diff --git a/logic_diagram/logic_diagram.tex b/logic_diagram/logic_diagram.tex
index dd68b6b..3b3e99d 100644
--- a/logic_diagram/logic_diagram.tex
+++ b/logic_diagram/logic_diagram.tex
@@ -961,12 +961,15 @@ European Norm EN298~\cite{en298}[Sn.9] states that if a burner controller is in
 and has ordered a shutdown) a secondary fault cannot be allowed to put the equipment under control (the burner) into a dangerous state.
 To cover this rigorously, we must consider all faults that can lead to a LOCKOUT condition
 and then look for others that could put the system into a dangerous state after the LOCKOUT.
-In practise, this would be a gigantic (as probably impossible task).
+In practise, this would be a gigantic (and probably impossible task).
 What we can consider though, are all faults being double simultaneous in the FMMD
 methodology, because we need only look for the double failure modes within each functional group.
 Because we are looking for double failure modes within small groups
 the number of checks cross product factor is drastically reduced.
-So drastically reduced that it makes it a practical possibility.
+So drastically reduced, that it makes full failure more coverage
+for double simultaneous failures, a practical possibility.
+% Do we need an order of equation here ???
+
 \paragraph{Covering Double faults in a PLD Diagram}
 Because we are allowed to repeat contours in a PLD diagram, 
 we can arrange them in a matrix like configuration as in figure \ref{fig:doublesim}.