PROJECTS

 

In Mexico, for the design, construction and operation of confinement sites for Urban Solid Waste “MESEME”, it is based on the legality of “NOM 083 SEMARNAT 2003”, a document that is consistent with the technical capacity of the work team to define them as "KEY IN HAND PROJECTS"; guidelines that adequately cover the engineering of design, construction, operation of innovations of Technified Landfills, whether wet or dry.


“MESEME” in the feasibility analysis of projects, incorporates technological innovations that are applied in Spain, China, United States of America, Canada, Chile and France; goal to reduce the useless confinement of urban waste through waste selection and valuation processes, its classification, use of recyclables; as well as to design, build and operate projects for the Integrated Management of Urban Waste, solid, gaseous and liquid. Benefits that also control the release of Greenhouse Gases into "GHGs" the atmosphere and minimize the natural lack of control of Climate Change and Global Warming.


“MESEME” maintains close relations in LATIN AMERICA to analyze projects from the requesting countries, cultivating and promoting direct communication to offer alternatives.


In the interpretation of complicated analyzes, we provide with simplified certainty the Engineering, for location of Sites, Design, Processing, Construction and Operation of facilities observing alternatives for:


A.- Proposal for Transfer Stations.

B.- Evaluation of sites to install Plants  Organic Waste Selection.

C.- Technified, Wet Sanitary Landfill.

D.- Stuffed Sanitary Technified, Dry.

E.- Open Sky Landfills:

      Incorporation and operational update, Sealing and or final closure.

F.- Control, Treatment and use of leachate.

image7

By complement of operational integration there are optional advantages for the Engineering, Design,

 

Plants for the Selection and Recovery of Organic Waste for Compost Production.

Control of recyclable material for evaluation as a sub product or raw material.


Remediation and sealing of contaminated soils.


Dtreatment and confinement of the biosolid of WWTP and according to the corresponding CRETIB.

Location planning and design and construction of Emergency Cells.

image8

As well as the Engineering, Design, Processing, Construction and Operation of GASEOUS Projects

As well as the Engineering, Design, Processing, Construction and Operation of GASEOUS Projects

As well as the Engineering, Design, Processing, Construction and Operation of GASEOUS Projects

image9

 Planting of design and construction of the Biogas Site Extraction process, with drilling of wells for the installation of extraction pumps, transport network to biogas concentration to the central station for its destruction and to process its cleaning and use it as methane. 



Engineering, Design, Processing, Construction and Operation to manage Liquid Waste

As well as the Engineering, Design, Processing, Construction and Operation of GASEOUS Projects

As well as the Engineering, Design, Processing, Construction and Operation of GASEOUS Projects

image10

 

Process design of:


Extraction, evacuation, treatment, and control according to norm, for the confinement of residual or leached water.


Effluent Treatment Plant considering the evaporation factor.

Construction and operation of the Wastewater Treatment Plant for irrigation or industrial use

image11

"THE GREAT IGNORED IN THE WORLD" 


 To have its power as a fuel not from polluting sources to the environment to generate the Renewable Electric Power Production and offer the CH4 as a Combustible Carburation Gas vehicle.