Submit an expression of interest to the project of developing the wind farm located in Gulf of Suez. The project is funded from Clean Technology Fund (CTF) through the African Development Bank. The scope of work includes Site visits, 12 month wind measurements campaign, wind turbine market survey, geotechnical investigation study and topographical survey, electrical grid impact assessment, conceptual design, capital and operational expenditure estimates, risk and opportunities assessment, project implementation schedule, estimation of the expected reduced fuel consumption and expected reduction in CO2 and final study report.

An ESIA study aims to bring the project into compliance with applicable national environmental and social legal requirements and international organizations’ environmental and social policies. The ESIA aims also to outline the mitigating/enhancing, monitoring, consultative and institutional measures required to prevent, minimize, mitigate or compensate for adverse environmental and social impacts, or to enhance the project beneficial impacts. It shall also address capacity building requirements to strengthen environmental and social capacities. The project is funded from Clean Technology Fund (CTF) through the African Development Bank (AfDB) towards the development of a 100 MW Concentrated Solar Power (CSP) Project.

- Environmental study along the pipeline corridor at Shaybah region, KSA

- Comprehensive ecological analysis,

- Evaluation of available material,

- Screening of environmental resources,

- Impacts to local flora and fauna,

- Impacts to the environment,

- Preservation and mitigation measures.

A full Environmental and Social Impact Assessment study (ESIA) for a submarine HVDC link of 3000 MW capacity between Egypt and KSA in compliance with the permitting procedures in both countries, to optimize the peak capacity in the respective countries, thereby eliminating the demand to install new generation capacity in each country in order to meet peak load demand.

The project aims at determining the specific sites in Egypt that have suitable characteristics to construct a successful wind farm on. The innovation lies in the environmental impact scopes (EIS) that will be made to those specific sites. The studies at each site will include: wind speed at different altitudes, proximity to the national grid, noise assessment, biological resources in the area, nature of the land, and accessibility of the site.

Developing instruments to improve the market access of German enterprises in terms of environmental and climate protection projects in developing and newly industrializing countries.

Measured various relevant air parameters, including: sulphur dioxide, nitrogen oxides, nitrogen monoxide and dioxide, carbon monoxide, inhaled dust and suspended dust,  in  addition  to  the  noise  levels,  for  the  purpose  of  updating client’s environmental records.

The project aimed to develop the management and leadership skills of the company’s 575 Department and Sub-Department Managers. Phased assessments for Central and General Department Mangers have been carried out. In addition, trainings in the fields of management and leadership skills and advanced Utilities Industry knowledge have been conducted.

On-site collection, transportation, treatment and safe disposal of the liquid and solid hazardous wastes, including: layer of amines, hydrocarbons, oils and solids, resulting from the startup operations of the LNG facilities.

On-site collection, transportation, and decontamination of soils contaminated with hazardous chemicals and oils, as well as solid hazardous wastes and containers resulting from the startup operations of the LNG facilities and  port, utilizing GREEN’s mobile decontamination chamber and its treatment facilities.

On-site  collection,  transportation,  treatment  and  disposal  of  liquid  hazardous wastes, including amines, hydrocarbons and oils, resulting from the startup operations of the LNG facilities and  port, utilizing GREEN’s mobile decontamination chamber and its treatment facilities.

Management of operations for the treatment and disposal of wastewater resulting from the combined construction operations of the LNG port and facilities and the commissioning phase of the LNG train in Damietta.

Decontamination and disposal of hazardous waste material resulting from the construction operations of the LNG port and facilities and the commissioning phase of the LNG train in Damietta, utilizing GREEN’s mobile hazardous waste decontamination unit.

Management   of operations for the analysis, treatment and disposal of effluent resulting from chemical degreasing of the LNG train during the commissioning phase of the LNG port in Damietta to ensure compliance with environmental regulations.

Continuous, 24- hour monitoring and analysis, of the chemical degreasing processes of the LNG train during the commissioning phase of the LNG port in Damietta to   ensure compliance with environmental regulations, utilizing GREEN’s mobile laboratory facilities.

Design  of  a  system  for  the  collection,  analysis,  treatment  and  disposal  of waste water resulting from the chemical cleaning processes of the LNG heat exchangers during  the  commissioning  phase  of  the  LNG  port in Damietta  to ensure compliance with environmental regulations.

The aim of the study was to establish the existing status of the physical, biological and human environmental components within and in the vicinity of the project site,  determine  the  potential  impacts  of  activities  related  to  the  proposed integrated scheme, including the oil terminal with heated and unheated storage tanks, tanker  and  barge berths and all  other infrastructure  and facilities,  and identify appropriate mitigation and abatement measures for impact considered potentially adverse to the surrounding environment.

Regular monitoring of air and water emissions during the construction phases of the LNG port in Damietta to ensure compliance with environmental regulations.

Design and management of a pilot plant to produce both biogas and compost from organic waste, with the aim of developing this scheme and implementing it on a larger scale.

Conceptual  design  of  two  anaerobic  digestor  compost and biogas  production plants to handle the organic waste of Qalyubiya province.

An environmental impact assessment of a “grey- list” project, as required by the Environment Law of Egypt, carried out on an intermediate fuel and oil storage facility for a major Egyptian oil company.

A field study on the application of a new vehicle emission control technology based on enhanced combustion, in 75 countries.

A project analysis addressing the issues of disseminating low-cost solar energy applications and enhancing skills necessary for manufacturing and maintaining these applications.

An environmental impact assessment and monitoring plan for the disposal of dredged wastes during the construction of the Damietta LNG port quays.

An environmental impact assessment  of a  “grey-list”  project, as required by Egypt’s Environment Law, carried out on a fuel storage and vehicle service facility for a major Egyptian oil company.

A twenty-year plan aimed at increasing the utilization and market share of alternative energy options within the energy sector with the primary objective of enhancing environmental protection.

Development of a hybrid solar-wind energy grid- connected local community/small-scale plants design for JOULE II program.

Full-fledged environmental impact assessment for an offshore exploration site in the ecologically-sensitive Red Sea-Gulf of Suez area, for a multi- national oil firm.