1 (one) Office for the COMPANY’s Personnel
The COMPANY’s Representative Office shall consist of a full-size 40-foot cabin and shall include, as a minimum, the following: A meeting room equipped with a table accommodating eight (8) persons A lounge area furnished with a set of sofas A food storage and preparation area The cabin shall be: Equipped with an Uninterruptible Power Supply (UPS) system and a power regulator Equipped with display screens for the visualization of Electronic Drilling Recorder (EDR) data, in accordance with Section H.1.– Drilling Data Acquisition System
MUD LABORATORY – TECHNICAL DESCRIPTION
The Mud Laboratory shall be provided by the CONTRACTOR and shall be fully equipped and fully operational, in accordance with the requirements of Section F4, in order to support the continuous monitoring, analysis, and control of drilling fluid properties.
MUD LABORATORY – TECHNICAL DESCRIPTION
1. General Characteristics
The Mud Laboratory shall be housed in a properly designed and air-conditioned space (containerized unit or integrated module).
It shall be provided with adequate lighting, ventilation, and an ergonomic workspace layout. All work surfaces shall be chemical resistant and easy to clean.
2. Basic Laboratory Equipment
The Mud Laboratory shall include, as a minimum, the following equipment: Mud density balance (Mud Balance) Viscosity measuring device (Marsh Funnel with stopwatch) Rotational viscometer API Filter Press Retort for the determination of solids, liquids, and oil content pH meter and/or pH test paper Thermometers and temperature measuring instruments
Sand Content Kit Mixers, sample containers, and auxiliary laboratory equipment
3. Electrical and Operational Support
The Mud Laboratory shall be supplied by a reliable electrical power source. It shall be supported by an Uninterruptible Power Supply (UPS) for critical equipment. All instruments shall be certified and suitable for operation in a drilling environment.
4. Compliance and Safety
The Mud Laboratory shall fully comply with the requirements of Section F4 and applicable international standards. It shall be equipped with basic health and safety equipment, including, but not limited to, personal protective equipment (PPE), first aid kits, and Material Safety Data Sheets (MSDS).
ENERGIE PROTOKOLL GMBH.
ST. MORITZ SWITZERLAND
We carry out repairs and technical construction
works at the St. Moritz ski resort (Switzerland). Our specialists perform annual inspections across 7 ski resorts in the region. For each slope, we conduct a comprehensive inspection with our team of technical experts and geologists, for the past 22 years. Our goal is to ensure that all ski resorts remain a high standard for the visitors who come every year, with the highest level of safety provided by our company.
INSPECTION REPORT AND DESCRIPTION OF WORKS – REPAIRS OF PHOTOVOLTAIC CONTAINER
Projekt 9898-AG
Purpose and Objective of the Inspection
This report was prepared following an on-site inspection carried out by the Engineer of our company and the technical team, with the purpose of assessing the current condition of the container serving the photovoltaic station, as well as recording the necessary repairs and restoration works, both externally and internally.
BEFORE REPAIR
AFTER THE REPAIR
Observations During the Inspection
During the inspection, the following issues were identified:
External Shell:Paint damage and corrosion of metal surfaces.Local deformations on the side
panels.Deterioration or absence of insulation on roof sections and around perimeter openings.Detachment of waterproofing sections
Interior Space:
Deterioration of coatings and interior paint.
Detachment of floor covering (anti-slip or PVC).
Worn-out electrical components (sockets, lighting fixtures, panel board).
Need for cleaning and disinfection of the interior space.
Description of Proposed Works
Based on the above, the following works are proposed:
External Works:
Cleaning and scraping of all external metal surfaces. Application of anti-corrosion protection and repainting with industrial paint (two coats). Repair and reinforcement of roof waterproofing with bituminous membrane or polyurethane coating. Replacement or restoration of damaged panels and insulation.
Internal Works:
Removal of damaged coatings and restoration with new paint.
Replacement of floor with new industrial PVC or anti-slip material.
Reconstruction of the electrical installation according to current regulations.
Installation of new lighting, sockets, and circuit breakers.
Final cleaning and inspection.
Conclusion
Upon completion of the above works, the container will be fully restored, ensuring its functionality, safety, and aesthetics for use as a technical or auxiliary space of the photovoltaic station.
INSTALLATION OF BLINDS IN CONTAINERS
Projekt 888-AG
Installation of blinds 70 cm high x 40 cm wide, with fixed 45 degree tilt blades and mesh, in 120 containers of a photovoltaic company, located in 7 prefectures of Greece.
Refrigerated Container and All-Type Container Repairs
The repair of marine freight containers constitutes the main area of activity for Energie Protokoll GmbH. Even today, this field remains a core component of our services. Based on many years of experience, GML Techno Container has a highly skilled team capable of applying extensive expertise in this field. The close cooperation between our workshop, the depots, and the inspectors ensures that all container repairs are carried out in accordance with the individual requirements of our clients and in compliance with the agreed inspection and repair standards.
Refrigerated Container and All-Type Container Repairs
Energie Protokoll GmbH specializes in the repair of refrigerated containers (reefers) and all types of freight containers.
Our experience and technical know-how ensure reliable, high-quality, and prompt repairs, in accordance with international standards and our clients’ requirements.
Our team of qualified technicians undertakes:
Repairs of refrigerated chambers (reefer containers)
Restoration of metal structure and external shell
Replacement or repair of electrical and refrigeration systems
Application of coating and anti-corrosion protection
Testing, inspection, and certification after restoration
Our goal is the complete restoration of functionality and the extension of each container’s service life.
Projekt 255-AG
THE TECHNICAL WAREHOUSE
The technical warehouse, a crown jewel of our company, is an autonomous storage facility for our client. Its design and decoration also promote and showcase our company at the Kato Scholari area in Thessaloniki.
Projekt 160-AG
Repairs and upgrades of docks and marinas for boat parking in Greece and across Europe.
Projekt 119-AG
Construction of an underground shelter and an underground wine/spirits cellar.
Here you can see how a sea container can be used for all our needs. It can serve as a shelter in case of war, but in peacetime, it can be used as a storage space for products, a wine or spirits cellar, a quiet room, or a lounge for meeting friends to listen to music or watch a game on TV. Its soundproofing is excellent, which makes it perfect for this purpose.
Projekt 285-AG
Construction of an energy project in the beautiful city of Alexandroupoli, Greece, on behalf of the company ENALLAKTIKI ENERGIAKI SINGLE MEMBER S.A.
An amazing company with big ideas for every energy project they undertake, demonstrating great responsibility by delivering each project with durability and excellent service for their clients. We are proud to be their partners and look forward to continuing our collaboration in the future.
Projekt 1789-AG
Autonomous Hospital in Nigeria
An exceptional infrastructure project designed for complete energy and operational independence. The hospital is equipped with fully autonomous systems for electricity, potable water, wastewater, and waste management.
The energy supply relies on photovoltaic systems, taking advantage of the region’s abundant sunlight — one of our most valuable “partners.” Work has already begun on the integration of hydrogen systems, enabling solar energy to be converted and stored for maximum autonomy.
Potable water is sourced both from groundwater wells and rainwater collection, stored in tanks located in the building’s lower level. After filtration and purification, the water becomes suitable for all uses.
Wastewater and organic waste from the hospital are processed through specialized systems and converted into fuel for furnaces and other auxiliary installations.
A truly pioneering sustainable development project, designed to operate entirely independently — providing healthcare services while respecting and protecting the environment.
Monte Carlo, Monaco Projekt 890-AG
Two catering containers equipped with all machinery from our company, located in the Casino Square of Monte Carlo.
Projekt 2014-AG
The Construction And Installation Of A Double Garage On
The Beautiful Greek Island Of Leros
The construction and installation of a double garage on the beautiful Greek island of Leros, after our study, allowed us to optimize the front part of the house to create an attractive exterior appearance. With the complete interior systems in place, we would be delighted to return in the future.
Solar and Hydrogen Power Generation Unit
This unit represents an innovative energy system that combines solar energy with hydrogen technology, providing clean, renewable, and fully autonomous electricity production.
The rays of the Sun are captured through photovoltaic panels, which convert solar radiation into electrical energy. The excess energy produced during the day is not wasted—it is used for the production of hydrogen through water electrolysis.
The hydrogen, a zero-emission fuel, is then stored and later used in fuel cells to generate electricity, even during the night or in periods of low sunlight.
In this way, the unit ensures:
Continuous and autonomous energy supply, without the need for a grid connection.
Zero CO₂ emissions and full energy sustainability.
Complete energy independence for facilities such as hospitals, military bases, islands, or remote communities.
A true example of green innovation, combining the power of the Sun and hydrogen to create the energy of the future.
A Landmark Project For Investors Projekt 1000-AG
A bus, metro, and train station can provide services and create job opportunities for thousands of people. It can host food and beverage outlets, retail shops, as well as self-service machines such as ATMs and vending machines.
In addition, it offers comfort and protection to passengers waiting, providing a space that shelters them from the cold and the rain. The project also includes the possibility of installing a small automated hotel, where visitors can book and stay for as many days as they wish or even for just a few hours.Investor 36.000.000 Euro
