Let $a,b,c,d$ be different primes.
Do the following hold?
$(2a+b)\in \Bbb P\vee(2a+c)\in\Bbb P$
$(2c+a)\in \Bbb P\vee(2c+d)\in\Bbb P$
$(2b+a)\in \Bbb P \vee (2b+d)\in \Bbb P$
$(2d+b)\in \Bbb P \vee (2d+c)\in \Bbb P.$
For example, $a=2,b=3,c=7,d=5$ satisfies the conditions.
I think it will eventually fail for some combination of primes.
To have a demotivational answer, let us consider the following six primes: $$ 211,\ 223,\ 229,\ 241,\ 271,\ 277\ . $$ Then a quick computer check shows that for any two $p,q$ values among the six above the number $2p+q$ is not a prime.