBT and 40% RH) into the calculation box. Perform Process Calculation:

For Heating/Cooling, enter the target temperature or desired heat output.

For Air Mixing, input the flow rates and properties of the two air streams to find the "Mix" state.

Analyze Results: The program will output the specific volume, humidity ratio ( ), and enthalpy ( ) required for equipment sizing. 4. Application Examples

The ThermExcel PsychroSI programme is a specialized Excel-based software tool designed for mechanical engineers and HVAC professionals to perform complex psychrometric calculations. Developed by ThermExcel, it leverages the flexibility of Microsoft Excel and VBA to provide a comprehensive platform for analyzing humid air states and thermal processes. Core Functionality: Mastering Humid Air States

The primary utility of the PsychroSI programme is its ability to determine all thermodynamic properties of moist air based on just two input parameters. This eliminates the need for manual lookups on traditional psychrometric charts, significantly increasing design speed and accuracy. Available input combinations include:

Dry-bulb temperature combined with relative humidity, wet-bulb temperature, specific moisture, or enthalpy. Relative humidity paired with specific moisture. Specific moisture and enthalpy.

The software uses iterative calculation methods to ensure high precision, typically within a margin of error of Key Features for HVAC Engineering

Beyond basic state point calculations, PsychroSI offers several advanced modules tailored for real-world engineering scenarios:

2. Thermexcel Software Overview

Conclusion

The Thermexcel Psychrosi program bridges the gap between the old-school psychrometric chart and modern digital speed. It retains the accuracy required for professional engineering certification while utilizing the flexibility of Excel.

For any HVAC engineer looking to streamline their workflow and eliminate calculation errors, integrating the Psychrosi module into your toolkit is a smart move. It turns a complex thermodynamic puzzle into a simple, data-driven solution.

Have you used Thermexcel for your air handling unit designs? Share your experience in the comments below!